Centre for Internet and Society

NASA International Space Apps Challenge 2014

praskrishna — 2014-04-08T16:49:48Z

As part of the NASA Open Government Plan , the NASA International Space Apps Challenge have brought together citizen scientists, FOSS enthusiasts , Data Scientists, Open Hardware hackers and students throughout the world for collaborative problem solving with a goal of producing relevant open-source solutions to address global needs applicable to both life on Earth and life in Space.

Event Flier

And once again on April 12th and 13th, 2014, the event will be organized by the Centre for Internet and Society, with a special focus on Open Data, Open Science and Citizen Science, in collaboration with Team Indus, one of 3 teams to be selected globally amidst thousands, to launch a moon rover for the Google Lunar X-Prize 2015.

The event shall start on Saturday, 12th of April, with the following morning talks:

Keynote Speaker: Dr.Jayant Murthy, Professor, Indian Institute of Astrophysics, will be addressing the gathering on Open Science, Open Data and Computing within the Indian context.
Title of Talk : Open Data , Open Science and Computing in the Indian Context: 10:30 a.m.
Abstract: As Big Science gets bigger and yields massive amounts of data, we are left with a host of insurmountable problems from the physical - How do we store and access so much data? - to the computational - How do we process the data with increasingly complex models? - to the sociological - How do we change our paradigm so that we efficiently use the data with a limited pool of skilled manpower. I will also touch on some philosophical aspects of this problem - Should all data be free and what are the implications of this on policy and on individuals.
Speaker : Narayan Prasad, Co-Founder, Dhruva Space: 11:30 a.m.
Abstract: Narayan will talk about issues surrounding Open Data, Citizen Science and Governance whilst taking us on a journey of Bangalore based Dhruva Space, one of the world's few start-ups, looking at solutions ranging from small satellite development (CUBESAT, ARDUSAT), near space environmental design, high altitude balloon imaging and internet -- many of these using open source hardware devices like the Arduino.

We will then get into break out sessions to review and sign-up for existing challenges or propose new ones amongst those listed at : https://2014.spaceappschallenge.org/challenge/

The hackathon will end on Sunday, April 13, 2014 by 6 p.m.

Registration is free and you are requested to confirm your participation for the event here : https://2014.spaceappschallenge.org/location/bangalore/

Participants are requested to bring their own laptops.

For more details visit https://cis-india.org/openness/events/nasa-international-space-apps-challenge-2014

Myanmar Digital Rights Forum Agenda

praskrishna — 2016-12-17T00:32:46Z

For more details visit https://cis-india.org/internet-governance/files/myanmar-digital-rights-forum-agenda.pdf

My First Wikipedia Training Workshop – Theatre Outreach Unit, University of Hyderabad

vishnu — 2013-08-19T06:51:16Z

On March 8, 2013, a day-long Telugu Wikipedia training workshop was organized by the Centre for Internet and Society's Access to Knowledge (CIS-A2K) team at the Golden Threshold, Nampally, Hyderabad in collaboration with Theatre Outreach Unit, University of Hyderabad. This blog post gives a concise account of the event.

CIS-A2K had planned a day long Telugu Wikipedia training workshop in collaboration with Telugu Wikipedians at the English and Foreign Languages University (EFLU), Hyderabad on March 8, 2013. The intention was to target research students at EFLU who are using Telugu material or working on topics related to Telugu and Andhra Pradesh. This event was also to be part of the Wiki Women’s month events across India. However, this event had to be cancelled in the last minute as a Research Student of EFLU committed suicide on the campus and there was major unrest. The faculty from EFLU though had informed of the possible cancellation of the event earlier, had only confirmed it on March 7, 2013. Rahmanuddin Shaik (Telugu SIG, Wikimedia India Chapter) and Dr. Rajasekhar (Telugu Wikipedia Administrator) had already blocked an entire day for this training workshop. In fact a lot of background work was already done for the EFLU event.

When I got the news of cancellation of the workshop, initially I was very dejected at the thought of informing the two active Telugu Wikipedians about it, which I had to do. As my tickets were anyhow booked to Hyderabad and there was no point cancelling them, as I was already on my way to catch the flight, I decided to go ahead with my journey. I made some couple of quick calls and with some effort managed to organize a Wikipedia Training Workshop in collaboration with the Theatre Outreach Unit (TOU), University of Hyderabad (UoH). I was anyhow planning on visiting them to explore an institutional collaboration. The Project Director of TOU Dr. Peddi Ramarao, though agreed to spread the word about the workshop, yet was not sure how many would turn up at such a short notice of one night.

	Rahmanuddin and Dr. Rajasekhar giving hands-on training to edit Telugu Wikipedia at Golden Threshold, Hyderabad

So on March 8, 2013 Rahmanuddin, Dr. Rajasekhar and I landed at the Golden Threshold hoping against hope to see at least 3 or 4 participants. But alas there were only 2 people when we reached the venue by 10 a.m.. By 10.25 a.m. we had 9 participants, which excited us all. The training workshop began with an introduction of all the participants. Following this a presentation was made on the significance of Wikipedia in the digital era and how Indian language-Wikipedias are pivotal in preserving the vernacular language and culture. This session was interactive with participants asking many questions. Dr. Peddi Ramarao, later, spoke about his experience of using Wikipedia as a reference tool and how he got introduced to contributing Wikipedia. Further, the discussion went on to the poor quality of articles on Telugu Wikipedia and how the participants can take part in improving the existing articles and contribute new articles. Rahmanuddin and Rajasekhar practically demonstrated the process of editing on Telugu Wikipedia. This was followed by a hands-on session where the participants actively participated in creating their Wikipedia User name on Telugu Wikipedia and did editing of few articles. The training programme was to officially end at Lunch time but even post lunch some of the participants were enthusiastic about learning more nuances of contributing on Telugu Wikipedia. The hands-on session thus continued until 4 p.m.

Post the Wikipedia training programme, I have had interactions with the Project Director of TOU to explore possible future collaborations. TOU, UoH agreed to offer space to host all Telugu Wikipedia meet-ups. As the Golden Threshold space was in the central part of the city, having this infrastructure accessible was a major boost for the Telugu Wikipedia community in Hyderabad. Further, in the discussions we have agreed to collaborate with TOU, UoH in hosting the first mega Telugu Wikipedia community event Telugu Wiki Mahotsavam 2013.


Telugu Wikipedia Orientation in progress

Outcomes and Impact:

Out of the 9 new Users, who were trained during this workshop, 5 people have done more than 5 edits.
One person has become a very active editor on Telugu Wikipedia with more than 1000 edits in 3 months. A detailed account of this event was put up by this user on Telugu Wikipedia here [*]
Because of CIS-A2K’s efforts, Telugu Wikipedians in Hyderabad now have a good meeting space.
The availability of this space has also encouraged the Telugu Wikipedians to meet more often than before. Since March 8, 2013 Telugu Wikipedians had a total of 6 meet-ups, and all these were held at Golden Threshold.
Golden Threshold also became a venue for hosting Telugu Wiki Mahotsavam 2013.
This visit to Hyderabad triggered a discussion about organizing Telugu Wiki Mahotsavam, which was successfully organized in a month’s time.

Looking back, though this event was done as a last minute measure without many expectations, yet it turned out to be a lucky break! Especially, because this was my first ever event as the CIS-A2K Programme Director. It will remain a very memorable one. More so because it was done in collaboration with two of the active Telugu Wikipedians. Even more so because it has created some positive energy for the Telugu Wikipedia community, which has since then become a home turf.

[*]. http://bit.ly/17WYq7X

For more details visit https://cis-india.org/openness/blog-old/my-first-wikipedia-training-workshop

Multistakeholder Consultation on Encryption

praskrishna — 2016-12-17T01:22:35Z

The Centre for Internet & Society (CIS) in collaboration with ORF and Takshashila Institution is organizing a Multi-Stakeholder Consultation on Encryption on December 17, 2016 at TERI in Bengaluru.

The consultation is intended to help shape the discussions around the new draft encryption policy slated to be released sometime early next year. The consultation will be divided into two segments: an open house and a panel discussion with high-level government representatives, including Dr. Gulshan Rai, the National Cyber Security Coordinator. The sessions start at 10.30 a.m. on December 17, 2016 and will go on for until approximately 4.30 p.m.

The discussions themselves will highlight inputs from the three main constituents affected by an encryption policy: civil society and end users, the private sector and government. The range of civil liberties and constitutional rights implicated by encryption, as well as the needs of businesses to secure data flows will be discussed. Government officials too are expected to join the consultation and will provide perspectives on encryption and legitimate access to data for law enforcement purpose.

For more info reach out to Udbhav Tiwari (udbhav@cisindia.org) or Bedavyasa Mohanty (bedavyasam@orfonline.org)

For more details visit https://cis-india.org/internet-governance/events/multistakeholder-consultation-on-encryption

Multimedia Storytellers: Panel Discussion

denisse — 2015-10-24T14:26:51Z

This post brings three storytellers together to find points of intersection between their methods. The format will be that of a panel discussion and it features: Arjun Srivathsa from Pocket Science India, Ameen Haque from the Storywallahs, and Ajay Dasgupta from The Kahani Project. They discuss technology, interpretation and action in storytelling.

CHANGE-MAKERS: Arjun Srivathsa, Ameen Haque and Ajay Dasgupta

ORGANIZATIONS:Pocket Science India, The Storywallahs and The Kahani Project

METHOD OF CHANGE: Storytelling

Over the last couple of weeks, I had the privilege of interviewing three storytellers. What struck me the most, besides from their fascinating ideas about storytelling, was how many of their ideas overlapped. As much as I would love to sit all of them in the same room and enjoy the fireworks, there are a number of logistical constraints that shut my storyteller reunion daydreams down; so for this post, I decided to be a self-appointed liaison between you and them. I will mimic this discussion by putting my conversations with them side by side, in the format of a panel discussion. Their interaction will have to happen in the realm of your imagination.

The questionnaire I used for my interviews was open-ended. I was curious to hear what they wanted to share about their work, as opposed to filtering and steering the conversation in a certain direction; so I let them take their own turn. While I clearly inquired about the relationship between storytelling and making change, it was fascinating to see each storyteller reach the question of ‘social impact' through different channels; testimony of the influence of their education and professional backgrounds in their work.

If I were to bring them together, the topic of the discussion would be: 'Technology, Interpretation and Action in Storytelling'. We briefly discussed mediation and semiotics[1] in the Pre-Production section of the Storytelling as Performance post. We mentioned then:

"mediums are combined to enhance the visibility of the message and the power of the experience of stories. [...] Each medium: video, audio, text, music, etc.- becomes “a new literate space” or “symbolic tool” storytellers use to portray narratives about the self, community and society (Hull, 2006)”

These thoughts were triggered by the work of the French philosopher, Paul Ricoeur, who considers our self-identity a result of sign mediation and interpretation. Other themes in his work include: discourse and action, temporality, narrative and identity; also useful and relevant when exploring how storytelling and reality intersect. For example, how does building a narrative develop into a discourse that mirrors our context and existence? How does the medium chosen to carry this narrative define the language system of our discourse? Finally, let’s not forget this discussion is happening amid the digital question: how does the mediation of digital technologies enable or constrain our narratives of change?

Against this background, I would like to propose a discussion around five points of intersection that came up organically* during my conversations with them.

a) The power of storytelling:
What makes it a powerful vehicle of communication? How does this practice break from more traditional strategies of information dissemination?

b) Storytelling as a vehicle to make change:
How does the practice of storytelling intervene in the social imagination of its audience? Is it the experience or the content of stories what drives the message of change forward? Where does change happen: at the value, behavioral, community or macro level?

c) The role of technology in storytelling:
What is the part technology plays in storytelling vis-a-vis traditional storytelling? Is it a static infrastructure or does it shape the force and direction of the story? How does technology influence and impact their work

d) Translating awareness to action through stories:
Can you guarantee the ideas and values imbued by the story will translate into action in the public space?

e) Influence of stories on citizenship and political participation:
Can the power of stories be leveraged to instill a sense of responsibility in the audience?

* With the exception of Arjun Srivathsa, who addressed these points in a conference I attended. He later responded to a questionnaire in which I inquired about the intersections specifically.

Introductions

We first have Arjun Srivathsa. He has a Masters in Wildlife Biology and Conservation and currently works as a Research Associate for the Centre for Wildlife Studies (CWS India). In tandem, he started Pocket Science India, an initiative that combines wildlife science with art and cartoons to promote conservation in India and disseminate information from scientific journal articles. He aims to bridge the gap between the work of scientists and people using art and humour.

Arjun: I find the world of science and scientists very cool. Finding new things, discovering and inventing ways to understand the world better is an awesome way of life. I chose a career in science for this reason, second only to my love for nature and wildlife. But the essence of science, according to me, is not just to discover, but also to communicate. Even though wildlife research in India has progressed massively in the past few decades, the only notion people have is that of exaggerated scenes from television documentaries. When I discovered that most of the work by Indian scientists on wildlife and conservation of India is making no difference to people (mostly because they are unaware), I decided to use the easiest way to bridge the gap: through humour and art.

Second speaker is Ameen Haque from The Storywallahs. In what he calls his past life, he worked for 18 years in Advertising and Brand Strategy Consulting. Ameen also has a background in theatre and now works as as storyteller for The Storywallahs.

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Finally, we have Ajay Dasgupta, the founder of The Kahani Project, who also has a background in theatre and believes listening to stories is a fundamental right of children. His team works to capture stories in audio format and make them accessible.

I will now invite them to share their thoughts on the points described above. Each panelist will respond to the questions using a different medium: Arjun will comment with text and images, Ameen will comment with video and Ajay will comment using audiobytes. The idea is for each storyteller to use the medium and language they use for their own storytelling: cartoons, body language and audio respectively, as we explore how this choice mediates how they conceptualize change. I will act as a moderator and comment on common themes in the light of Paul Ricoeur’s characteristics of narratives.

1. The Power of Storytelling

What makes it a powerful vehicle of communication?

“narrative attains full significance when it becomes a condition of temporal existence” Time and Narrative

The first characteristic of narratives according to Ricoeur is: the ability to bring independent elements and episodes together into a plot within a specific context and time. The relationship between time and narrative is addressed by the philosopher in his work 'Oneself as Another,' in which he frames narratives as the most 'faithful articulations of human time'. This leads to an understanding of time as a framework where we can locate unique events and patterns, trajectories and sequences. Our three storytellers comment on how stories are an effective mean to communicate information, and how this information resonates because it can be located in the frame of our human existence.

Arjun: Storytelling really is the nascence of any communication technique. As kids we were all told stories with bees and birds, which spoke and thought. The moral life lessons and similar “information” were served to us on these fascinating platters.

Dugongs are closely related to whales and dolphins. They are peaceful mammals that swim around gracefully and feed on sea grass.
They are categorized as “VULNERABLE” because there are not too many of them left in the world.

Find full cartoon here

At some point in life, we all seem to stop appreciating the power of storytelling. Plain reporting of information has been done to death. Even an amazing discovery written as a formal report will fail to excite audience. It is time we all get back to appreciating stories. They sell. Movies generally do better than documentaries don’t they?

Ameen:

Ajay:

2. Storytelling as a vehicle to make change

How and where does change happen?

“All action is in principle interaction [...] change happens through interaction, as others are also encouraged to change” From Text to Action

The second characteristic of narratives is how the episodes in our narratives involve contingencies that will be shaped and reformulated through the development of the story. The narratives are constructed in such a way that induce us to imagine possible events in the future and how we would act in said circumstances. This characteristic is supported by Ricoeur's understanding of the 'self' as an 'agent', who can act and influence causation by taking initiative or interfering[2] in the story. Even if the listener cannot necessarily influence the outcome of the story (unless it is participatory storytelling), it triggers thoughts about its capability to act and its ability to change future realities, as he imagines himself n the situation of its characters. This out-of-body experience is what turns story into experience.

Our storytellers comment on how stories can influence and activate our agency and enable listeners to act towards creating change.

Arjun: Of course! Like I said, it is easier to influence people when you are not being preachy. Storytelling sidesteps the moral high ground that change makers are often blamed to occupy and takes a pleasantly shrewd path, as silly as it may sound.


#2: Increase in wildlife tourism has been brought about by the increasing population of the ‘Tourist’. This species is easy to recognize (see figure). The species has created an ecosystem of its own. It eats any kind of high or low profile food. Lives in resorts. Seeks charismatic animals like the tiger. Its daily activity involves excessive use of its camera. This species facilitates wildlife tourism	#9: Wildlife tourism is an excellent way to expose people of India and abroad to its rich natural heritage [...] We definitely need to regulate the number of tourists to avoid crowding in the forests, but we also need to educate tourists, especially the first-timers, about wildlife and its conservation. The tourist can be an important tool in conservation – let’s not let it go waste!"

#2: Increase in wildlife tourism has been brought about by the increasing population of the ‘Tourist’. This species is easy to recognize (see figure). The species has created an ecosystem of its own. It eats any kind of high or low profile food. Lives in resorts. Seeks charismatic animals like the tiger. Its daily activity involves excessive use of its camera. This species facilitates wildlife tourism

#9: Wildlife tourism is an excellent way to expose people of India and abroad to its rich natural heritage [...] We definitely need to regulate the number of tourists to avoid crowding in the forests, but we also need to educate tourists, especially the first-timers, about wildlife and its conservation. The tourist can be an important tool in conservation – let’s not let it go waste!"

Find full cartoon here.

To the question of where we locate change, it depends on what this change is. Through my work, I often target individuals and smaller communities (say students, villagers etc.). I don't necessarily grab my paintbrush and declare that I will change the world. My idea of change is a tailored, targeted and therefore an efficient influence on individuals.

Ameen:

Ajay:

3. The role of technology in storytelling

How does technology influence and impact your work?

Ricoeur’s thoughts on the relationship between text and action, makes us reconsider how we think about ‘text’ and how this reading can be applied to technology. According to him, the distinction between text and action is not at the linguistic, but at the discursive level. This is how he differentiates language from discourse:

	Language	Discourse
Structure	A system: timeless and static	Located at a given time and moment
Composition	A sequence of signs	A sequence of events that describe, claim and represent the world
Meaning	Refers to signs	Refers to the world
Communication	Provides codes for communication. Necessary but not sufficient	Communicates

Using these working definitions, we can understand the medium as a language: a system that provides us with signs and codes for communication. A creative use of language and mediums will hence, enable us to create narratives and produce meaning (which will be generated and negotiated by the audience). Technology is in this case our language, and how each storyteller uses it determines new ways to create meaning: experiences, connections and associations with and within their stories. We now ask them if/how the use of this 'language' mediates and impacts their work.

Arjun: Technology is the best facilitator in the realm of my science-art-communication. I depend on it extensively, to first educate myself. Then to create artwork (computer, tablet, smartphone). And then eventually I depend heavily on social media to broadcast my work. I will definitely credit the power of technology for fostering and enabling effective communication.

# 11: The story of Ajoba was carried far and wide in newspapers, television news and the internet. Find full cartoon here.

In my capacity, I feel most confident targeting students and urban youth. But thanks to the power of social media, putting my work out there has grabbed the attention of change-makers who are capable of things that is beyond my scope. This has led to collaborations through which the reach has become wider. Teachers use my art work in their classes, some organisations are using it in forest department buildings to educate visitors, some local groups have translated my work into regional languages.

Ameen:

Ajay:

4. Translating awareness into action through stories

Can you guarantee the ideas and values imbued by the story translate into action in the public space?

“what must be the nature of action...if it is to be read in terms of change in the world?” From Text to Action

So far they have told us about the power and content of stories. However, we have yet to find out what is it in stories that make listeners translate fiction into real life action. Ricoeur's final characteristic of narratives points us in the direction of empathy and interpretation.

Like discourse, action is open to interpretation. He posits that characters of our stories rise to the status of ‘persons’ when we evaluate their actions, including their doings and sufferings. This ethical verdict determines the identity of the character in the eyes of the audience (above any other physical or emotional characteristics) and this is what ultimately adds meaning to the events of the story, as it inspires the audience to emulate or reject this behavior through their actions.

We asked our storytellers their thoughts on how to translate stories' messages into meaningful action, or if it was even possible to guarantee this transition to begin with:

Arjun: I don’t [know]. One never does, I feel. But a lot of good awareness programs have made me change little things in my life. The people or groups who initiated those campaigns don't know of this, do they? This is somewhat similar. I believe that even if ONE person in the thousand who view my work gets influenced into making little changes, then it was worth my time and effort.

Ameen:

Ajay: (Ajay commented on the impact of stories while we were discussing how to gauge the impact of his work. In our first conversation he said: "Change is happening but there are no tests that can measure it and quantify it." and he elaborates on this idea below:)

5. Influence of stories on citizenship and political participation

Can the power of stories be leveraged to instill a sense of responsibility in the audience?

"You can only achieve power in common by including the opinions of as many people as possible in the discourse"

Finally, as stated in the brief of the project on methods for change, we are also interested in defining how political participation should be manifested in the public space. Ricoeur frames political action as a result of discourse and political deliberation.For a brief discussion of the relationship between storytelling and our political identity visit Part 2 of Storytelling as Performance.)

This last section captures the storytellers' point of view on how stories may affect our sense of citizenship and political responsibility.

Arjun: We are living in a society which is becoming increasingly insensitive and arrogant. There seems to be no time to stop and see the big picture: what are we doing? are our demands and lifestyles sustainable? Is the future generation secure? Impacts of our actions on the natural world.


#1: Most of us love seafood. And why shouldn't we? It tops the charts as some of the most delicious delicacies in the world! It so happens that we rarely think about what goes on “behind-the-scenes” and take many things for granted. The story behind how food reaches your plate is quite a scary one!	#12: So next time you feel like a getting a seafood dinner, do it with some perspective.

Find full cartoon here

Ameen:

Ajay:

Closing Remarks

I hope you enjoyed reading, watching and listening these three wonderful storytellers share their ideas on technology, interpretation and action. The question that remains unresolved is whether the effect of the story is shaped by the use of technology or not. At the end of the day it is the interpretation of stories -more than what it is said and how it is being said- what will determine the sustainability of these intents for change. The answers of our storytellers reinforce the notion that technology is a system, a language, a medium that transports our messages and intentions, but that inherently lacks the ability to provide guarantees for action and sway users into a lifestyle of responsible citizenship the second they pull out from their cartoon, screen or mp3.

The box below includes a quick run through the main ideas discussed throughout the post:

1. On the power of storytelling:

Arjun argues that storytelling is the origin of all communication techniques, and this makes it extremely attractive for the public.
Both Ajay and Ameen bring up the ability to influence behavior, shape the minds of people and transmit experiences, values and beliefs.
Both also brought up how dominant religions, ideologies, markets governments use storytelling to build movements and sustain their support
Finally Ajay comments on the issue of access: stories are powerful yet only a small share of stories are being told Hence, the need for this method to become more pervasive.

2. Storytelling as a vehicle for change:
Each storyteller locates change in different yet complementary spaces:

Arjun believes it must occur at the community level and hence the approach (stories) must be tailored and targeted in order to achieve an effective influence. His approach to change is very contextual.
Ameen locates it at the behavioral level; in our ability to make decisions and choices. His approach to change is based on how we use information from stories to interact with our surroundings.
Ajay locates it at the value level: He believes stories should influence us to adjust our values and only then, we will shape our behavior accordingly.

3. Role of technology:
We approached technology as a 'text' and as a 'language' that creates new possibilities for meaning and interpretation.

For Arjun and Ajay, technology enabled them to connect with other organizations and increased possibilities for partnerships and collaborations.

The three of them believe technology is an accelerator of the journey of stories and that it enables them to reach a larger audience.
Ameen argued that each medium requires different fluencies, and that the language of each medium should be adapted for the story. For example, a story will be told in different ways if using body language, video, audio, etc. He uses the example of the Twitter adaption of the Mahabharata.
Ajay closes by noting that although technology enables, it cannot replace the storyteller.

4. Translating awareness into action

Arjun and Ameen comment on the power of effectively and positively influencing one person. They believe the impact will exponentially spread and grow through that person's network or community.
Arjun believes you can guarantee it will turn into action.
Ameen believes you need to move them and inspire them through your characters to the point they feel they can be the hero of that story and act accordingly.
Ajay takes a more pragmatic approach towards action and shares some of the activities The Kahani Project uses to complement his storytelling sessions, such as: story-thons, story-booths and interactive storytelling, where they engage the audience in the production of their own stories.

5. Impact of storytelling on citizenship and political participation

Arun and Ajay believe this will come as a result of self-reflection and an evaluation of our impact in the world.
Ameen believes effective stories transmit the 'responsibility of action' through rhetoric. He uses the example of the popularity of India Against Corruption movement.
Ajay believes storytelling is a humanizing force that has the power of healing. He recommends institutions should utilize this method to spread confidence and inclusion among society and particularly with excluded groups.

Footnotes

[1] Semiotics is defined as the study of signs and symbols and their use or interpretation. It is the study of making meaning and is essential to understand communication processes. While we will not look at any specific semiotics theory, we will focus on how stories create meaning through different signs and mediums, and how this meaning can be leveraged for making change.

[2] Refer to Stanford Encyclopedia of Philosophy’s page on Paul Ricoeur and the section on ‘Selves and Agents’ to learn more about how action is mediated by causation, interference and intervention. Some interesting thoughts that inspired the above post

“What must be the nature of the world … if human beings are able to introduce changes into it?. Ricoeur adopts the analysis of interference or intervention that G. H. von Wright gives in Explanation and Understanding, and shows that for there to be interference, there must be both: an ongoing anterior established order or course of things and a human doing that somehow intervenes in and disturbs that order. Moreover, interference is always purposeful. Hence an interference is not merely ascribable to an agent. It is also imputable to the agent as the one whose purpose motivates the interference.”

“The second crucial question about action is “What must be the nature of action … if it is to be read in terms of a change in the world?” Ricoeur argues that every action involves initiative, i.e., “an intervention of the agent of action into the course of the world, an intervention that effectively causes changes in the world” (Oneself as Another, 109, translation modified). Initiative requires a bodily agent possessing specific capabilities and vulnerabilities who inhabits some concrete worldly situation.”

Sources:

Dauenhauer, Bernard and Pellauer, David, "Paul Ricoeur", The Stanford Encyclopedia of Philosophy (Winter 2012 Edition), Edward N. Zalta (ed.), URL = <http://plato.stanford.edu/archives/win2012/entries/ricoeur/>.

For more details visit https://cis-india.org/digital-natives/making-change/multimedia-storytellers

Mozilla is funding a way to support Julia in Firefox

Catalin Cimpanu — 2019-07-10T01:33:52Z

Mozilla is funding a project for bringing the Julia programming language to Firefox and the general browser environment.

The blog post by Catalin Cimpanu was published in ZD Net on July 8, 2019.

The project received funding part of the Mozilla Research Grants for the first half of 2019, which the browser maker announced on Friday.

In April, when Mozilla opened this year's submissions period for research grants, the organization said it was looking for a way to bring data science and scientific computing tools to the web.

It said it was specifically interested in receiving submissions about supporting R or Julia at the browser level. Both R and Julia are programming languages designed for high-performance numerical, statistical, and computational science.

Mozilla engineers have worked in previous years to port data science tools at the browser level, as part of Project Iodide.

Previously, as part of this project, Mozilla engineers ported the Python interpreter to run in the browser using WebAssembly.

"This project, Pyodide, has demonstrated the practicality of running language interpreters in WebAssembly," Mozilla engineers said.

In April, Mozilla said it was willing to use a research grant to fund a team of developers to port either R or Julia to the browser via WebAssembly as well.

The end result should be a Firefox plugin, similar to how Pyodide works.

Valentin Churavy, an MIT Ph.D. student and a member of the official Julia team, has applied for a Mozilla research grant, which he subsequently received.

The Julia programming language was created in 2009, publicly released in 2012, and has gained a huge following ever since. It has quickly climbed the ranks of the world's most popular languages entering the Tiobe Top 50, has a huge following on GitHub, and was one of 2018 biggest risers.

In April, Mozilla engineers also offered a grand for porting Tor to work inside Firefox, to power a Tor-powered Super Private Browsing (SPB) mode for Firefox.

While there was no grant for a project of sorts, Mozilla will be funding a research project that aims to study the performance and anonymity features of the HTTP/2 and HTTP/3 protocols on the Tor network.

The full Mozilla research grants for H1 2019 are as follow:

Lead Researchers	Institution	Project Title
Valentin Churavy	MIT	Bringing Julia to the Browser
Jessica Outlaw	Concordia University of Portland	Studying the Unique Social and Spatial affordances of Hubs by Mozilla for Remote Participation in Live Events
Neha Kumar	Georgia Tech	Missing Data: Health on the Internet for Internet Health
Piotr Sapiezynski, Alan Mislove, & Aleksandra Korolova	Northeastern University & University of Southern California	Understanding the impact of ad preference controls
Sumandro Chattapadhyay	The Centre for Internet and Society (CIS), India	Making Voices Heard: Privacy, Inclusivity, and Accessibility of Voice Interfaces in India
Weihang Wang	State University of New York	Designing Access Control Interfaces for Wasmtime
Bernease Herman	University of Washington	Toward generalizable methods for measuring bias in crowdsourced speech datasets and validation processes
David Karger	MIT	Tipsy: A Decentralized Open Standard for a Microdonation-Supported Web
Linhai Song	Pennsylvania State University	Benchmarking Generic Functions in Rust
Leigh Clark	University College Dublin	Creating a trustworthy model for always-listening voice interfaces
Steven Wu	University of Minnesota	DP-Fathom: Private, Accurate, and Communication-Efficient
Nikita Borisov	University of Illinois, Urbana-Champaign	Performance and Anonymity of HTTP/2 and HTTP/3 in Tor

For more details visit https://cis-india.org/openness/news/zd-net-july-8-2019-catalin-cimpanu-mozilla-is-funding-a-way-to-support-julia-in-firefox

Mozilla brings Indian Communities together Twice in One Month

subha — 2014-07-23T07:06:58Z

I took part in two major events, Indic FirefoxOS L10n Sprint 2014 and MozCamp Beta – India organized by Mozilla in India as a voluntary contributor. In this blog post I am sharing with you my experience of the events.

The guest post was published on Mozilla' website on July 8, 2014. It can be read here.

Mozilla, in the process of putting its best effort on people that make it, has organized two larger and national events in India: Indic FirefoxOS L10n Sprint 2014 and MozCamp Beta – India. The first is being a more implementation based sprint with the goal to motivate Indic language localization teams to translate strings for its upcoming Firefox OS based $25 phone where the second one was an event for meeting mentors, planning for the future and strategizing Mozilla’s mission in India.

Indic FirefoxOS L10n Sprint 2014 was held at Redhat’s Pune office during 7 – 8 June. This was the first time 13 Indic language communities came under one roof to translate interface strings together, says Mozilla’s Community Manager Arky. During the two day sprint most language communities with the strength of 2 – 4 members each completed more than 40% of the localizations that will appear as interface strings for Firefox OS, an upcoming operating system for mobiles and tablets. Mozilla, after releasing its developer test phones starting with GeeksPhone Keon in April last year also started thinking of the mobile users from the emerging nations leaving the west for Android, iOS and Windows 8. Bringing cheaper phones to people with an interface of their own language could help to make phones more smarter for common users. Assamese, Bangla, Hindi, Gujarati, Maithili, Malayalam, Marathi, Kannada, Odia, Punjabi, Telugu, Tamil and Urdu are the 13 language communities that took part in the event.

The other event, MozCamp Beta – India was aimed to bring core contributors form the multiple communities housed under the Mozilla umbrella and engage with them in a participatory and learning mode. Staffers from Mozilla who are responsible for various projects and products together with these contributors spent three days (20 – 22 June) building strategies for best practices for recruiting new contributors, mentoring them and sustaining the communities in a long run. The project page says, “MozCamp Beta is an experiment. This is the first time Mozilla is testing how to train contributors to bring in more contributors across the project.” Mozilla’s core product Firefox browser’s expanding wing Firefox OS was the center of attention. Mozilla has tied up with two Indian brands Spice and Intex to produce these phones that are expected to be around $25 revolutionizing the smartphone world and breaking the stereotype of having smartphones in the hands of them who could afford them. Some of the sessions during the event were also aimed to break the notion of app making process being too technical. The newest web innovation Appmaker gives a user the option to create a web app and flash it into the Firefox OS device without even learning any coding. Similarly the User Centered Design process was helping users to go creating with creating their app by drawing them on papers and brainstorming about having useful functionalities in them. Three of the days ended with celebrating the success of the grand user contribution that makes Mozilla a creativity-seeking organization. “Mozilla is committed to make the web free and fun. We aim to have the maximum number of Maker parties in India this year to promote web literacy and having students to create and curate Open Educational Resources,” says Mozilla’s Global Strategist and Manager of Webmake mentor team Michelle Thorne.

For more details visit https://cis-india.org/openness/blog-old/mozilla-brings-indian-communities-together-twice-in-one-month

Mozilla Brings Indian Communities Together

subha — 2014-07-23T07:30:06Z

The article was published on the website of Opensource.com on July 13, 2014. It can be read here.

Mozilla organized two national events in India during the month of June this year: Indic FirefoxOS L10n Sprint 2014 and Mozcamp Beta 2014.

Indic FirefoxOS L10n Sprint 2014 was more of an implementation-based sprint with the goal to motivate Indic language localization teams to translate strings for its upcoming Firefox OS based $25 phone. Mozcamp India Beta was an event for meeting mentors, planning for the future, and strategizing Mozilla’s mission in India.

Indic FirefoxOS L10n Sprint 2014

The Indic FirefoxOS L10n Sprint 2014 was held at Red Hat’s Pune office, June 7 and 8, 2014. This was the first time 13 Indic language communities came under one roof to translate interface strings together, commented Mozilla Community Manager, Arky. During the two day sprint, most language groups (2 - 4 members strong) completed more than 40% of the localizations that will appear as interface strings for Firefox OS, an upcoming operating system for mobile and tablet devices. Mozilla released its developer test phones, starting with GeeksPhone Keon in April of last year, started thinking of the mobile users from the emerging nations leaving the west for Android, iOS, and Windows 8. Bringing cheaper phones to people with an interface in their own language could help to make phones smarter for common users. Assamese, Bangla, Hindi, Gujarati, Maithili, Malayalam, Marathi, Kannada, Odia, Punjabi, Telugu, Tamil, and Urdu are the 13 language communities that took part in the event.


Photo by Subhashish Panigrahi (CC-BY-SA 3.0 License)

Mozcamp Beta 2014

The Mozcamp India beta event aimed to bring core contributors from multiple communities housed under the Mozilla umbrella and engage with them in a participatory and learning way. Staffers from Mozilla who are responsible for various projects and products worked with these contributors over three days (June 20 - 22) building strategies for best practices for recruiting new contributors, mentoring them, and sustaining the communities in a long run. The project page says, "MozCamp Beta is an experiment. This is the first time Mozilla is testing how to train contributors to bring in more contributors across the project."

Mozilla’s core product, the Firefox browser's expanding wing, Firefox OS, was the center of attention. Mozilla is working with two Indian brands, Spice and Intex, to produce phones that are expected to be around $25, thus revolutionizing the smartphone world. Some of the sessions during the event focused on breaking the notion that app making so technical that it can only be done by some. New projects like Mozilla's Appmaker give users the option to create a web app and flash it into the Firefox OS device without knowing any code. Similarly, a session covered the User Centered Design process, a new way for users to create an app by drawing it on paper and brainstorming on paper about useful functionalities.

These two events were a grand display of user contribution and what makes Mozilla a creativity-seeking organization. "Mozilla is committed to make the web free and fun. We aim to have the maximum number of Maker parties in India this year to promote web literacy and having students to create and curate Open Educational Resources," says Mozilla’s Global Strategist and Manager of the Webmaker mentor team, Michelle Thorne.

For more details visit https://cis-india.org/openness/blog-old/mozilla-brings-indian-communities-together

Moving Towards a Surveillance State

atreya — 2013-07-15T05:57:15Z

The cyberspace is a modern construct of communication and today, a large part of human activity takes place in cyberspace. It has become the universal platform where business is executed, discourse is conducted and personal information is exchanged. However, the underbelly of the internet is also seen to host activities and persons who are motivated by nefarious intent.

Note: The original tender document of the Assam Police dated 28.02.2013 along with other several other tender documents for procurement of Internet and Voice Monitoring Systems is attached as a zip folder.

As highlighted in the International Principles on the Application of Human Rights to Communications Surveillance, logistical barriers to surveillance have decreased in recent decades and the application of legal principles in new technological contexts has become unclear. It is often feared that in light of the explosion of digital communications content and information about communications, or "communications metadata," coupled with the decreasing costs of storing and mining large sets of data and the provision of personal content through third party service providers make State surveillance possible at an unprecedented scale. Communications surveillance in the modern environment encompasses the monitoring, interception, collection, preservation and retention of, interference with, or access to information that includes, reflects, arises from or is about a person's communications in the past, present or future.[*] These fears are now turning into a reality with the introduction of mass surveillance systems which penetrate into the lives of every person who uses any form of communications. There is ample evidence in the form of tenders for Internet Monitoring Systems (IMS) and Telecom Interception Systems (TCIS) put out by the Central government and various state governments that the Indian state is steadily turning into an extensive surveillance state.

While surveillance and intelligence gathering is essential for the maintenance of national security, the creation and working of a mass surveillance system as it is envisioned today may not necessarily be in absolute conformity with the existing law. A mass surveillance system like the Central Monitoring System (CMS) not only threatens to completely eradicate any vestige of the right to privacy but in the absence of a concrete set of procedural guidelines creates a tremendous risk of abuse.

Although information regarding the Central Monitoring System is quite limited on the public forum at the moment it can be gathered that a centralized system for monitoring of all communication was first proposed by the Government of India in 2009 as indicated by the press release of the Ministry of Communications & Information. Implementation of the system started subsequently as indicated by another government press release and the Center for Development of Telematics (C-DOT) was entrusted with the responsibility of implementing the system. As per the C-DOT annual report 2011-12, research, development, trials and progressive scaling up of a Central Monitoring System were conducted by the organization in the past 4 years and the requisite hardware and CMS solutions which support voice and data interception have been installed and commissioned at various Telecom Service Providers (TSP) in Delhi and Haryana as part of the pilot project. Media reports indicate that the project will be fully functional by 2014. While an extensive surveillance system is being stealthily introduced by the state, several concerns with regard to its extent of use, functioning, and real world impact have been raised owing to ambiguities and wide gaps in procedure and law. Moreover, the lack of a concrete privacy legislation coupled with the absence of public discourse indicates the lack of interest of the state over the rights of an ordinary citizen. It is under these circumstances that awareness must first be brought regarding the risks of the mass surveillance on civil liberties which in the absence of established procedures protecting the rights of the citizens of the state can result in the abuse of powers by the state or its agencies and lead to the demise of civil freedoms even in democratic states.

The architecture and working of a proposed Internet Monitoring System must be examined in an attempt to better understand the functioning, capabilities and possible impact of a Central Monitoring System on our society and lives. This can perhaps allow more open discourse and a committed effort to preserve the rights of the citizens especially the right to privacy can be made while allowing for the creation of strong procedural guidelines which will help maintain legitimate intelligence gathering and surveillance.

Internet Monitoring System: Setup and Working
Very broadly, The Internet Monitoring System enables an agency of the state to intercept and monitor all content which passes through the Internet Service Provider’s (ISP) server which includes all electronic correspondence (emails, chats or IM’s, transcribed call logs), web forms, video and audio files, and other forms of internet content. The electronic data is stored and also subject to various types of analysis. While Internet Monitoring Systems are installed locally and their function is limited to specific geographic region, the Central Monitoring System will consolidate the data acquired from the different voice and data interception systems located across the country and create a centralized architecture for interception, monitoring and analysis of communications. Although the exact specifications and functions of the central monitoring system still remain unclear and ambiguous, some parallels regarding the functioning of the CMS can be drawn from the the specifications revealed in the Assam Police tender document for the procurement of an Internet Monitoring System.

Setup
The deployment architecture of an Internet Monitoring System (IMS) contains probe servers which are installed at the Internet Service Provider’s (ISP) premises and the probes are installed at various tapping points within the entire ISP network. A collection server is also installed and hosted at the site of the ISP. The collection server is used to either collect, analyze, filter or simple aggregate the data from the ISP servers and the data is transferred to a master aggregation server located a central data center. The central data center may also contain more servers specifically for analysis and storage. This type of architecture is being referred to as a ‘high availability clustered setup’ which is supposed to provide security in case of a failure or outage.

The Assam Police Internet Monitoring System tender document specifically indicates that the deployment in the state of Assam shall require 8 taps or probes to be installed at different ISPs, out of which 6 taps/probes shall be of 10 GBPS and 2 taps are of 1 GBPS. The document however mentions that the specifications are preliminary and subject to change.

Types of data
The proposed internet monitoring system of the Assam state can provide network traffic interception and a variety of internet protocols including Hypertext Transfer Protocol (HTTP), File Transfer Protocol (FTP), Simple Mail Transfer Protocol (SMTP), Internet Message Access Protocol (IMAP) and Session Initiation Protocol (SIP), Voice over Internet Protocol (VoIP) can be intercepted and monitored. The system can also support monitoring of Internet Relay Chat and various other messaging applications (such as Google Talk, Yahoo Chat, MSN Messenger, ICQ, etc.). The system can be equipped to capture and display multiple file types like text (.doc, .pdf), zipped (.zip) and executable applications (.exe). Further, information regarding login details, login pattern, login location, DNS address, routing address can be acquired along with the IP address and other details of the user.

Web crawling capabilities can be installed on the system which can provide data from various data sources like social networking sites, web based communities, wikis, blogs and other forms of web content. Social media websites (such as Twitter, Facebook, Orkut, MySpace etc.), web pages and data on hosted applications can also be intercepted, monitored and analyzed. The system also allows capture of additional pages if updated; log periodical updates and other changes. This allows the monitoring agencies the capability of gathering internet traffic based on several parameters like Protocols, Keywords, Filters and Watch lists. Keyword matching is achieved by including phonetically similar words in various languages including local languages.

More specific functions of the IMS can include complete email extraction which will disclose the address book, inbox, sent mail folder, drafts folder, personal folders, delete folders, custom folders etc. and can also provide identification of dead drop mails. The system can also be equipped to allow country wise tracking of instant messages, chats and mails.

Regarding retention and storage of data, the tender document specifies that the system shall be technically capable of retaining the metadata of Internet traffic for at least one year and the defined traffic/payload/content is to be retained in the storage server at least for a week. However, the data may be retained for a longer period if required. The metadata and qualified data after analysis are integrated to a designated main intelligence repository for storage.

Types of Analysis
The Internet Monitoring System apart from intercepting all the data generated through the Internet Service Providers is essentially equipped for various types of data analysis. The solutions that are installed in the internet monitoring system provide the capability for real time as well as historical analysis of network traffic, network perimeter devices and internal sniffers. The kinds of analysis based on ‘slicing and dicing of data’ range from text mining, sentiment analysis, link analysis, geo-spatial analysis, statistical analysis, social network analysis, transaction analysis, locational analysis and fusion based analysis, CDR analysis, timeline analysis and histogram based analysis from various sources.

The solutions installed in the IMS can enable monitoring of specific words or phrases (in various languages) in blogs, websites, forums, media reports, social media websites, media reports, chat rooms and messaging applications, collaboration applications and deep web applications. Phone numbers, addresses, names, locations, age, gender and other such information from content including comments and such can also be monitored. Specifically with regard to social media, the user’s profile and information related to it can be extracted and a detailed ontology of all the social media profiles of the user can be created.

Based on the information, the analysis supposed to provide the capability to identify suspicious behavior based on existing and new patterns as they emerge and are continuously applied to combine incoming and existing information on people, profiles, transactions, social network, type of websites visited, time spent on websites, type of content download or view and any other type of gatherable information. The solutions on the system are also supposed to create single or multiple or parallel scenario build-ups that may occur in blogs, social media forums, chat rooms, specific web hosting server locations or URL, packet route that may be defined from time to time and such scenario build-ups can be based on parameters like sentiments, language or expressions purporting hatred or anti-national expressions, and even emotions like expression of joy, compassion and anger, which as may be defined by the agency depending on operational and intelligence requirement. Based on these parameters, automated alerts can be generated relating to structured or unstructured data (including metadata of contents), events, pattern discovery, phonetically similar words or phrases or actions from users.

Based on the data analysis, reports or dossiers can be generated and visual analysis allowing a wide variety of views can be created. Further, real time visualization showing results from real-time data can be generated which allows alerts, alert categories or discoveries to be ranked (high, medium, and low priority, high value asset, low value asset, moderate value asset, verified information, unverified information, primary evidence, secondary evidence, circumstantial evidence, etc.) based on criteria developed by the agency. The IMS solutions can also be capable of offering web-intelligence and open source intelligence and allow capabilities like simultaneous search capabilities which can be automated providing a powerful tool for exploration of the intercepted data.

Another important requirement mentioned in the tender document is the systems capability to integrate with other interception and monitoring systems for 2G, 3G/UMTS and other evolving mobile carrier technologies including fixed line and Blackberry services and encrypted IP services like Skype services.

Conclusion
It is clear that a system like IMS with its extensive interception and analysis capabilities gives complete access to an agency or authority of all information that is accessed or transmitted by a person on the internet including information which is private and confidential such as email and instant messages. Although the state has the power to issue directions for interception or monitoring of information under the Information Technology Act, 2000 and certain rules are prescribed under section 69B, they are wholly inadequate compared to the scope and extent of the Internet Monitoring System and its scale of operations. The interception and monitoring systems that are either proposed or already in place effectively bypass the existing procedures prescribed under the Information Technology Act.

The issues, concerns and risks are only compounded when it comes to the Central Monitoring System. The solutions installed in present day interception and monitoring systems give the state unprecedented powers to intercept, monitor and analyze all the data of any person who access the internet. Tools like deep packet inspection and extensive data mining solutions in the absence of concrete safeguards and when deployed through a centralized system can be misused to censor any content including legitimate discourse. Also, the perception that access to a larger amount of data or all data can help improve intelligence can also be sometimes misleading and it must be asked whether the fundamental rights of the citizens of the state can be traded away under the pretext of national security. Furthermore, it is essential for the state to weigh the costs of such a project both economically and morally and balance it with sufficient internal measures as well as adequate laws so that the democratic values are persevered and not endangered by any act of reckless force.

Reiterating what has been said earlier, while it is important for the state to improve its intelligence gathering tools and mechanisms, it must not be done at the cost of a citizen’s fundamental right. It is the duty of the democratic state to endure and maintain a fine balance between national interest and fundamental rights through timely creation of equitable laws.

[*]. http://necessaryandproportionate.net/#_edn2

For more details visit https://cis-india.org/internet-governance/blog/moving-towards-surveillance-state

MoU between PAH Solapur University & CIS-A2K

subodh — 2019-06-05T06:21:47Z

CIS-A2K is working in collaboration with PAH Solapur University, Solapur in Maharashtra on Wikimedia projects. The Mass Communication and Journalism departments are involved in content generation on Marathi Wikipedia & Commons.

In 2019, the students completed assignments in the form of Wikipedia articles. Looking at the interest of students and knowledge creation process, other departments also expressed their willingness to adopt this methodology in academics. Vice Chancellor Dr. Mrunalini Fadnavis took initiative to conduct introductory meeting to discuss the larger collaboration with University courses. The department heads agreed on working in Wikipedia, Wikisource, Wikidata, Commons and other Wikimedia projects to enhance the skills of students. As a result, principle level MoU to accommodate Wiki programs in academics as policy for the next academic year was signed between University and Centre for Internet & Society (CIS-A2K) on 15th May at Solapur. On this occasion, Program Manager Tito Dutta was present to sign on behalf of CIS. From University, VC, Registrar, Prof. Ravindra Chincholkar- Coordinator and HoD's of 4 departments were present. The summary of MoU is given below:

Terms of Collaboration

To promote content generation in Wikimedia projects among the institutions under University affiliation. To organise awareness programs and training workshops to achieve this. For consistent and dedicated efforts, mechanism of subject experts and coordinators will be developed.
To integrate the academic assignments, projects etc. with knowledge building in Wikimedia projects e.g. Wikipedia, Wikisource, Wikidata, Wikimedia Commons.
To facilitate content donation in the form of published thesis, University publications to free library - Wikisource. To write well referenced articles based on these research work.
To develop platform in University for outreach programs on Digital knowledge, Language & technologies, FOSS, Unicode etc. To involve other stakeholders in knowledge business like publishers, writers, printers, designers in these programs.
To take lead in accommodating open knowledge concepts, locally relevant content generation practices while designing the courses.
To promote content generation in Wikimedia projects among the institutions under University affiliation. To organise awareness programs and training workshops to achieve this. For consistent and dedicated efforts, mechanism of subject experts and coordinators will be developed.
To integrate the academic assignments, projects etc. with knowledge building in Wikimedia projects e.g. Wikipedia, Wikisource, Wikidata, Wikimedia Commons.
To facilitate content donation in the form of published thesis, University publications to free library - Wikisource. To write well referenced articles based on these research work.
To develop platform in University for outreach programs on Digital knowledge, Language & technologies, FOSS, Unicode etc. To involve other stakeholders in knowledge business like publishers, writers, printers, designers in these programs.
To take lead in accommodating open knowledge concepts, locally relevant content generation practices while designing the courses.

Plan of Execution

A core team shall be constituted by representatives of this MoU for realization of the objectives of this MoU. This core team will be constituted by 10 June 2019.
The core team shall prepare an action plan with specific goals for achieving the objectives of MoU. They shall take into consideration the academic, commercial and legal aspects of this co-operation.
The proposed action plan shall be reviewed and approved by representatives of both parties.
The core team shall be supported and authorised to take all necessary actions to implement the action plan in an effective, speedy and dynamic manner.
Revenue sharing shall be decided on case to case basis by core team.

Media Coverage

The news of this event was published by major media houses:

Lok Mat (22 May 2019).
Pudhari (22 May 2019).
Sakal (22 May 2019).
Surajya (22 May 2019).

For more details visit https://cis-india.org/a2k/blogs/mou-between-pah-solapur-university-and-cis

More Than 40 Million People Await the Launch of Odia Wikisource

subha — 2014-11-04T13:58:48Z

Speakers of Odia will soon have mountains of books to read online in their mother tongue, following the launch of the Odia Wikisource, which will make accessible many rare books that have entered the public domain.

The article by Subhashish Panigrahi was published in Global Voices on October 18, 2014 and thereafter mirrored on the Wikimedia Blog on October 21, 2014.

Authors and publishers are also invited to donate their copyrighted work, possibly bringing open access to large volumes of books and manuscripts, creating a vast archive of educational resources. And everything will be in Odia.

One of the biggest advantages of Wikisource is that all its books are available in Unicode, meaning that Google's search engine indexes the texts’ entirety, and readers are able to copy easily what they wish. (Most conventional archival systems lack this feature.) A volunteer community administers Wikisource. To upload a book's content, volunteers either retype the books word-for-word, or, when possible, use Optical Character Recognition (commonly known as “OCR“), which converts scanned images into editable text. Available at or.wikisource.org, Odia is Wikisource's eleventh Indic language.

There are more than 40 million native Odia speakers in the world. Most live in the Indian state of Odisha and its neighboring states, but there is a large diaspora in countries like the US, UK, UAE, and across South and East Asia. Despite being spoken by so many people, Odia's online presence is relatively small.

As of October 2014, Odia Wikipedia hosted 8,441 articles. The state government's websites have Odia-language content, naturally, but none of the text is in Unicode, making the materials invisible to search engines and difficult to share. Thanks to individual and organizational efforts, some Odia-language websites have recently emerged with Unicode content.

With support from the non-profit organization Pragati Utkal Sangha and the National Institute of Technology Rourkela, a Bhubaneswar-based outfit has digitized about 740 books through the Open Access to Oriya Books (OAOB) project. Most of these texts were published between 1850 and 1950. The OAOB project is the largest existing digital archive of Odia literature, but the archived books are only available as scanned PDFs, restricting readers’ ability to search within the texts.

As a Wikimedia project, Odia Wikisource underwent a long approval process, after running as an active incubator project for nearly two years. Both the Language Committee and the Wikimedia Foundation's Board reviewed and endorsed the project.

Odia Wikisource has already digitized and proofread three books entirely. In collaboration with the Wikimedia-funded Centre for Internet and Society‘s Access to Knowledge, the Kalinga Institute of Social Sciences (KISS) has partially digitized another book, as well. KISS is also busy digitizing another Nine books by Odia-language author Dr. Jagannath Mohanty that were relicensed to CC-BY-SA 3.0 earlier this year.

In response to posts on Twitter and Facebook, four new contributors recently joined Wikisource to help digitize “The Odia Bhagabata,” a literary classic compiled in the 14th century. “Content that have already been typed with fonts of non-Unicode encoding systems could be converted by converters which was the case of Odia Bhagabata. New contributors did not face the problem of retyping the text, as the book was already available on a website Odia.org and is out of copyright”, says Manoj Sahukar, who (along with yours truly) designed a converter that helped to transcribe “Bhagabata”.

Rising Voices contacted some of those whose efforts made this happen.

Mrutyunjaya Kar (MK), Long time Wikimedian who has proof-read the books on Odia Wikisource
Rising Voices (RV): Youre there with Odia Wikisource since its inception. How you think it will help other Odias?
MK: Odias around the globe will have access to a vast amount of old as well as new books and manuscripts online in the tip of their finger. Knowing more about the long and glorious history of Odisha will become easier.

Nihar Kumar Dalai (NKD), Wikisource writer
RV: How does it feel to be one of the few contributors to digitize Odia Bhagabata. How you want to get involved in future?
NKD: This is a proud opportunity for me to be a part of digitization of such old literature. I, at times, think if I could get involved with this full time!

Nasim Ali (NA), Oldest active Odia Wikimedian and Wikisource writer
RV: Do you think any particular section of the society is going to be benefited by this?
NA: Books contain the gist of all human knowledge. The ease of access and spread of books are the markers of the intellectual status of a society. And in this e-age Wikisource can be helpful by not just providing easy access to a plethora of books under free licenses but also aiding the spread of basic education in developing economies. Together with Wikisource and cheaper internet this could catalyze a Renaissance of 21st century.

Pankajmala Sarangi (PS), Wikisource writer
RV: You have digitized almost two books, are the highest contributor to the project and also one of the main reasons for Odia Wikisource getting approved. What are your plans next to grow it and take to masses?
PS: I would be happy to contribute by typing more books on Odia so that they can be stored and available to all. We can take this to masses through social, print and audio & visual media and organizing meetings/discussions.

Amir Aharoni (AA), Wikimedia Language Committee member and Software Engineer at the Language Engineering team at the Wikimedia Foundation
RV: What you feel Wikisource could do to a language like Odia with more than 40 million speakers?
AA: In schools in Odisha, are there lessons of Odia literature? If the answer is yes, then it can do a very simple thing – make these lessons more fun and help children learn more! Everybody says that in Kerala this worked very well with Malayalam literature.

Clearly, strong passions motivate Odia Wikisource's volunteers, like Nihar Kumar Dalai, who writes on Facebook:

Hindi and English are fine, but our native language it bit more special! Who of us does not now about the art, culture, noted personalities, tourist spots and festivals of Odisha? But if you search online about all of these then there is very little available. There comes a simple and easy solution Odia Wikipedia. Like Odia Wikipedia, Odia Wikisource is another great place and this is my small contribution to bring Odia Bhagabata on Odia Wikisource.

For more details visit https://cis-india.org/openness/blog-old/global-voices-subhashish-panigrahi-october-18-2014-more-than-400-million-people-await-launch-of-odia-wikisource

Monitoring Sustainable Development Goals in India: Availability and Openness of Data (Part II)

sumandro — 2016-04-12T04:14:27Z

The Sustainable Development Goals (SDGs) are an internationally agreed upon set of developmental targets to be achieved by 2030. There are 17 SDGs with 169 targets, and each target is mapped to one or more indicators as a measure of evaluation. In this and the next blog post, Kiran AB is documenting the availability and openness of data sets in India that are relevant for monitoring the targets under the SDGs. This post offers the findings for the last 10 Goals. The first 7 has already been discussed in the earlier post.

The first part of the post can be accessed here.

Goal #08: Promote sustained, inclusive and sustainable economic growth, full and productive employment and decent work for all

There are fourteen indicators to monitor the goal 8 and the data is available for all the indicators mapped to their respective targets. For most of the indicators, the data availability is not what the indicator demands, but has to be derived from the available dataset.

The data can be accessed freely in the public domain for all the indicators. However, for the subparts in some of the indicators, the data is not accessible freely. There is a cross agency dependency over the data, to arrive at the required indicator.

Data is collected annually for most of the indicators, while the indicators, viz., Indicator 8.3.1.: Share of informal employment in non-agriculture employment by sex; Indicator 8.5.2: Unemployment rate by sex, age-group and persons with disabilities, which are measured by the Census or the planning commission the frequency of data collection becomes decennial or quinquennial. And the Indicator 8.8.2 : Number of ILO conventions ratified by type of convention, which lists the number of conventions the frequency cannot be determined as it's just a list updated whenever there is a ratification of any ILO conventions. Some of the available data are restricted to particular years and most of them are not till date.

Two indicators, i.e., Indicator 8.5.2 and Indicator 8.10.1: Number of commercial bank branches and ATMs per 100,000 adults, which are measured at the level of districts, whereas Indicator 8.7.1: Percentage and number of children aged 5-17 years engaged in child labour, per sex and age group; Indicator 8.8.1: Frequency rates of fatal and non-fatal occupational injuries by sex and migrant status, are measured at the state level. The remaining are measured only at the national level.

Most of the data are collected from the international organisations like ILO, UNEP, UNWTO, etc., from whose source the data are not updated regularly. There is also a need to disaggregate according to the indicator.

Goal #09: Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation

When development is through industrialization, sustainable and inclusiveness should be the necessary conditions to attain it. Having said this, the data is available for all the indicators, i.e., twelve indicators, corresponding to the targets as defined for the goal 9. For most of the indicators, the data have to be derived for the required measure to monitor the goal.

From among these indicators, the data is collected annually for most of the indicators, while for the two indicators, Indicator 9.3.1: Percentage share of small scale industries in total industry value added; Indicator 9.3.2: Percentage of small scale industries with a loan or line of credit, the frequency of data collection is once in five years.

Excluding two indicators, i.e., Indicator 9.2.2: Manufacturing employment as a percentage of total employment; Indicator 9.1.1: Share of the rural population who live within 2km of an all season road, for which the data is available at the state level and district level respectively, for the remaining indicators the data is available only at the national level.

The data pertaining to eleven indicators are freely accessible in the public domain, however, for the Indicator 9.b.1: Percentage share of medium and high-tech (MHT) industry value added in total value added, the data is not freely accessible. Most of the freely available data are obtained from the international organisations, along with the official data from the government in India.

Goal #10: Reduce inequality within and among countries

Bridging the gap between the global north-south divide through co-operation – social, economical, political, etc., would promote equality. There are twelve indicators for measuring this goal, of which the data is not available for one of the indicators and are available for the remaining indicators.

From the data available, for six of the indicators the data is accessible freely in the public domain, whereas for the five of the indicators – Indicator 10.2.1; Indicator 10.3.1; Indicator 10.4.1; Indicator 10.7.3; Indicator 10.a.1, the data is closed.

Most of the data available are of the national level and for the Indicator 10.7.3: Number of detected and non-detected victims of human trafficking per 100,000, the data includes from the states as well. However, since the goal refers to inequalities within the country as well, the granularity of the data should have been from the state/district level as well.

And, the frequency of data collected are annually for some of the indicators and for some the details cannot be determined or not valid. For most of the indicators the data has to be derived from the available dataset and disaggregated as needed. Also, for some indicators the data is partially available.

Data Not Available:

Indicator 10.7.1: Recruitment cost borne by employee as percentage of yearly income earned in country of destination

Goal #11: Make cities and human settlements inclusive, safe, resilient and sustainable

Housing and the type of settlements determines the human development and the progress of development of a nation. Therefore for monitoring the goal 11 is implicit to human development. There are thirteen indicators to monitor this goal and out of which the data is available for ten indicators and for the three indicators the data is not available.

For three of the indicators the available data is not freely accessible, while for the remaining ones the data is accessible. And for most of the indicators the data has to be derived as needed.

The data is collected annually for most of the indicators and quinquennially for the Indicator 11.5.1, and for some data the data pertains to particular year and there lacks a sequence of data availability.

For four of the indicators – Indicator 11.2.1; Indicator 11.3.1; Indicator 11.6.1; Indicator 11.a.1, the data is available at the state/city level along with national level. And for the remaining indicators the data is available at the national level alone. Also, some of the data are not up-to-date and refers to data more than 3 or years old.

Data Not Available:

Indicator 11.3.2: Percentage of cities with direct participation structure of civil society in urban planning and management, which operate regularly and democratically
Indicator 11.7.1: The average share of the built-up areas of cities that is open space in public use for all, disaggregated by age, sex, and persons with disabilities
Indicator 11.b.1: Percentage of cities implementing risk reduction and resilience strategies aligned with accepted international frameworks (such as the successor to the Hyogo Framework for Action on Disaster Risk Reduction) that include vulnerable and marginalised groups in their design, implementation and monitoring

Goal #12: Ensure sustainable consumption and production patterns

Production and consumption should go hand in hand, but over consumption or over production would only lead to destruction of the environment. Therefore goal 12 seeks to ensure a sustainability in both. The data is available for ten indicators out of twelve indicators, and for the two indicators the data is not available, so as to monitor the respective goals. Some of the data are partially available and using the available data the indicators can be derived.

Moreover, the data for six of the indicators which are available are freely accessible in the public domain whereas for the remaining four indicators – Indicator 12.4.1; Indicator 12.4.2; Indicator 12.5.1; Indicator 12.b.1, the data is not open.

While for most of the indicators say, Indicator 12.2.1; Indicator 12.3.1; Indicator 12.5.1; Indicator 12.a.1; Indicator 12.c.1, the data is collected annually, whereas for the others, the data which are available are for particular years or cannot be determined. Except for the Indicator 12.5.1, for which the data is available at the city level, the data for the remaining are of the national order. The data is collected from both the national institutions, ministries and also from the international organisations.

Data Not Available:

Indicator 12.1.1: Number of countries with SCP National Actions Plans or SCP mainstreamed as a priority or target into national policies.
Indicator 12.8.1: Percentage of educational institutions with formal and informal education curricula on sustainable development and lifestyle topics

Goal #13: Take urgent action to combat climate change and its impacts

The impact of climate change is severe, therefore taking an urgent action ensures could reduce the impact. The data is available for four of the indicators out of five, and for one of indicators the data is not available.

The data for three indicators are freely accessible in the public domain, whereas for the Indicator 13.3.1: Number of countries that have integrated mitigation, adaptation, impact reduction and early warning into primary, secondary and tertiary curricula, the data is not open and also not specific to the indicator. The data for some of the indicators are partially available and have to be derived.

The frequency of the data is not uniform and cannot be determined, by the virtue of the indicator itself. For example, the occurrence of a disaster event is random. However, for some of the indicators the reporting is either annual or quadrennial.

The data availability is at the national level and in case of the Indicator 13.3.1., the data is available for two states – Orissa and Tamil Nadu. Data for almost all the indicators are obtained from international organizations and very less data availability from the national databases.

Data Not Available:

Indicator 13.2.1.: Number of countries that have formally communicated the establishment of integrated low-carbon, climate-resilient, disaster risk reduction development strategies

Goal #14: Conserve and sustainably use the oceans, seas and marine resources for sustainable development

Oceans are the torchbearers for all the countries. Therefore everything related to oceans, seas and marine resources have an impact on the human life. There are ten indicators corresponding to the targets, of which the data is available for nine indicators and for one indicator the data is not available. The data for some of the indicators are not direct, but need to be derived, while for some indicators the data is partially available. To derive some indicators we need to rely on cross agency data.

For the Indicator 14.a.1: Budget allocation to research in the field of marine technology as a percentage of total budget to research, the data on budgetary allocation doesn't specify to marine technology.

The frequency of data collected for most of the indicators are not available or cannot be determined or not applicable, whereas for some the data is collected annually. And for most of the indicators the data is available at the national level and for the Indicator 14.5.1: Coverage of protected areas in relation to marine areas, the data is available for the states also.

Data Not Available:

Indicator 14.6.1: Dollar value of negative fishery subsidies against 2015 baseline

Goal #15: Protect, restore and promote sustainable use of terrestrial ecosystems, sustainably manage forests, combat desertification, and halt and reverse land degradation and halt biodiversity loss

This goal on restoring, promoting ecosystem and stopping biodiversity loss, etc., has fifteen indicators mapped to twelve corresponding targets. Of which, the data is available for fourteen of the indicators and the data is not available for the one of the indicators. Data for some of the indicators exist partially and for some the data has to be derived to match the indicators. To arrive at the indicators, the data has to be derived from different datasets available.

Most of the data which are available are closed and only five are accessible in the public platform – Indicator 15.1.1 : Forest area as a percentage of total land area; Indicator 15.4.2: Mountain Green Cover Index; Indicator 15.8.1: Adoption of national legislation relevant to the prevention or control of invasive alien species; Indicator 15.9.1: Number of national development plans and processes integrating biodiversity and ecosystem services values; Indicator 15.a.1: Official development assistance and public expenditure on conservation and sustainable use of biodiversity and ecosystems.

The frequency of data collected is not available or cannot be determined for majority of the indicators, while the data is annually collected for the ones which can be determined. Furthermore, the data is available at the national level for all the indicators, except the Indicator 15.b.1: Forestry official development assistance and forestry FDI, for which the data is available at the level of states as well.

The data available are collected by international organisations like OECD, FAO, Convention on Biological Diversity, etc., as well as by the national institutions and ministries like Planning Commission, Ministry of Environment, Forest and Climate Change, etc.

Data Not Available:

Indicator 15.2.2: Net permanent forest loss

Goal #16: Promote peaceful and inclusive societies for sustainable development, provide access to justice for all and build effective, accountable and inclusive institutions at all levels

A society which is inclusive, peaceful, provides justice and accountable in all its forms would ensure sustainable development, therefore to promote the aforementioned parameters one has to monitor them through an established measure. There are twenty-one indicators for this goal mapped to the respective targets and out of which the data is not available for five indicators to monitor the goal. From the available dataset, the values need to be derived for some of the indicators and for some indicators the data is directly/partially available.

From among the data which are available, for nine indicators the data is not freely accessible in the public platform, while the remaining six data set are open to access. They are available both from national and international agencies and most of the data are not up to the date.

The data which are available are collected/reported annually. And, excluding four indicators. i.e.; Indicator 16.1.3, Indicator 16.3.1, Indicator 16.4.2, Indicator 16.b.1, the data is available at the state level, while for the remaining indicators the data is available only at the national level. Most of the indicators require data from past 12 months, but the available dataset does not cater the needs, as they are not updated regularly. Finally, the indicators seeks disaggregated data for monitoring the goal.

Data Not Available:

Indicator 16.1.4: Proportion of people that feel safe walking alone around the area they live
Indicator 16.2.3. Percentage of young women and men aged 18-24 years who experienced sexual violence by age 18
Indicator 16.6.2: Percentage of population satisfied with their last experience of public services
Indicator 16.7.2: Proportion of countries that address young people's multisectoral needs with their national development plans and poverty reduction strategies
Indicator 16.a.1: Percentage of victims who report physical and/or sexual crime to law enforcement agencies during past 12 months disaggregated by age, sex, region and population group

Goal #17: Strengthen the means of implementation and revitalize the global partnership for sustainable development

Moving towards achieving SDGs in the global scenario requires support – financial, technological, etc. This support can be strengthened the relationship between the developing and the developed countries. There are twenty-four indicators to monitor the goal 17, out of which the data is available for twenty-three of the indicators and for one of the indicators the data does not exist.

The data which are available are direct as per the indicators, whereas for most of the indicators the data need to be derived. Data is partially available for the Indicator 17.16.1: Indicator 7 from Global Partnership Monitoring Exercise: Mutual accountability among development co-operation actors is strengthened through inclusive reviews.

From the data available for twenty-three indicators, fourteen of the data set are freely accessible and the nine are not open. Also, some of the data which are open are not up to date or the latest data is not open.

The data is collected annually for most of the indicators and for some the data is available for particular year. Also for some of the indicators like Indicator 17.5.1: Number of national & investment policy reforms adopted that incorporate sustainable development objectives or safeguards x country; Indicator 17.6.1: Access to patent information and use of the international intellectual property (IP) system; Indicator 17.18.2: Number of countries that have national statistical legislation that complies with the Fundamental Principles of Official statistics, the frequency cannot be determined or not valid.

Since this indicator speaks at the national level, the granularity of the data pertains to the nation. Most of the data are obtained from the international organisations say UN, World Bank, IMF, OECD, etc., and some are from the national institutions/ministries like Planning Commission, Finance Ministry, etc.

Data Not Available:

Indicator 17.17.1: Amount of US$ committed to public-private partnerships and civil society partnerships

Conclusion

Decision making depends on data, a data should be representative, with high quality and has to be timely collected, which ensures precise assessment of the decision being made. From the analysis it was found that, most of the data which are available are either not freely accessible, outdated and not precise to the need. Most of the SDG indicators are based on disaggregation. The disaggregation is a key to measure to the precision, especially incidences like poverty, food security, health, etc. Therefore, to monitor different parameters we need to identify the different levels prevailing in the parameter to ensure inclusivity.

Said above, the frequency of data collection is either annual, quinquennial and decennial. To enable real time evaluation, the data should be up-to-date. Moreover, for most of the indicators the data availability is at the national level or at the state level and sometimes at the district level. The granularity of data ensures geographic inclusiveness.

In a country like India for close monitoring of progress/development of any sort the data availability should be;

at a granular level of district/block,
collected and updated regularly,
disaggregated by age, sex, and also by social group, and
the data should be open to be able to access in the public domain freely.

Open data will be a crucial tool for governments to meet the transparency and efficiency challenges. For this reason, government data should be open – freely accessible, presented in a format that is comparable and reusable and, ideally, released in a timely manner.

Author

Kiran A B, is a student of Master of Public Policy (MPP) at the National Law School of India University, Bengaluru. Kiran has an undergraduate degree in electronics and communications engineering, and he has three years full-time work experience as a software engineer, working in different technological platforms. His research interest includes interdisciplinary linkages between policy, law and technology.

For more details visit https://cis-india.org/openness/monitoring-sustainable-development-goals-in-india-availability-and-openness-02

Monitoring Sustainable Development Goals in India: Availability and Openness of Data (Part I)

Kiran AB — 2017-01-02T14:12:58Z

The Sustainable Development Goals (SDGs) are an internationally agreed upon set of developmental targets to be achieved by 2030. There are 17 SDGs with 169 targets, and each target is mapped to one or more indicators as a measure of evaluation. In this and the next blog post, Kiran AB is documenting the availability and openness of data sets in India that are relevant for monitoring the targets under the SDGs. This post offers the findings for the first 7 Goals, while the next post will cover the last 10.

The second part of the post can be accessed here.

Monitoring Sustainable Development Goals

The Sustainable Development Goals (SDGs) are an internationally agreed upon set of developmental targets to be achieved by 2030. These are universal goals and targets which involve the entire world, developed and developing countries alike. They aim at integrating and balancing the three dimensions of the sustainable development – economic development, social inclusion, and environmental sustainability. There are 17 SDGs with 169 targets, and each target is mapped to one or more indicators as a measure of evaluation, covering a broad range of sustainable development issues [1].

To initiate the visioning process for the SDGs, the United Nations established a High Level Panel in the year 2012, comprising of 27 members. The notion of "data revolution for sustainable development" has been one of the most remarkable categories of imagination and operational requirement to emerge from the final report of this High Level Panel. It identified a significant need for massive restructuring of infrastructures for generating global, reliable, comparable, and timely data. The Independent Expert Advisory Group (IEAG) on "data revolution for sustainable development" has also raised the need for opening up development data. It proposes that open data must be considered as an instrument of ensuring transparency and accountability of the government [2]. Further, in a recent post from the World Economic Forum meeting, Stephen Walker and Jose Alonso have noted that "Not only will governments that embrace open data improve their public accountability and efficiency, they will also reap the social and economic benefits of opening up data for citizens" [3]. Opening up of government data is expected to transform the relationship between the government and the various stakeholders.

Currently the data is used by the governmental institutions for self-monitoring and making only a limited data available for public access and usage. But SDGs are not only for the government to monitor and realise, the responsibility lies with various other actors as well.

Open data has a major role to play in transforming the vision of the SDGs into reality, by enabling the informed participation of multiple actors – private companies, non-government organisations, academic and research institutes, civic activists, etc. To plan, monitor, and actualise the path being traversed by a country, open data becomes essential. Also to facilitate public participation in the governance.

In this and the next blog post, I am documenting the availability and openness of data sets in India, which are relevant for the indicators identified for monitoring of targets under the 17 SDGs. This post offers the findings for the first 7 Goals, while the next post will cover the last 10. Along with questions of availability and openness, I have also documented the technical format of the available data, the level of granularity, and also the frequency of its collection, when applicable. The chart below describe the overall situation of availability and openness of data for monitoring SDGs in India.

Goal #01: End poverty in all its forms everywhere

The data is available for most of the indicators either directly or need to be derived, however, data doesn't exist for one of the indicators.

The data exists at the national level and at the state level or both, but data availability at the district/city level would give a better picture. Though NSSO sample survey data includes representative data at the state/UT level, such data is often not made freely accessible. Not all data which have been collected, i.e., from agencies like NSSO, National Family Health Survey, etc., are open in the public domain.

Also, the frequency of data collected for most of the indicators are either decennial or quinquennial, rather an annual survey would facilitate better/close monitoring. Health is an important measure associated with poverty, but the data is decennially collected. There is a need for regular data updation, while considering those data which are supposed to be collected annually.

In this context, to derive certain indicators, say Indicator 1.3.1., there is a cross agency dependency on data, and lacks disaggregation of data. The disaggregation is a key to measure inequality, especially incidences like poverty. So to monitor poverty we need to identify the different strata of poverty and policy can be formulated accordingly.

Data Not Available:

Indicator 1.3.1. Percentage of population covered by social protection floors /systems disaggregated by sex, and distinguishing children, unemployed, old age, people with disabilities, pregnant women/new-borns, work injury victims, poor and vulnerable

Goal #02: End hunger, achieve food security and improved nutrition and promote sustainable agriculture

Indicators and the data corresponding to them reflects two things, what has been done and what has to be done. The data for fifteen indicators mapped to the targets in goal 2 are available for thirteen of the indicators. The data which are available are likely to match the indicator directly or the data has to be derived for most of the indicators. And for the remaining two indicators the data is not available.

For most of the indicators that have to be derived, there is a strong dependency on the dataset from NSSO sample survey for arriving at the requirement. This dependency comes at a cost, as NSSO sample data are not freely available in the public domain, thus making the overall monitoring dependent on closed data. There is a cross agency reliance on data, for arriving at the indicator, and the data on public platform are not up to date.

Also, the data for majority of the indicators are measured at the national as well as state level, but a goal like ending hunger – providing food security, would definitely require data in the order of district/village level. Though data is available for the Indicator 2.2.1: Prevalence of stunting (height for age <-2 SD from the median of the WHO Child Growth Standards) among children under five years of age, but, the data is from eight states only and the national data is derived from it, too small sample size to extrapolate as the nation's data.

On the frequency of data collection, Indicator 2.c.1: Indicator of (food) Price Anomalies (IPA), are collected monthly and some of the data are quinquennial or decennial. However, most of them are annually collected, enabling better accountability and close monitoring of the goals and to frame actionable policy steps.

Data Not Available:

Indicator 2.5.1: Ex Situ Crop Collections Enrichment index
b. Indicator 2.5.2: Percentage of local crops and breeds and their wild relatives, classified as being at risk, not-at-risk or unknown level of risk of extinction

Goal #03: Ensure healthy lives and promote well-being for all at all ages

Data is available for all the twenty-five indicators corresponding to the thirteen targets set to measure goal 3 on health and well-being. Some of the data are direct to the indicator, while some have to be derived from various data set to arrive at the indicator.

Data is open and accessible freely in the public domain for all the indicators, most of the data are from World Health Organisation (WHO) database. However, for finer tunings and up to date data there is dependency on National Family Health Survey (NFHS) which is collected decennially.

The WHO data lacks updation and ones which are available are pertaining to an year, thus making the analysis of the annual trend difficult. While the frequency of data collected for most of the data are annual.

The dataset available are at the national and state level, and two of the data set is measured in the order of cities. Most of the WHO dataset provides data at the national level, whereas NFHS, District Family Health Surveys and other agencies provide data at the lowest order, but such dataset are not freely accessible on the public domain. The updated data on health are not made available freely accessible in the public domain which are derived through health surveys.

Goal #04: Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all

Education in India is a fundamental right of every citizen, therefore achieving inclusive, equitable and quality education for all becomes necessary. Said this, to monitor goal 4, data is available for nine indicators out of eleven indicators, and for the remaining two indicators, the data is not accessible or in public domain for free access, and for the sub-part of the indicator on proficiency level. Though data exists for all the indicators, however, for most of the indicators we need to derive from multiple sources. Data does not exist for subparts like psychosocial wellbeing, in the Indicator 4.2.1 and proficiency in functional literacy and numeracy skills as in the Indicator 4.6.1.

The data are collected annually for seven indicators and for the two indicators Indicator 4.3.1 and Indicator 4.6.1, which relies on NFHS and Census data respectively, the data is collected decennially. Also, for some of the indicators the data availability is restricted to particular years or are not up to date.

The data which exists are collected at the national and state level for some of them and for some data set the data exists at the national level only, whereas for the Indicator 4.6.1, the data set is of the order of city. And the disaggregation issue prevails here as well, so to sort data based on the given parameter one has to consult NSSO sample survey or derive from the existing data.

Data Not Available:

Indicator 4.7.1: Percentage of 15-year old students enrolled in secondary school demonstrating at least a fixed level of knowledge across a selection of topics in environmental science and geo science. The exact choice/range of topics will depend on the survey or assessment in which the indicator is collected. Disaggregation: sex and location
Indicator 4.a.1: Percentage of schools with access to (i) electricity; (ii) Internet for pedagogical purposes; (iii) computers for pedagogical purposes; (iv) adapted infrastructure and materials for students with disabilities; (v) single-sex basic sanitation facilities; (vi) basic hand washing facilities

Goal #05: Achieve gender equality and empower all women and girls

Gender as a social construct has been deprived of equality and equity, therefore, achieving equality and empowering women and girls lays down the path for an inclusive development. In this direction, to monitor the goal 5, data is available for eleven indicators and do not exist for three indicators out of fourteen indicators. However, the Indicator 5.3.2, is not relevant as India does not acknowledge FGM/C. Also, for most of the indicators, the data need to be derived from the given dataset.

For most of the data, the data is collected at the National or state level. Whereas for the Indicator 5.a.1, the data is available at the district/tehasil level and it is based on Agricultural census of India, carried out once in five years.

The collection of data is annual in most cases, decennial in the cases of NFHS data, quinquennial with regard to data on land ownership and rights based on gender. Also, in cases of proportion of women in parliament or number of legal framework – domestic/international, the frequency cannot be determined as its subject to change.

Regarding openness, though data exists, the data is not available to access freely. These data are either from NSSO sample survey and NFHS. For most of the indicators the data exists in general without disaggregation, but, as the goal demands sex based disaggregation, we need to derive from the existing data.

Data Not Available:

Indicator 5.3.2: Percentage of girls and women aged 15-49 who have undergone female genital mutilation/cutting (FGM/C), by age group (for relevant countries only)
Indicator 5.6.2. Number of countries with laws and regulations that guarantee women aged 15-49 access to sexual and reproductive health care, information and education
Indicator 5.c.1: Percentage of countries with systems to track and make public allocations for gender equality and women’s empowerment

Goal #06: Ensure availability and sustainable management of water and sanitation for all

Water is a life giving source, but ensuring water and sanitation in a sustainable way is a challenge indeed. Data is available for all the ten indicators to monitor the goal 6. While for most of the indicators the data has to be derived from the given data set or from other data set. The data set available are in absolute numbers, need to modify as per the indicators.

The data is collected annually for most of the indicators, however, for the indicators, Indicator 6.3.2: Percentage of water bodies with good ambient water quality; Indicator 6.4.1: Percentage change in water use efficiency over time, the data pertains to the specific year, without a time series.

Three of the data are measured at the state level, one at the district level – Indicator 6.2.1, and another at the level of cities – Indicator 6.3.1. For most of the indicators, the data are from international agencies like WHO, UNEP, FAO, etc.

The data for four of the indicators are not freely accessible on the public domain, though data exists. Also, for the Indicator 6.a.1, the available data is not specific to it, but gives an overview. Overall, for the close monitoring of the goal 6, the granularity of the data should be at the district/block level, and must be freely accessible.

Goal #07: Ensure access to affordable, reliable, sustainable and modern energy for all

Energy is considered one of the basic needs of human life, therefore, providing energy which is reliable and affordable has to ensure sustainability and the kind of energy being produced. The data exists for five of the indicators out of six indicators, however, the data does not exist for one of the indicators. The data for two of the indicators – Indicator 7.2.1, Indicator 7.3.1, have to be derived from the given data set.

For most of the data, the data is collected annually and the data is collected at the national level. However, as to the data availability for the Indicator 7.2.1, the data is available at the state level.

To arrive at the required indicator, there is a dependency over other dataset. Though most of the data are available, for three of the indicators – Indicator 7.2.1: Renewable energy share in the total final energy consumption (%); Indicator 7.3.1. Energy intensity (%) measured in terms of primary energy and GDP; Indicator 7.a.1: Mobilized amount of USD per year starting in 2020 accountable towards the US 100 billion commitment, the data is not freely accessible.

Data Not Available:

Indicator 7.b.1. Ratio of value added to net domestic energy use, by industry

References

[1] "Indicators and a Monitoring Framework for the Sustainable Development Goals." Sustainable Development Solutions Network. March 20, 2015. Accessed February 16, 2016. http://unsdsn.org/wp-content/uploads/2015/03/150320-SDSN-Indicator-Report.pdf.

[2] "A World That Counts - Mobilising the Data Revolution for Sustainable Development." Report. Independent Expert Advisory Group Secretariat, 2014. Accessed February 19, 2016. http://www.undatarevolution.org/wp-content/uploads/2014/11/A-World-That-Counts.pdf.

[3] Walker, Stephen, and Jose M. Alonso. "Data Will Only Get Us so Far. We Need It to Be Open." World Economic Forum. January 29, 2016. Accessed February 16, 2016. http://www.weforum.org/agenda/2016/01/data-will-only-get-us-so-far-we-need-it-to-be-open.

Author

For more details visit https://cis-india.org/openness/monitoring-sustainable-development-goals-in-india-availability-and-openness-01

MongoDB startup hired by Aadhaar got funds from CIA VC arm

praskrishna — 2013-12-13T11:53:32Z

Two weeks ago, Max Schireson, chief executive of MongoDB, a New York-based technology startup, was in New Delhi to sew up a very important contract for his company — with the Unique Identification Authority of India (UIDAI).

The article by Lison Joseph was published in the Economic Times on December 3, 2013. Sunil Abraham is quoted.

The contract is yet to be announced but what could raise eyebrows is the fact that MongoDB is part-funded by the US' Central Intelligence Agency.

The company is expected to help in capturing and analysing data related to the ambitious plan to issue a unique identity number — Aadhaar — to over a billion citizens.

MongoDB, which makes software that helps manage large databases, especially unstructured data, has raised $231 million (Rs1,400 crore) since being founded in 2007. Some of its funding is from In-Q-Tel, the not-for-profit venture capital arm of CIA.

While MongoDB lists In-Q-Tel as one of its investors on its website, the company has not disclosed the quantum of funding received from it. The fund's stated mission is to identify, adapt and deliver innovative technology solutions to support the missions of CIA and the broader US intelligence community.

Besides CIA, In-Q-Tel works with National Geospatial-Intelligence Agency, Defense Intelligence Agency and Department of Homeland Security Science and Technology Directorate.

"Once an investment is made, IQT (the fund) works with the company and the intelligence community partner agency to complete a work program and facilitate solution delivery," the fund's website said. The quote describes IQT's relationship with any company in which it invests in and is not specific to MongoDB.

Neither UIDAI nor MongoDB responded to queries from ET on whether the CIA link was considered before entering into a partnership. UIDAI Chairman Nandan Nilekani did not respond to emails, messages and phone calls.

A senior UIDAI official confirmed the agency has entered into an agreement with MongoDB and that the company's database software is already being used for analysing the pace at which registration of new beneficiaries is taking place.

It is not clear if MongoDB's vendor relationship would be with UID directly or with one of the system integrators that UID works with. Schireson, the CEO, was also one of the national co-chairs for Technology for Obama, an interest group that campaigned for the reelection of President Barack Obama after his first term.

There is no evidence in the public domain that the firm is controlled or significantly influenced by the CIA in any manner.

But the revelations of Edward Snowden, a former NSA contractor-turned-whistleblower that US intelligence agencies routinely intercepted communication in Europe and Asia, including in India has raised concerns. Experts said the UID's centralised design could pose a risk, where even a single mistake can make the whole system disproportionately vulnerable.

"The risk exposure because of CIA involvement (could be that) if MongoDB is a data controller, then secret courts and secret court orders could be used to get access to the UID data," said Sunil Abraham, executive director at the Centre for Internet and Society.

He added that even if UIDAI is only using the source code without getting into a commercial relationship with MongoDB, they should audit the source code to check if CIA has introduced any back doors. "This is because Snowden has told us that the army of mathematicians working for the US government has compromised some standards even though they were developed in an open, participatory and transparent fashion." MongoDB, whose name is a play on the word humongous, competes with Oracle, IBM and Microsoft. It has around 320 employees and some 600 customers. At its latest round of $150 million in fund-raising in October, the company was valued at about $1.2 billion, according to Bloomberg. Other investors include Intel Capital, Salesforce-.com, Red Hat and Sequoia.

For more details visit https://cis-india.org/news/economic-times-december-30-2013-lison-joseph-mongo-db-startup-hired-by-aadhar-got-funds-from-cia-vc-arm

Modi’s New Intellectual Property Rights Policy Will Only Benefit Players with Deep Pockets

sinha — 2016-05-28T16:02:54Z

The new policy fails to enact a balanced regime and instead is tilted in favour of rights-holders.

The article was published in Wire on May 21, 2016

In November 2014, five national governments wrote to the Department of Industrial Policy and Promotion (DIPP) to inform the policy-making process of India’s first national intellectual property rights policy (IPR policy). The DIPP received 300 submissions from various other stakeholders, including NGOs and civil society, multinational companies, businesses and trade associations, cutting across various sectors. The policy-making process itself was marred by bizarre, unfair and unexplained steps such as the sudden disbanding of the first think tank put in charge for producing a draft policy, an opaque and long-drawn process of releasing a first draft, the leak of a near-complete final draft and no publication of responses (yet) of the 300 odd submissions that were made by stakeholders. Finally, the DIPP released the policy last week.

Despite the long and extensive drafting process, the policy is tilted in favour of right-holders, and places undue reliance on IPRs to stimulate innovation and growth. It obviously claims otherwise, but there are some fundamental flaws in the policy’s premise which render the DIPP’s claims meaningless. Delving briefly into the subject of IPRs, it is a matter of principle that a balanced intellectual property (IP) regime, i.e. a model that balances rights with adequate limitations/exceptions, contributes optimally to the holistic development and growth of the nation. Limitations or exceptions are flexibilities in the law, which cut down absolute monopoly conferred by IPRs, and ensure that use and sharing of knowledge for purposes such as research, education and access to medicines are not overridden by IP rightholders’ claims. The Trade-Related Aspects of Intellectual Property Rights agreement (TRIPS), which is the largest international agreement governing countries’ IPR regimes also promotes the use of these flexibilities to build balanced regimes. The policy does occasionally state its commitment to the TRIPS agreement and the Doha Declaration, but does not commit or spell out any new concrete steps. Thus, it fails to show any seriousness about upholding and promoting a ‘balanced’ regime – in stark comparison to the detailed and surgical manner in which it aims to raise awareness about IPRs and commercialise them.

Unfortunately for the policy, a myopic rationale captures the ambition of the document. The policy document states that, “The rationale… lies in the need to create awareness about the importance of IPRs as a marketable financial asset and economic tool.” As such, the policy fails to recognise the philosophy of welfare and balance embedded in IPRs: to ensure innovation, social, scientific and cultural progress and furtherance of access to knowledge. In all fairness, while the document pays a salutary tribute to objectives such as “achieve economic growth and socio-cultural development, while protecting public interest; also of advancing science and technology, arts and culture, traditional knowledge and biodiversity, transforming knowledge-owned into knowledge shared,” it never rises above its treatment of IPR as a tool to solely serve the interests of rights-holders.

The policy’s attempts to ‘create awareness’ about IPRs through massive outreach and promotion would perhaps be justified, if the singular aim was not the glorification of IPRs. This section implements several steps to induce positivity around IPRs in society to the extent of teaching young students about the benefits of IPRs, which is excessive. While I am of the opinion that awareness building may be important at research centres and industries, a lopsided rights-centric positive view of IPRs should not pass off for ‘awareness’. This is a dangerous view, and will only create a mad race to generate IP and acquire rights.

Chinese copycat?

Unfortunately, it appears that the government is indeed on board with this. I say this because the lopsided view was endorsed by senior Indian Patent Office and DIPP officials at a recent national conference. It is likely that the idea to use the IPR policy as a tool for ‘IPR indoctrination’ to result in staggering IPR generation came to the Indian government from their Chinese counterparts. In 1995, China started conducting elaborate training of its officers, researchers and students to popularise a generation of IPRs and last year the country received 10 lakh patent filings – an international record. At the conference, the officials were in awe of the Chinese statistics, and they were confident of catching up in the next few years. This despite the fact that in China, the race to patent innovations has only led to a proliferation of low value innovations in high numbers. Less than 1% of China’s patents are of intermediate or high value. Thus, China despite its high patent filings shows only a weak innovative performance. Globally, there is enough evidence to show that there is no positive correlation between patent filings and cumulative innovative performance of a country.

Further, the policy in its bid to maximise IPR generation goes to the extent of encumbering public-funded research by IPRs. It suggests that R&D institutions and academia reward researchers based on the degree of IPR creation, which would obviously lead to IPR-driven research. Such an approach would mean that research on less profiteering sectors in terms of IPR revenues would be neglected. Is this how we want our fledgling research and development sector to shape up?

It is disappointing to see how the DIPP has used the policy to strengthen administrative, enforcement and adjudicatory mechanisms for only trade protectionist purposes. The policy is also in contrast with steps taken by other government departments to foster access to knowledge and openness in domains traditionally encumbered by various barriers, including IPRs. For instance, the Department of Biotechnology, Department of Science and Technology has adopted an open access policy applicable to all researchers – this policy ensures that all publications resulting from publicly funded research will be made freely accessible. The Ministry of Law and Justice is in the process of finalising a suitable licence to enable the distribution and sharing of government data. This policy seems at odds, therefore, with other commons-oriented approaches adopted within the government itself.

Next up, pharma

India’s generic drug industry has been a saviour for providing affordable drugs worldwide. The most critical provision to ensure a check on ‘evergreening’ of patents is section 3(d) of the Patents Act, 1970. This provision along with compulsory licensing mechanism has been regularly attacked by big pharma. However, the policy does not mention or affirm its commitment to using such tools effectively. Moreover, the policy also misses an opportunity to stress on enforcement of form 27 filings by patent-holders. Form 27 filings demonstrate if a patent is being ‘worked’ in a territory or not, and if it is not worked adequately, a third party can apply for a compulsory licence. Both the Indian Patent Office and patent holders have largely neglected providing form 27 in a timely manner. The policy also over-reaches in certain areas. It mandates the creation of a separate offence for illegal duplication of films – which is completely unwarranted and redundant. The creation of a new criminal penalty for what essentially is infringement and already punishable (under Indian Copyright Act, 1957) comes directly from lobbying by movie studios.

Finally, while it is laudable that the policy aims to step up the efficiency of all concerned IPR offices, there is little to suggest that the policy is capable of nurturing and protecting a balanced IP regime. The flawed assumption of a linkage between IPR generation and cumulative innovation underpins the document, which should have no place in any national IPR policy. It is common knowledge that India had been under pressure from western governments and industry lobbies to ‘strengthen’ its IPR regime to the likes of matured economies and societies. India, a fast developing country, could have secured its unique developmental needs through a more balanced and nuanced IPR policy. But the changes that have taken place will largely benefit a small fraction of the ecosystem, one with deep pockets and great power.

Anubha Sinha is a programme officer at CIS. She works primarily on the Pervasive Technologies Project, and on other issues involving intellectual property law and openness.

For more details visit https://cis-india.org/a2k/blogs/modi2019s-new-intellectual-property-rights-policy-will-only-benefit-players-with-deep-pockets