Centre for Internet and Society

Typing in Indic Languages from Mobiles made Easy!

subha — 2013-07-17T09:02:46Z

A new app is up for typing in Indic languages from mobile phones. This is is available online at: http://bitly.com/indictyping and supports on iOS. Android version is to be released soon.

"There are two hard things in computer science: cache invalidation, naming things, and off-by-one errors."
Phil Karlton

Yuvi Panda smiles saying this. Yuvi Panda, a former Wikimedia Foundation contractor and developer was here in our Delhi office and I had an opportunity to spend some time discussing some of the technical problems that we have been facing.

One of the major setback most people have with their phones is the lack of language support and lack of typing support for Indic languages. Fortunately most of the new generation phones support Indic languages. Three of the major operating systems used currently by most phones are Android, Windows, Blackberry and iOS. Android being an open source operating system has extensive community support and developments which is something we were primarily hopeful while starting this project. Windows phones also have a good number of user base in India and support for Indic languages on Windows is really good. Though iOS has good support for Indic display there is no support for typing. IOS, Windows and Blackberry all being proprietary have really less community support and any tool available on these app market would be proprietary. So, our idea was to start a cross platform app which will use the available jQuery ime used for Indic typing for Indic Wikipedias and sister projects.

Currently, most of the Indic language Wikipedias use a typing tool called Narayam ( "Narayam" is a Malayalam word which refers to a metal stylus that was used for writing on palm leaves and papyrus in ancient days). By default the typing scheme for most of the language wikipedias is set to transliteration or phonetic. An Indian mobile user would normally type his own language using Roman letters from a mobile. "और दोस्त सब ठीक है?" in Hindi would be typed as "Aur dost sab thik hai?" when someone pings a friend on facebook or sends a text message. Now with the new typing tool you need to type "aur dosta saba thiika hai?" to get the same text in Devanagari script. This typing scheme is almost same like the phonetic typing most people use for regional languages on mobile which is why typing won’t be much of difference. In terms of usability most people would use the typed text either for web search in regional languages, Facebook posts, tweeting or even sending mails and text messages.

The detailed procedure for typing using this tool is documented at: http://goo.gl/HdVJW. Indic typing tool is available at: http://bitly.com/indictyping

Scan the QR code below using your QR code application to go "Indic typing tool".

Developer speaks:

This is a simple tool that lets you type in your native language on mobile phones. Currently only iOS devices are supported.

The tool is a simple wrapper around Wikimedia Foundation Language Engineering's jquery.ime project. It simply adds a much easier to use (on a mobile device) language selector, and makes it available offline (on iOS devices).

Quick links:

Source code: https://github.com/yuvipanda/indic-typing-tool
Test the app and report the bugs directly on GitHub or on Meta.
Credits: YuviPanda, Subhashish Panigrahi, Santhosh Thottingal

For more details visit https://cis-india.org/openness/blog-old/typing-in-indic-languages-from-mobiles

Statement of Civil Society Members and Groups Participating in the "Best Bits" pre-IGF meeting at Baku in 2012

pranesh — 2012-12-07T08:06:25Z

The Centre for Internet & Society was one of the signatories for this submission made to the ITU on November 16, 2012.

Read the statement of civil society members and groups participating in the “Best Bits” pre-IGF meeting at Baku in 2012

We thank the Secretariat of the ITU for making the opportunity to submit our views.

Nevertheless, the process of the revision of the International Telecommunication Regulations (ITRs) has not been sufficiently inclusive and transparent, despite some recent efforts to facilitate public participation. Fundamental to the framing of public policy must be the pursuit of the public interest and fundamental human rights, and we urge Member States to uphold and protect these values.

We as civil society organizations wish to engage with the World Conference on International Telecommunication (WCIT) process in this spirit. Member States, in most cases, have not held open, broad-based, public consultations in the lead up to the WCIT, nor have they indicated such a process for the WCIT itself.

In order to address this deficiency, and at a minimum, we would urge:

All Member States and regional groups to make their proposals available to the public in sufficient time to allow for meaningfulpublic participation;
All delegates to support proposals to open sessions of the WCIT meeting to the public;
The ITU Secretariat to increase transparency of the WCIT including live webcast with the video, audio, and text transcripts, as far as possible, to enable participation by all, including persons with disabilities;
The ITU Secretariat, Member States, and regional groups to make as much documentation publicly available as possible on the ITU's website, so that civil society can provide substantive input on proposals as they are made available;
Member States to encourage and facilitate civil society participation in their national delegations;
The ITU to create spaces during the WCIT for civil society to express their views, as was done during the WSIS process.

Given the uncertainty about the nature of final proposals that will be presented, we urge delegates that the following criteria be applied to any proposed revisions of the ITRs.

That any proposed revisions are confined to the traditional scope of the ITRs, where international regulation is required around technical issues is limited to telecommunications networks and interoperability standards.
There should be no revisions to the ITRs that involve regulation of the Internet Protocol and the layers above.
There should be no revisions that could have a negative impact on affordable access to the Internet or the public's rights to privacy and freedom of expression.

More generally we call upon the ITU to promote principles of net neutrality, open standards, affordable access and universal service, and effective competition.

Signatories:

Access (Global)
Association for Progressive Communications (Global)
Bangladesh NGOs Network for Radio and Communication (Bangladesh)
Bytes for All (Pakistan)
Center for Democracy and Technology (United States of America)
Centre for Community Informatics Research (Canada)
Centre for Internet and Society (India)
Collaboration on International ICT Policy for East and Southern Africa (Eastern and Southern Africa)
Consumer Council of Fiji (Fiji)
Consumers International (Global)
Dynamic Coalition on Internet Rights and Principles (IRP) (Global)
Electronic Frontier Finland (Finland)
Imagining the Internet Center (United States of America)
Instituto Nupef (Brazil)
Internet Democracy Project (India)
Internet Research Project (Pakistan)
Global Partners and Associates (United Kingdom)
GobernanzadeInternet.co (Colombia)
ICT Watch Indonesia (Indonesia)
Instituto Brasileiro de Defesa do Consumidor / Brazilian Institute for
Consumer Defense (Brazil)
InternetNZ (New Zealand)
IT for Change (India)
Media Education Center (Armenia)
ONG Derechos Digitales (Chile)
OpenMedia (Canada)
Public Knowledge (United States of America)
Thai Netizen Network (Thailand)
Ginger Paque (Venezuala)
Nnenna Nwakanma (Côte d'Ivoire)
Sonigitu Ekpe (Nigeria)
Wolfgang Kleinwächter (Denmark)

For more details visit https://cis-india.org/internet-governance/blog/statement-of-civil-society-members-and-groups-at-best-bits-pre-igf-meeting

ICOMM2012: International Communications and Electronics Fair

jdine — 2012-12-04T06:37:05Z

The seventh India International Communications and Electronics Fair (ICOMM2012) organized by CMAI Association of India was held at the NSIC Expo Grounds in New Delhi from September 14 to 15, 2012. Jadine Lannon attended the event, and shares us with some interesting and exciting new developments in ICT.

For the last seven years, the ICOMM event has been conducted by the Communication Multimedia Applications Infrastructure (CMAI) Association of India.[1] Since its first installment in 2006, ICOMM has grown to be a significant international tradeshow that showcases the latest products and technologies from a wide array of Asian mobile, tablets and consumer electronics manufacturers. Over the years, the event has also grown to include various participants from related industries, like service providers, application and software designers, and producers of equipment, components, parts and accessories.

While past ICOMM events had a strict B2B (business to business) structure, ICOMM2012 was the first year that the tradeshow was open to the public, making it India’s first consumer mobile and tablet exhibition. This B2B/C2B strategy appeared to be largely successful—the event received a high amount of traffic, especially from young people, and plans for the 8th ICOMM in 2013 involve an increase in event scale through integration with the India Telecom 2013 tradeshow.[2]

The main themes of ICOMM2012 were mobiles, tablets, and consumer electronics, though applications, accessories, and various related technologies and industries were also featured. The event hosted a large diversity of participants, from leading Indian brands like Micromax, Lava International, Karbonn and Maxx Mobile to smaller Indian and international brands such as GlobyTalky, Skymobiles, Gionee, Ivio, Belphone and Signal. A huge array of devices and innovations were featured at ICOMM2012, many of which are still prototypes. Here are some of the innovations and booths that caught my eye:

	Datawind Ltd. occupied a popular booth with the release of four new 7-inch UbiSlate tablets[3] UbiSlate 7Ci, 7C+, 7Ri and 7R+. These sophisticated Android devices function as both tablets and smartphones, support WiFi and GPRS connections, and are the only Android devices on the Indian market to feature Datawind’sUbiSurfer browser. The UbiSlate 7+ devices can now be pre-ordered for between Rs. 3,499 and Rs. 4,799. I was able to interview Mr. Jasjit Singh, the Executive Vice President of Datawind, on the UbiSlate tablets. A link to this interview will be provided in the near future. ICOMM2012 actually saw the launch of fair number of new devices onto the Indian market. One of the most prominent launches was SMSInfosys’[4] new product line of mobile, tablet, and computer devices under the brand GlobyTalky.[5] This “GlobyTalky” brand originally began as a mobile application called “GlobyTalky – Connected Life”, a multi-platform RCSe application that boasts multiple communication and sharing features. The application, brand and devices are the brainchildren of Imtiaz Ahmed, the founder of SMSInfosys.

Datawind Ltd. occupied a popular booth with the release of four new 7-inch UbiSlate tablets[3] UbiSlate 7Ci, 7C+, 7Ri and 7R+. These sophisticated Android devices function as both tablets and smartphones, support WiFi and GPRS connections, and are the only Android devices on the Indian market to feature Datawind’sUbiSurfer browser. The UbiSlate 7+ devices can now be pre-ordered for between Rs. 3,499 and Rs. 4,799.

I was able to interview Mr. Jasjit Singh, the Executive Vice President of Datawind, on the UbiSlate tablets. A link to this interview will be provided in the near future.

ICOMM2012 actually saw the launch of fair number of new devices onto the Indian market. One of the most prominent launches was SMSInfosys’[4] new product line of mobile, tablet, and computer devices under the brand GlobyTalky.[5] This “GlobyTalky” brand originally began as a mobile application called “GlobyTalky – Connected Life”, a multi-platform RCSe application that boasts multiple communication and sharing features. The application, brand and devices are the brainchildren of Imtiaz Ahmed, the founder of SMSInfosys.

The GlobyTalky launch was distinguished by the wide array of devices that were released. The brand features a good selection of feature phones, smartphones and tablets, as well as two laptops (I was unable to get a picture of the laptops). Each of the GlobyTalky mobile and tablet devices feature the GlobyTalky – Connected Life application. Two phones are of particular interest in the photo below—the thin light blue phone with the long blue strap and the dark blue candy bar-style phone on the right.


The light blue phone is about the size of a credit card and 5.6 mm thick. It was advertised as a “back-up” phone that one could keep in their wallet and use when their main phone failed, and was priced at Rs. 1000-1200. The dark blue phone, called the G-Aqua, is completely waterproof—it can function perfectly while submerged in water, and can survive submersion of up to 1.5 meters without taking any damage. It can even receive calls, play music, and take pictures while underwater. It can be seen again in white in the picture below.


According to Mr. Ahmed, 60 per cent of the mobile devices that are brought into services centers in India have water damage, which is what motivated him to create a completely waterproof phone for the Indian market. He estimates that it will be priced between Rs. 4,200 and Rs. 4,500.

GlobyTalky was not the only participant that showcased a waterproof phone, though. IVIO, a mobile brand owned by the Indonesian company PT. Intersys, was also giving demonstrations on their waterproof smartphone, the DG68. With its sleek design, 4.1-inch high-resolution screen, 3G and Wifi capabilities, capacitate touch and Android 4.0 OS, the DG68 is a much more sophisticated phone than the G-Aqua. However, IVIO has yet to release any of its devices onto the Indian market, and the DG68 is still a prototype.

The ShenZhen BLEPHONE Technology Co., Ltd., the company that owns the popular mobile brands Lesun and Lephone (the latter of which is available on the Indian market), also had a popular booth. Aside from their large presentation of feature phones and smartphones, BLEPHONE also showcased some interesting innovations and accessories. In particular, I was quite impressed by their Lephone mobile USB charging devices, called the CooMax, and their Lesun digital recorder-cum-mobile phone, the Gift I.

ICOMM2012 was a hugely successful exhibition. Aside from showcasing many of the most interesting and significant innovations and actors in the Asian ICT sectors, and possibly the wider world, the event was able to attract more than 21,500 delegates over a two-day period.[6] Further, according to NK Goyal, the president of the CMAI Association of India, the fair was able to generate business leads worth USD 154 million.[7] I highly encourage anyone interested in the exciting and ever-changing world of ICT to attend ICOMM2013, as it is sure to continue to grow and attract more and more exciting and fascinating technologies and devices.

Given below is a gallery of the photos taken at the event and of various other booths and devices.

[1]. The CMAI Association of India is a prominent trade association that works to promote growth in the Indian IT and telecom sector domestically and internationally through activities such as investing in industry services and promotion, education, training and market research. Through consultation, events, advocacy, research and promotion, the CMAI now boasts a substantial amount of members and international partners, as well as multiple international offices. More information can be found on the CMAI Association of India at http://www.cmai.asia/association.php
[2]. See: “7th ICOMM 2012 Held Successfully.” EFYTimes.com, EFY Enterprises Pvt. Ltd., September 17th, 2012, http://www.efytimes.com/e1/fullnews.asp?edid=90770. Last accessed on October 30th, 2012.
[3]. The UbiSlate tablet is the commercial version of Datawind Ltd.’s Aakask tablet, a high-functioning low-cost tablet device that was developed in collaboration with the Indian government as part of the country’s endeavor to supply Indian college and university students with a low-cost computer device. This project was part of the government’s aim to provide an e-learning service to 25,000 colleges and 500 universities across India (this figure was retrieved from http://www.bbc.co.uk/news/world-south-asia-10740817). More data on this device can be found at: http://www.akashtablet.com/
[4]. SMSInfosys is a mobile phone testing company with offices in India, Hong Kong and China. They perform quality assurance/quality control inspection, certification verification and IMEI services to mobile phone producers. More information about the company can be found here: http://smsinfosys.com/
[5]. More information on this brand and product line can be found here: http://globytalky.com/
[6].See: “7th ICOMM 2012 Held Successfully.” EFYTimes.com, EFY Enterprises Pvt. Ltd., September 17th, 2012, http://www.efytimes.com/e1/fullnews.asp?edid=90770. Last accessed on October 30th, 2012.
[7]. See: “7th ICOMM 2012 Held Successfully.” EFYTimes.com, EFY Enterprises Pvt. Ltd., September 17th, 2012, http://www.efytimes.com/e1/fullnews.asp?edid=90770. Last accessed on October 30th, 2012.

For more details visit https://cis-india.org/a2k/blogs/icomm-2012-report

A Wikipedia Mini-hackathon in Delhi

Yuvraj Pandian — 2012-12-04T07:31:21Z

Wikipedian Yuvaraj Pandian visited the CIS office in Delhi and helped the Access to Knowledge team conduct a super-ad-hoc mini-hackathon with two other volunteers, Sheel from Delhi and Harsh from Ahmedabad. The aim was to get them a kickstart in developing userscripts/gadgets, and get them to a point where the prior existing documentation makes sense to them.

The ad-hoc plan had three parts:

The execution environment (Concept of userscripts vs gadgets, ResourceLoader)
The API concepts (Special:ApiSandbox, concept of 'actions' in the API)
Accessing the API from JS (mediawiki.api module, concept of AJAX)

Here is the account of what they did, written by Yuvi:

"We covered all parts of them slowly, with both Harsh and Sheel working at things until they fully understood what they were doing and why whatever they were doing was working.

I introduced them to the environment first by having them execute code in Chrome's JS Console, and then in their own common.js. Once they understood the context in which the code was getting executed, the 'ResourceLoader default modules'[1]documentation started making sense to them, and they could pick up other modules from there.

We then explored the API via the API Sandbox[2], which is a relatively new (and not very well known) way of letting people play around with the API. It is a massive improvement over the older, non-interactive docs[3], and both Harsh and Sheel were very excited about being able to discover all the things they could do with the API. A fair amount of time was spent messing around with it on different wikipedias (en, hi and gu) and reading bits of the API Documentation[4] to understand the concepts behind the actions - and for filling in the gaps.

Finally we had them use the API from a userscript to make calls. I went through the entire process line by line, explaining how AJAX works and how asynchronous programming works. We traced the flow of code together to understand how the seamingly nonlinear asynchronous programming model works. Then we dug into a bit of how to use the mw.loader module to make dependencies work, and why the same code that was working in the chrome js console was not working in their common.js.

It ended with them trying to port HotCat to their native language wikipedias. Harsh started to explore more about getting started with MediaWiki dev itself (rather than just gadgets), but the clone took a looooong time and we had run out of time by then. I directed him to a WMF tech open chat happening today, and hopefully that could help!

[1].https://www.mediawiki.org/wiki/ResourceLoader/Default_modules
[2].https://en.wikipedia.org/wiki/Special:ApiSandbox
[3].https://en.wikipedia.org/w/api.php
[4].https://www.mediawiki.org/wiki/API:Main_page

For more details visit https://cis-india.org/openness/blog-old/mini-hackathon-delhi

Report of the Group of Experts on Privacy

praskrishna — 2012-11-06T09:39:43Z

The report covers international privacy principles, national privacy principles, rationale and emerging issues along with an analysis of relevant legislations/bills from a privacy perspective.

For more details visit https://cis-india.org/internet-governance/blog/report-of-group-of-experts-on-privacy.pdf

Submission on India's Draft Comments on Proposed Changes to the ITU's ITRs

pranesh — 2012-12-07T04:15:56Z

Given below are the responses from the representatives of civil society in India (The Society for Knowledge Commons, Centre for Internet & Society, The Delhi Science Forum, Free Software Movement of India, Internet Democracy Project and Media for Change) to the Government of India's proposals for the upcoming WCIT meeting, in December 2012, in Dubai.

Our detailed comments on India's draft proposals can be found here. Also read the final version of Indian Government's submission to ITU on November 3, 2012.

Background

We believe that, aspects of Internet governance that have been and are presently addressed by bodies other than ITU should not be brought under the mandate of the ITU through the ITRs.

Some of the proposed changes to the ITR's could have a significant negative impact on the openness of the Internet.

In addition, the processes related to the WCIT lack openness and transparency: the WCIT / ITU excludes civil society, academia and other stakeholders from participation in and access to most dialogues and documents, contrary to established principles of Internet governance as laid down in the Tunis Agenda and as supported by the Indian government at several national and international fora. The WCIT process needs to be improved both at the domestic and global level. We urge the Indian government to support a more open process in the future, with respect to deliberations that will have a significant impact on the people.

We recognise that concerns regarding cyber-security, spam, fraud, etc. are real and that some of these concerns require to be addressed at the global level. However, we believe that as a number of parallel processes are working on these specific issues, these need not be brought under the ITRs.

We therefore strongly recommend that the ITRs continue to be restricted to the infrastructure layer that has traditionally been the area of its focus and not the content or the application layer of the Internet. Any measure that impinges on these layers should be kept out of ITRs and taken up at other appropriate (multi-stakeholder) fora.

We note that the proposal ARB/7/24 defines an "operating agency" as "any individual, company, corporation or governmental agency which operates a telecommunication installation intended for an international telecommunication service or capable of causing harmful interference with such a service" and believe that this definition is too broad in scope and ambit. Inclusion of such a term would broaden the mandate of the ITU to regulate numerous actors in the Internet sphere who do not fall under the infrastructure layer of the Internet. We call on the Indian government to ensure that the term "operating agency" is defined in a narrower or more restrictive manner and only used in exceptional cases. Normally, the obligations of member states should be with respect to "recognised operating agencies" and not omnibus all "operating agencies".

Follow-up

We would like to note that we have never officially received this document directly from the Indian government. In view of the support the Indian government continually espouses for multi-stakeholder Internet governance, this is a matter of deep regret.

We are aware that the official closing date for proposals is early November. However, we also know that several governments intend to submit proposals right upto the beginning of the WCIT meeting. In addition, several governments have included civil society representatives on their official delegation.

We therefore call upon the Department of Telecommunications to organise an open consultation with civil society representatives, to discuss both India's proposals and the comments of various civil society representatives on them, in greater depth, as part of DoT’s preparation for the WCIT meeting and in line with India's espoused commitment to multi-stakeholderism. We look forward to discussing our inputs with the Government to make the decision making process on governance more participatory and inclusive.

For more details visit https://cis-india.org/internet-governance/blog/submission-on-indias-draft-comments-on-proposed-changes-to-itus-itrs

Wikipedia: State of Tech — A Talk by Erik Moeller

praskrishna — 2012-12-18T06:51:46Z

The Centre for Internet & Society, Bangalore is hosting a talk by Erik Moeller, Vice President of Engineering and Product Development at the Wikimedia Foundation at its office in Bangalore on November 12, 2012, from 11.00 a.m. to 1.00 p.m., followed by a lunch discussion.

Talk Summary

Wikipedia's technology platform is rapidly changing, with improvements being deployed every day. Unlike other top websites, Wikipedia is run by a non-profit (Wikimedia Foundation) and all its technology is open source, ready to be improved and extended by you.

Learn about the recent and coming technology changes to Wikipedia and Wikimedia's other projects: the new Visual Editor, improvements to mobile sites and apps, Wikidata, and projects with mysterious codenames like "Echo", "Milkshake", "Agora" and "Flow". Learn how to get involved and ask anything you'd like to know about Wikipedia.

Erik Moeller

Erik Moeller is the Vice President of Engineering and Product Development at the Wikimedia Foundation, overseeing a department of about 70 people. Erik has been involved in Wikipedia since 2001 and joined the staff of Wikimedia in 2008. He previously worked as a journalist and project manager.

VIDEO

For more details visit https://cis-india.org/openness/events/wikipedia-state-of-tech-talk-by-erik-moeller

Submission by Indian Civil Society Organisations on Proposals for the Future ITRs and Related Processes

pranesh — 2012-12-07T08:00:19Z

The Centre for Internet & Society was one of the signatories of this submission which was sent in November 2012, in response to the International Telecommunication Union's call for public comments in relation to the revision of International Telecommunication Regulations that are to take place at the ITU's World Conference on International Telecommunications in Dubai from December 3 to 14, 2012.

We, the undersigned civil society organisations from India, respectfully acknowledge the important role that the ITU has played in the spread of telecommunications around the world. However, we are concerned about the lack of transparency and openness of the processes related to the WCIT: the WCIT/ITU excludes civil society, academia and other stakeholders from participation in and access to most dialogues and documents. The documents that are publicly available show that some of the proposals might deal with Internet governance. According to established principles as laid down in the Tunis Agenda - which process the ITU helped to lead - Internet governance processes are required to be multistakeholder in nature. The WCIT and ITU processes require urgent improvement with regard to openness, inclusiveness and transparency. While we appreciate the current opportunity to share our comments, we would like to encourage the ITU and its Member States to adopt a genuine multistakeholder approach at the earliest.

As mentioned, we do welcome the current opportunity to share our thoughts. Though this list is not exhaustive, some of our major concerns are as follows:

We believe that, given the historical development of present methods of internet regulation, aspects of Internet governance that have been and are presently addressed by bodies other than ITU should not be brought under the mandate of the ITU through the ITRs.

We therefore strongly recommend that the ITRs continue to be restricted to aspects of the physical layer that have traditionally been the areas of its focus. The ITRs scope should not be expanded to other layers, nor to content - any measure that impinges on these layers should be kept out of ITRs and taken up at other appropriate (multi-stakeholder) fora. In addition, it is crucial that “ICTs” and the term “processing” be excluded from the definition of telecommunication as this clearly opens up the possibility for Member States to regulate/attempt to regulate the “content/“application” layer on the internet at the ITU.

We also recommend that provisions regarding international naming, numbering, addressing and identification resources will be restricted to telephony, as should provisions regarding transit rate, originating identification and end-to-end QoS. Provisions regarding the routing of Internet traffic should not find a place in the ITRs at all.

We recognise that concerns regarding cyber security, spam, fraud, etc. are real and that some of these concerns require to be addressed at the global level. However, as these are being discussed in many other fora, we believe that the ITRs are not the best place to address these. Their inclusion here could inhibit the further evolution and expansion of the Internet. We also believe that any fora discussing cyber security should be multistakeholder, open and transparent.

We note that the proposal ARB/7/24 defines an “operating agency” as “any individual, company, corporation or governmental agency which operates a telecommunication installation intended for an international telecommunication service or capable of causing harmful interference with such a service” and believe that this definition is too broad in scope and ambit. Inclusion of such a term would broaden the mandate of the ITU to regulate numerous actors in the Internet sphere who do not fall under the infrastructure layer of the Internet. The term “operating agency” should be defined in a narrower or more restrictive manner and, irrespective of its exact definition, only be used in exceptional cases. Normally, the obligations of member states should be with respect to “recognised operating agencies” and not omnibus all “operating agencies”.

Signed:

Centre for Internet and Society
Delhi Science Forum
Free Software Movement India
Internet Democracy Project
Knowledge Commons (India)

For more details visit https://cis-india.org/internet-governance/blog/submission-on-proposals-for-future-itrs-and-related-processes

Gujarati Wikipedia Article Competition – 10 schools, 200 students, 20 articles on Gujarati Wikipedia

noopur — 2012-11-04T02:12:56Z

This was a competition to raise Wikipedia awareness and help students discover the joy of writing articles in their native language and an attempt to connect producers having knowledge in Gujarati to a wide audience of more than four lakh readers.

The Gujarati Wikipedia article writing competition was held among 10 Gujarati medium schools of Ahmedabad city in Gujarat with the support and cooperation of The Open Page publication and Gujarati Lexicon in two phases over a period of two months.

Initial discussions about doing something to promote Gujarati language on the internet started when Shiju Alex, Indian language Wikipedia consultant met Yatrik Patel from Inflibnet. With Mr Yatrik Patel's intervention we were able to meet Mr Archit Bhatt, the director of Tripada Education Trust in Ahmedabad.

After a round of presentations from Wikipedians, Gujarati Lexicon and interested schools in August, we charted out a rough sketch of the article competition. Then, this plan was proposed to Gujarati editors online. Again, without the cooperation and encouragement of long term members like Mr Dhaval S Vyas, Mr Ashok Modhvadia, Mr Sushant Savla and Mr Maharshi Mehta, these students would not have had the freedom to make mistakes and learn as they progressed. Apart from these online members, constant guidance and support was provided by Mr Ashok Vaishnav, Mr Harsh Kothari and Mr Konarak Ratnakar. They coordinated with Ms Hemangini Kanth from The Open Page and Ms Shruti from Gujarati Lexicon to materialize the competion.

Structure

Phase I: Over 200 students from the ten schools were invited to write articles with references on Gujarati literary personalities (poets and writers) on paper. These entries were then collected and checked by Mr Yogendra Vyas, a consultant to GSEB (Gujarat Education Board) and Mr Ashok Vaishnav.

The above picture shows a student learning Gujarati typing

Phase II: 20 students were selected from these entries and invited for a workshop on Gujarati typing, introduction to GU WP and were briefed on how to write articles. Once the deadline was over, these on-wiki articles were checked by Mr Dhaval Vyas and Mr Ashok Modhvadia and two winner entries were selected. They were subsequently awarded trophies and certificates in a small ceremony on 21^st October.

Here is a list of articles written by the students.

Learnings

Given that this was a pilot program and I have read about only one such prior attempt in Javanese Wikipedia, we had much to learn:

It was a wise decision to take primary speakers of Gujarati because their proficiency in spelling, punctuation and vocabulary was good. This may not be possible for students with Indian languages as secondary language.
While we had estimated a maximum of one month's time, it took us nearly two months to accomplish it because of the huge number of entries. Perhaps, the work should be distributed amongst more people.
The biggest challenge that lies ahead is retaining these editors – we are working to get feedback from students to see how this could have been better and what attracted them about Wikipedia.

This competition has given the community a batch of new editors along with valuable content and we hope to retain the momentum by engaging more Gujarati students further.

Click below to download the posters

For more details visit https://cis-india.org/openness/blog-old/gujarati-wikipedia-article-competition

Spectrum Management

snehashish — 2013-03-15T07:07:47Z

Snehashish takes us through the entire process of spectrum management — auctioning and allocation process for all kinds of spectrum, the initial process of auctioning, how the bidders are selected, criterion for allocation, time taken to allocate, selection of band, interference issues, spectrum refarming, and spectrum reallocation.

3.5.1. Unit 1: Auctioning and allocating process for all kinds of spectrum
3.5.2. Unit 2: The initial process of auctioning
3.5.3. Unit 3: How are the bidders selected
3.5.4. Unit 4: Criterion for allocation
3.5.5. Unit 5: Time taken to allocate
3.5.6. Unit 6: Selection of band
3.5.7. Unit 7: Interference issues
3.5.8. Unit 8: Spectrum Refarming
3.5.9. Unit 9: Spectrum Reallocation

3.5.1: Auctioning and allocating process for all kinds of spectrum

Auction of spectrums was introduced in the telecommunication market after the failure of the administrative process of allocating spectrum. In auction theory, an auction takes place when there is a seller who wishes to allocate an object to one of ‘n’ buyers.[1] Auctions use a price mechanism to allocate spectrum. Auction of spectrum can be used to increase efficiency and earn maximum revenue. However, auctions of spectrum also have certain drawbacks such as collusion and higher price of telecom services due to high licence fees.

Some of the different types of auction formats are:

First-price sealed bid auction: The highest bidder wins the auction. Such highest bidder pays an amount equal to the bid amount and it is not essential that the bidder with the highest value will place the highest bid. The bid is based on the speculation what other bidders will be bidding.
Second-price sealed bids auction (Vickery auction): This procedure of auction is similar to first price sealed bid auction. The highest bidder wins the auction but he has to pay the price equal to the second highest bid.
Dutch auction: The auctioneer quotes the highest price for the subject matter of the auction and gradually decreases price. The first one to bid for it wins the auction.
English or Japanese auction: In English auction, the auctioneer quotes the minimum price and the buyer bids an amount higher than the minimum price. The bidding is closed when there is no increase in the amount and the highest bidder wins the auction. The other variant of English auction is Japanese auction. In this format, the auctioneer quotes a low price and gradually increases the price which is pre-determined. The bidders should show willingness to buy at the price quoted by the auctioneer. The bidding closes when only one bidder is left, who is willing to buy the object at the price quoted by the auctioneer.

Minimum Reserve Price

The minimum reserve price is generally fixed with the purpose of increasing revenue. Minimum reserve price is the minimum amount which the auctioneer is ready to auction the object for. The computing of minimum reserve price is a complicated affair. The computing of minimum reserve price requires knowledge about the distribution of valuations of bidders.[2]

Beauty Contest

The other mode of allotment of spectrum is through beauty contest. In a beauty contest, generally a committee is constituted which sets a certain standard and requirements which has to be fulfilled for the allocation of the spectrum. Contenders for the spectrum allocation is then evaluated and decided upon an entity which has the best capabilities to carry out functions.

“In the case of spectrum allocation for mobile services, criteria set out beforehand can include general criteria such as financial resources, reliability and investment in research, as well as more specific criteria such as the speed of network rollout, the requirement for geographic and/or population coverage, pricing, quality, technology and competitiveness.”

In case of auction the price mechanism to be implemented is crucial whereas in a beauty contest it is one of the requirements.[3]

3.5.2. & 3.5.3.: The initial process of selection of operators for allocation of spectrum

This selection will explore the changes in the selection process for allocation of spectrum with changes in the policy. This will look at

Auctioning of spectrum under the National Telecom Policy, 1994
Bundling of spectrum with the service licence
Delinking of spectrum from the licence and return to the auction format for allocation of licence

India had an early start in the field of auctioning of spectrum. Initially, under the 1994 policy, spectrum was included within the telecom licence. The licences were auctioned by the Department of Telecommunication, the incumbent regulator, policy maker and enforcer.

The National Telecom Policy, 1994, acknowledged the fact that it was not possible for the Government, alone to achieve targets under the Policy and there was a need for private participation. As a result, in 1995, the Government invited bids for private investment through a competitive process in the field of basic telecom services sector.

For the implementation of the service the country was divided into 20 circles. It was further categorized in A, B and C on the basis of the potential of the region to generate revenue. The Department of Telecom awarded licences to two operators per service area for cellular mobile telephone services and in case of basic telephone services.

The potential service providers in order to be eligible for bidding for licences had to partner up with a foreign company. It was considered that a standalone Indian company will not have the financial capability and technical know-how to provide cellular/basic telecom services at a large scale.

The bidding was a two stage process for all licences. The first stage was to fulfill the criteria, which was based on the financial net worth of the company (in relation to the category of circle) and the experience of the company in providing telecom services. The second stage was with respect to the valuation of bids. The licence was awarded to the telecom service provider, which has fulfilled the pre-requisites and is the highest bidder for the licence. Single stage bidding process was followed in circles. There were separate licences issued for the four metropolitan cities (Kolkata, Chennai, Mumbai, and New Delhi). The licences were awarded through beauty contest in metros.

The technology preferred for cellular services was GSM and for basic telephone service, a combination of fibre optics and wireless in local loop technology was implemented. In 1995, Government auctioned 2*4.4. MHz of startup spectrum for the GSM based mobile services.

Drawbacks in the mechanism of issuing telecom licence

The problem which arose due to the implementation of the above model is that multiple licences were awarded to a single entity. A single company was able to secure licences for nine circles and had a very high bid. This created problems as to the ability of the company to pay the licence amount for all the circles. In figures the annual turnover of the company was $0.06 billion where as the estimated licence fee was $15 billion. There were also concerns with respect to replacing the public monopoly on telecom services with a private one. In order to counter these problems the Government changed its policy and allowed the winning bidder to choose 3 circles out of the nine circles. There was rebidding in 15 circles with the government specifying a reserve price. This was due to the change in policy as the highest bidder was not able to operate in more than 3 circles. The response to this was very poor and it was perceived by the bidders that the reserve price was too steep.

Spectrum Management under New Telecom Policy, 1999

The policy on spectrum management under the NTP, 1999:

With the immense growth in new technologies there has been an increase in demand for telecommunication services. This has led to increase in demand for spectrum and therefore it is necessary that the spectrum should be utilized efficiently, economically, rationally and optimally.
Transparent process of allocation of frequency spectrum.
Revision of the National Frequency Allocation Plan (NFAP) and such a Plan to be made public by the end of year 1999. The NFAP will detail information about allocation of frequency bands.
NFAP is to be reviewed no later than every two years and it should be in tune with regulation under the International Telecommunication Union.
Adequate spectrum should be available, to meet the increase in need of telecommunication services.
Revision of spectrum allocation, in a planned manner in order to make available required frequency bands to the service providers.
Allocation of spectrum of frequency should be in conformity with the ITU guidelines. The following action will be adopted:

Spectrum usage fee shall be charged
Inter-Ministerial Group to be constituted, it will be known as Wireless Planning Coordination Committee. It will be a part of the Ministry of Communication for the purpose of review of spectrum availability.
Computerization of WPC wing

Implementation of the Spectrum Management Policy under NTP, 1999

With the advent of the 1999 Policy, cellular mobile service providers were allowed to provide all kinds of mobile services (voice, non-voice messages, data services and PCOs), which would utilize any type of network equipment that meets the ITU/TEC (International Telecommunication Union/ Telecommunication Engineering Centre) standards. It is also to be noted that the mandate of only using GSM was done away with and the cellular licence was made technology neutral. The New Telecom Policy, 1999 allowed the migration of the licensees from a Fixed Licensee Fee Regime to a Revenue Arrangement Scheme (w.e.f. 1/08/1999). The National Telecom Policy also laid down that the licences will be awarded for a period of 20 years and it can be extended for a period of another 10 years. The Government entered the telecom market as the third mobile operator. It granted licence to MTNL in 1997 for two metros (Delhi and Mumbai). In 2000, cellular mobile operator licence was granted to BSNL, as the third operator for all areas except Mumbai and Delhi. The 900 MHz band was given to the government operator on a pro-bono basis. In 2001, a fourth cellular mobile service operator was allowed in the telecom sector. The licence for the fourth operator was issued through a three stage auction. A start-up spectrum of 2*4.4 MHz in 1800 MHz was allotted to the winner of the auction. The licensees were also required to pay a percentage of annual revenue as spectrum charge. This was collected in addition to the entry fees.[6]

The other licences which were rolled out under the NTP, 1999 are licences for National Long Distance Service operators (without any bar on number of operators), International Long Distance Service and Internet Service Providers.

Unified Access Service Licence

In 2003, TRAI proposed a Unified Licensing Regime which was introduced by the Government in November, 2003. The unified access service licence “permitted an access service provider to offer both fixed and/or mobile services under the same licence, using any technology.” [8] An entry fee was charged, which was based on the bid price paid by the fourth mobile operator.[9]

The TRAI reviewed the spectrum allocation process in the year 2005. It took into account spectrum availability and also considered efficient techniques for the utilization of already allocated spectrum. The consultation paper prepared by the TRAI in 2005 stated that the spectrums allocated by the GSM and CDMA operators are well below the international averages. TRAI recommended that the existing operators should be allocated sufficient spectrum before allocating spectrum to new service providers.

Allocation of 3G and Broadband Wireless Spectrum

Spectrum for 3G and Broadband Wireless Access (BWA) was auctioned using the simultaneous ascending auction process. It involved a two stage process. A clock stage in order to indentify the winner for each circle which was followed by a assignment stage, for identification of specific frequency band. The auction of spectrum for 3G and BWA generated a gross revenue of Rs. 106262 crores for the Department of Telecom, across the 22 telecom circles.

3.5.4 & 3.5.6.: Selection of Band and Criterion for further allocation of spectrum

This section will go into the details of the allocation of specific bandwidth across various frequency bands and also analyze the change in allocation criterion for allocation of spectrum. This will also look at the process of allocation followed by India which has been quite different from the international practices due to hoarding of spectrum by the defense forces. It will also bring out the concern showed by TRAI as to scarcity of spectrum and shortcomings in the allocation of spectrum as compared to the international practices.

Start-up Allocation of Spectrum (1995- 2001)

Before the liberalization of the telecom sector, the bandwidth intended for commercial exploitation was under the control of the Defence forces in India. This consisted of 800 MHz, 1800 MHz and 1900 MHz frequency bands. The commercial exploitation of the spectrum started with the grant of the Cellular Mobile Telephone services in the metro cities.

As discussed in Module 3.5.1(add link), the first round of auction of spectrum was for two CMTS licences in each circles. The DoT auctioned 2*4.4 MHz (paired frequency division duplex spectrum assignment) for GSM technology in the frequency band of 890-915 MHz paired with 935-960 MHz in each circle.

Subsequently, the Government entered the market as the third cellular operator in the 2001. A bandwidth of 2*4.4 was allocated to the start up government cellular operators free of charge in the 900 MHz band. The fourth cellular operator entered the market in 2001 and a start up spectrum of bandwidth 2*4.4 MHz was allocated to the operators in the frequency band 1710-1785 MHz paired with 1805-1880 MHz.

The Department of Telecom also allowed further allocation of spectrum apart from the start up spectrum allocations. This was based on the availability and justification provided by the operator for allocation of more bandwidth. In 2002, the Department of Telecom introduced the Subscriber Based Criterion for the allocation of spectrum. According to this criterion, surplus spectrum would be allocated to the operator, with a certain amount of subscriber base. This was followed by allocation of 2*12.5 MHz bandwidth to each operator within each circle.

However, this method of allocation of spectrum was totally different from the allocation of spectrum in the other countries. A sizeable bandwidth of 2*15 MHz was allocated as start-up spectrum in various countries. This was not the case in India and the Department of Telecom cited that due to non-availability and hoarding of spectrum by defence such a policy had to be adopted.

Table 1: Allocation of Spectrum on the basis of the “Subscriber Based Criterion”, 2002

Quantum of Spectrum Allotted	Minimum Subscriber Base Required (in millions)	Annual Spectrum Charges (per cent of the adjusted gross revenue)
2*4.4 MHz	-	2
2*6.2 MHz	-	3
2*8.0 MHz	0.5	3
2*10 MHz	1.0	4
2*12.5 MHz	1.2	5

*Source: Vardharajan Sridhar, The Telecom Revolution in India: Technology, Policy and Regulation, Oxford University Press, 2012, pp. 112

Post UASL Regime (2003-2005)

After the implementation of the Unified Access Service Licence, the basic telecom service operators were allowed to provide full mobility service for a payment of a entry fee which was equivalent to that paid by the fourth cellular operator. However, such operators migrating to UASL regime were not promised any start up spectrum but it would allocate as and when available.

Review of Spectrum Allocation Process by TRAI and setting up of new Subscriber Base Criterion (2006-2008)

TRAI reviewed the spectrum allocation process in 2005 with the intent to account for unused spectrum and optimum and efficient utilization of scarce resource such as spectrum. The TRAI found that the maximum spectrum allocated to an operator is 2*10 MHz whereas the international average is around 2*20 MHz.

The main problem faced by allocation of spectrum was due to use of spectrum by defence forces and the railways.

Ministry of Defence and Railways uses sizeable portion of the 900 MHz frequency band for navigation and other purposes. It also uses the 1900 MHz band. The Defence Forces utilize 2*20 bandwidth at 1880-1900 MHz paired with 1970-1990 MHz for fixed wireless local loop technology.
The 1900 MHz could not be utilized because the Air Force uses the frequency band.

The TRAI also commented that in the 800 MHz band only a maximum of 2*5 MHz had been allocated to the CDMA operators whereas the world average standards stand at 2*15 MHz for CDMA operations.

The TRAI while observing that the allocation of the spectrum for both GSM and CDMA operators was way below international average spectrum allocation standards recommended that the existing service operators should be provided with more spectrum than before allowing new players to enter the market as there was already a fair amount of competition in the market.

The 2006, TRAI Recommendations on implementation 3G, noted that the Ministry of Defence will vacate 2*20 MHz frequency band in the 1800 MHz band along with 25 MHz in the 2.1 GHz UMTS band. In its recommendation TRAI suggested that the additional spectrum vacated by the defence forces in the 1800 MHz band should be allocated to the operators providing 2G services and it specifically recommended that the Department of Telecom should not treat the allocation of 3G spectrum as a continuation of 2G spectrum allocation.

TRAI recommendations in 2007 suggested that there should not be any limitation on the number of players in the telecom sector. The grant of new licences resulted in a list of license holders who were to be assigned spectrum as and when available. TRAI in its 2007 recommendation noted that the spectrum allocation criteria should be formulated in such a manner so that maximum and efficient utilization of the spectrum can be achieved. This led to the tightening of the Subscriber Base Criterion previously laid down by the DoT (Table 1).

Quantum of Spectrum Allotted	Minimum Subscriber Base Required (in millions)	Annual Spectrum Charges (percentage of the adjusted gross revenue)
For GSM Services
2*4.4 MHz	-	2
2*6.2 MHz	0.5 – 0.8	3
2*7.2 MHz	1.5 – 3.0
2*8.2 MHz	1.8 – 4.1	3
2*9.2 MHz	2.1 – 5.3
2*10.2 MHz	2.6 – 6.8	4
2*11.2 MHz	3.2 – 6.8
2*12.2 MHz	4.0 – 9.0	5
2*14.2 MHz	5.7 – 10.7	5
2*15 MHz	6.5 – 11.6	6
For CDMA Services
2*3.75 MHz	0.15 – 0.40	2
2*5.0 MHz	0.5 – 1.2	2

*Source: Vardharajan Sridhar, The Telecom Revolution in India: Technology, Policy and Regulation, Oxford University Press, 2012, pp. 115

Allocation of 3G Spectrum (2010-Current)

In 2008, the Department of Telecom announced its policy on 3G mobile services. Pursuant to the 2006 TRAI Recommendations on Allocation and pricing of spectrum for 3G and Broadband Wireless Access, the Department of Telecom decided on a simultaneous ascending auction for allocation of spectrum. According to the recommendation, the Department of Telecom would allot 2*5 MHz bandwidth in the 2.1 GHz band.

3.5.5.: Time taken to allocate

This section will look at the issues with respect to time taken by the Department of Telecom to allocate spectrum to the winning bidders. The Department of Telecom on various occasions has delayed the process of assigning specific frequency bands after allocation of spectrum. This has in turn resulted in delay in rolling out of services by the telecom operators.

There has been substantive delay in allocation of spectrum due to various other reasons, which has been listed in the Report on Examination of Appropriateness of Procedures followed by Department of Telecommunications in Issuance of Licences and Allocation of Spectrum during the Period 2001- 2009. However, according to the Report, the main reasons for the delay are:

Deviation from laid down procedures
Inappropriate application of laid down procedures
Violation of underlying principles of laid down procedures[9]

For instance:

Ongoing litigation with respect to allocation of spectrum
During the first instance of allocation of spectrum for the metro cellular licences; the process was marred by litigation which resulted in delay in allocation of spectrum. Subsequently, there was delay in rolling out of service and the operators suffered huge losses and most of the telecom companies were rendered bankrupt.
Lack of availability/co-ordination with the defence for vacation of spectrum
Initial as well as additional spectrum was allocated as per availability. Such delays were sometime more than a year, which amounted in not only loss of profit for the licence holder but also huge losses in revenue for the Department of Telecom.
Delay in processing of application
For example in allocation of additional spectrum for Idea Cellular Limited in the Maharashtra Service Area, there was a delay of four months given that co-ordination with the Defence was done by December 10, 2004. Spectrum was only allocated by April 1, 2005.

3.5.7. Interference issues

This section will deal with the issues regarding interference in the telecommunication sector. Interference can be defined as noise or unwanted signals which are received by a reception device while receiving the wanted signals. Interference causes degradation of quality of service in the telecommunication.

There is no specific policy in India which deals with interference issues. Interference issues in the telecom sector in India, is generally addressed by Wireless Monitoring Organization which functions under the Wireless Planning Coordination Committee. Telecom operator licences also carries covenant which states:

"The licensee shall not cause or allow causing harmful interference to other authorized users of radio spectrum. For elimination of harmful interference to other user, licensee shall abide by all instructions and orders issued by the Government."[10]

Under the Use of low power Equipment in the frequency band 2.4 GHz to 2.4835 GHz (Exemption from Licensing Requirement) Rules, 2005, interference is defined as, "The effect of unwanted energy due to one or a combination of emissions, radiations or induction upon reception in a radio communication system, manifested by any performance degradation, misinterpretation, or loss of information which could be extracted in the absence of such unwanted energy."[11]

A licensee can approach the Wireless Monitoring Organization (WMO) and lodge a complaint if such operator is facing problems due to interference with other radio signals. In such a circumstance the WMO, enquires in to the matter and finds the source of interference addresses the issues accordingly. The WMO also has wireless monitoring stations which look in to and investigates any issue related interference. The WMO has introduced mobile monitoring vans to effectively find out the source of signals causing interference. The wireless monitoring stations intercepts the interfering signal to determine the source of the signal.

3.5.8. & 3.5.9.: Spectrum Refarming and Spectrum Reallocation

This section will look at the process of refarming of spectrum and also analyze the current (2012) debates on spectrum refarming in India.

Refarming of spectrum is defined as a process which is used to bring about any basic change in the use of different frequency band in the radio spectrum. This can be due to

Change in technology
Change in application and used of the frequency band
Change in Government policy on allocation of spectrum.

Refarming of spectrum entails freeing up of spectrum which is in use and reallocation of such spectrum for some other purpose. It can happen due to change in technology which allows more efficient use of spectrum and hence results in vacation of spectrum. The two main instruments which effects spectrum refarming and reallocation are

Market Driven
Policy or Regulation Driven

Market Driven

A need for spectrum refarming may arise due to the changes in the market such a entry of new players in the market. A market driven refarming and reallocation will take in to consideration financial and business related factors. For example a new entrant in the telecom market will always welcome refarming of spectrum in the 800 MHz or 900 MHz because it will bring down the infrastructure costs incurred by the new player in the market.[12]

Policy or Regulation Driven

The policy driven change is an administrative changes. The main aspects which are taken into consideration by the policy maker or regulator are:

Market Structure: The regulator may implement refarming of spectrum to allow refarming and reallocation of spectrum for facilitating competition in the market. The regulator has to take into consideration the costs incurred by the telecom operators or users of the spectrum for relocating to a different frequency band.
Access: The regulator may allow refarming of spectrum in order to implement new technologies which allows for better access and efficient use of spectrum.
Revenue: The regulator may consider refarming and reallocation of spectrum in order to earn revenue and also allow equity in distribution of spectrum. Spectrum being a scarce resource has to be judiciously allocated by the regulator. Spectrum which was previously allocated for almost two decade ago holds more value in the market due to change in technology as well as the market structure. Therefore, in order to earn revenue the government may refarm and reallocate spectrum.

The main challenge with respect to refarming and reallocation of spectrum is that who will bear the cost for such changes in the spectrum usage and allocation and the transition to a different frequency band. Normally, such a change in spectrum usage is compensated by the:

Telecom companies who have to re-buy the spectrum at a higher price
New telecom companies
Government may set up a refarming fund for such reallocation from the spectrum revenue. For example, such a fund exists in France and it is managed by the Agence Nationale Des Fréquences. (National Frequency Agency).

Refarming and Reallocation in India

According to TRAI in its Recommendation Auction of Spectrum, 2012 discusses the concept of spectrum refarming and states:

"Refarming of spectrum involves re-planning and reassigning of spectrum over a period of time for services with higher value. A key motive for refarming of spectrum is to use the refarmed frequency bands for communications services that yield greater economic or social benefit than existing use as well as to enable the introduction of new or emerging technologies." (para 2.6)

Previously the TRAI in its Recommendation on Licensing Framework and Spectrum Management, 2010 had pointed out that 800 MHz and 900 MHz should be refarmed for use of new technology (UMTS 900), which would allow more efficient use of the spectrum.

In the 2012 Recommendation, TRAI has made detailed suggestions by taking into consideration international practices, different methodologies of refarming of spectrum and comments from the stakeholders. The main recommendations are:

Spectrum in the 900 MHz band is a valuable asset both technologically and economically. Use of 900 MHz spectrum should be liberalized and restriction on the use of technology in the licence should be done away with.
It advises the government to take back 900 MHz from the licensees, who were granted licence in 1994-1995 and the two government operators. These licensees should be granted licence for liberalized spectrum at 1800 MHz frequency band at a price relevant in November, 2014
It also recommended that the 1800 MHz is not completely open for commercial exploitation and the government agencies should vacate the frequency band for successful refarming of 900 MHz.
The licence holder in the 800 MHz band should be reallocated to 1900 MHz band and it strongly recommends that the government should make immediate arrangements to refarm 800 MHz and reallocate licence holder to the 1900 MHz band.

Recently in October, 2012, The Telecom Commission under the Department of Telecom has also recommended refarming of all spectrum used by the telecom companies in the 900 MHz frequency bands during the next phase of renewal of licence. The Commission’s recommendation implies that the complete 900 MHz band has to be reallocated.

In the light of the above recommendation, the telecom companies will have the option of shifting from 900 MHz to 1800 MHz, for which auctions are happening in 2012m or it can bid for 900 MHz auctions schedule to happen in early 2013.These recommendations, if implemented may result in huge investments by the telecom companies and would affect the end users. In 2012, the minimum reserve for auction of 1800 MHz spectrum is set at Rs. 14000 crores and the minimum reserve price for auction of 900 MHz would be twice the amount. The existing licence holder in the 900 MHz band, who migrate to the 1800 MHz band would have not only make huge investment to procure spectrum but also have to install 1.5 times more cell sites to ensure adequate coverage. This would result in further investment and in turn affect the tariff rates.

However, this has been welcomed by the new players in the market, who will have the opportunity to bid for 900 MHz spectrum band which economically and technologically more viable and if liberalized it can also introduce new technologies such as UMTS 900 which would ensure better utilization of the spectrum.

Therefore, it is quite evident that the main challenge so far has been who is liable to compensate for refarming and reallocation. On one hand refarming will ensure deployment of new technology and efficient use of spectrum and also create level playing field for all the telecom companies on the other hand, reallocation or re-auction of spectrum would hit the incumbent telecom companies.

Bibliography

TRAI Recommendations and Consultations available at http://trai.gov.in
Ashok V. Desai, India’s telecommunications industry: history, analysis and diagnosis, Sage Publications India Pvt. Ltd., 2006
Vikram Raghavan, Communications Law in India (Legal Aspects of Telecom, Broadcasting and Cable Services), Lexis Nexis Butterworths, 2007
Varadharajan Sridhar, The Telecom Revolution in India: Technology, Regulation and Policy, Oxford University Press, 2012

Notes
[1]. Andrea Prat, Tommaso Valletti, Spectrum Auctions versus Beauty Contests: Costs and Benefits, Prepared for the OECD - Working Party on Telecommunications and Information Services Policies, (First draft - November 2000) available at http://istituti.unicatt.it/economia_impresa_lavoro_OECD-draft.pdf (last visited on 7/06/2012).
[2]. Consultation Paper on Auction of Spectrum , Telecom Regulatory Authority of India, (7^th March, 2012) available at http://www.trai.gov.in/WriteReaddata/ConsultationPaper/Document/consultation paper spectrum of auction.pdf (last visited on 4/6/2012).
[3]. Id.
[4]. Rohit Prasad and V. Sridhar, A Critique of Spectrum Management in India, Economic and Political Weekly, Vol. 43, No. 38 (Sep. 20 - 26, 2008), pp. 13-17.
[5]. See, R.S. Jain, Spectrum auctions in India: lessons from experience, Telecommunications Policy 25 (2001) 671–688 available at http://rru.worldbank.org/Documents/PapersLinks/spectrum_auctions_india.pdf (last visited on 05/06/2012) "The bidders could apply for any number of service areas, subject to the fulfillment of the specified entry conditions. The existing licensees could not bid for the same service area. Rollout obligations would be imposed on the winning bidders such as covering at least 10% of the district headquarters in the first year and 50 percent within 3 years of the effective date of the license. Having been criticized for the single round highest bid mechanism that caused inflated licence fee in earlier rounds, the government produced a bidding process which it called the informed ascending bidding process. The bidding process would have three rounds. The highest pre-qualified offer in the first financial bid would be treated as the reserve price for subsequent rounds of bidding. The lowest bidder in any round would not be allowed to participate in the next round, provided there were four or more bidders in any round. In case there were only two short listed bidders, both would qualify. The highest bidder in the third round would be declared successful for the grant of a licence."
[6]. Id.
[7]. Recommendations on Spectrum Management and Licensing Framework, TRAI, 11th May, 2010
[8]. Supra note iv at pp.14, "The fixed fee based licence (as opposed to auction based) theoretically allowed any number of mobile licences to be provided and implicitly de- linked spectrum allocation from licensing."
[9]. Justice Shivraj V. Patil (Former Judge, Supreme Court of India), Report on Examination of Appropriateness of Procedures followed by Department of Telecommunications in Issuance of Licences and Allocation of Spectrum during the Period 2001- 2009. (One man committee report), Published on January 31, 2011, pp. 100 available at http://www.dot.gov.in/miscellaneous/OMC/report.pdf
[10]. Clause 43.6, Licence Agreement for Provision of Unified Access Services after Migration from CMTS.
[11]. Rule 5, Use of low power Equipment in the frequency band 2.4 GHz to 2.4835 GHz (Exemption from Licensing Requirement) Rules, 2005
[12].Lower frequencies bands such as 800 MHz or 900 MHz have a greater wavelength and covers larger areas as opposed to higher frequency bands such 1800 MHz or 2.1 GHz. Therefore the telecom company with lower frequency spectrum has to set up less telecom infrastructure to provide adequate network coverage.

For more details visit https://cis-india.org/telecom/resources/spectrum-management

Gujarat Wikipedia Education Program: Rajkot

noopur — 2012-10-31T08:17:56Z

This report analyses a series of meetings and workshops held in Rajkot, a city in Gujarat, India during the month of October 2012.

I visited Gujarat for a few Wikipedia activities – including Wikipedia meets in the cities of Ahmedabad and Rajkot, interacted with students and teachers from various colleges as well as to successfully conclude the Gujarati Wikipedia article writing competition.

I visited Rajkot on October 17, 2012 with two Wikipedians – Harsh Kothari and Konarak Ratnakar, both from Ahmedabad. We were scheduled to take up a small introductory lecture on contributing to Wikipedia at Christ College, Rajkot in the afternoon and meet up with other Gujarati Wikipedians from Rajkot and Junagadh later in the day. Fortunately, I was able to connect with Rashmikant Makwana, a teacher at TGS (The Galaxy School) in Rajkot. I had first met up with him during the photo walk – Wiki takes Ahmedabad in January 2012. He had shown a great deal of interest in doing something for his school students. Thanks to Mr. Makwana's prompt response and support, we visited three branches of TGES (The Galaxy Education System) and had the opportunity of interacting with over 100 students from secondary and higher secondary divisions.

Interactions with TGES students

I got to read Mr. Makwana's email only after I reached Rajkot. He wrote that he spoke to a couple of teachers about our visit and their students were very eager to meet us as they had many questions about Wikipedia! I was pleasantly surprised because once we met these students (mostly 11^th standard, English medium students) we realized they had already tried their hand at editing and even creating articles! So, they had far more advanced queries like how to verify information on Wikipedia, what is the authenticity of information there, questions on notability and so on. Next, we were taken to the vadi branch of the education group. These were children from fifth and sixth standards and who also had questions and better ones about stories of vandalism they had committed on Wikipedia! We told them how Wikipedia was one of the best ways of telling people about their culture, identities, city and language. Besides students, we also met teachers who taught Gujarati, History and Geography.

Interactions with Christ College students

Wikipedians giving lecture.

Christ College offers a variety of graduate courses. We were connected with their faculty, Mr. Rushabh, by Umesh Joshi from the Open Page publication in Rajkot.

I am thankful to both of them for their support in gathering their MBA students! Harsh Kothari, a Gujarati Wikipedian presented on how one can contribute to Gujarati Wikipedia while Konarak helped them in a live editing session. One question that everyone asked us was – WHY do people edit Wikipedia?

So, we called upon Jitendrasinh Chauhan, a long-term Gujarati Wikipedian. He came up and spoke to them on how he discovered Gujarati Wikipedia and has not only gained in terms of knowledge but also friendships that he has made with fellow editors across the state and overseas! We also explained the importance of learning correct ways of editing to these students who might pursue public relations as their professions.

Meeting Wikipedians

The trip to Rajkot, apart from meeting a whole bunch of new people, was also about connecting offline with Gujarati Wikipedians. Their warmth and day long support in terms of logistics, context and guidance kept us enthused. I extend my gratitude to Jitendrasinh Chauhan and his friend Harsh, both Wikipedians for their help. They have also helped us establish a dialog with Saurashtra University where we hope to plan a two-day conference centered around Gujarati language and digitization.

Given here is a network visualization infographic highlighting the key points.

Videos

Gujarati Wikipedia workshop at Christ college - 1

Gujarati Wikipedia workshop at Christ College - 2

Write about your city on Gujarati Wikipedia

For more details visit https://cis-india.org/openness/blog-old/gujarati-wikipedia-education-program-rajkot

October 2012 Bulletin

praskrishna — 2012-11-08T11:42:01Z

Welcome to the newsletter of October 2012 from the Centre for Internet & Society (CIS). The present issue features an analysis by Ujwala Uppaluri of the Delhi High Court’s judgment in Super Cassettes v. MySpace, announcement of public call for comments for reports on “Banking and Accessibility in India” and “Making TV Accessible in India”, and updates on Indic languages.

Jobs
CIS is seeking applications the posts of Research Manager and Programme Officer – Internet Governance. To apply send your resume to sunil@cis-india.org.

HasGeek HasGeek creates discussion spaces for geeks and has organised conferences like the Fifth Elephant, Droidcon India 2011, Android Camp, etc. HasGeek is supported by CIS and works out from CIS office in Bengaluru. The following event was organised by HasGeek in the month of October: Droidcon 2012 (CIS, Bangalore, October 27 – 28, 2012).
Accessibility India has an estimated 70 million disabled persons who are unable to read printed materials due to some form of physical, sensory, cognitive or other disability. The disabled need accessible content, devices and interfaces facilitated via copyright law and electronic accessibility policies: Public Call for Comments Banking and Accessibility in India: A Study on Banking Accessibility in India (by Vrinda Maheshwari, October 30, 2012). Making TV Accessible in India (by Srividya Vaidyanathan, October 8, 2012). Blog Entries The HathiTrust Judgment and its impact on TVI negotiations at WIPO (by Rahul Cherian, October 30, 2012). WIPO General Assemblies Approve Road Map on Treaty for the Visually Impaired (by Rahul Cherian, October 11, 2012).
Access to Knowledge The Access to Knowledge programme addresses the harms caused to consumers, developing countries, human rights, and creativity/innovation from excessive regimes of copyright, patents, and other such monopolistic rights over knowledge: Analysis Super Cassettes v. MySpace (by Ujwala Uppaluri, October 31, 2012). Blog Entry ICOMM2012: International Communications and Electronics Fair (by Jadine Lannon, October 31, 2012). Event Organised A Workshop on "Exploring the Internals of Mobile Technologies" (TERI Southern Regional Centre 4th Main, Domlur II Stage Bangalore, October 27, 2012).
Openness The 'Openness' programme critically examines alternatives to existing regimes of intellectual property rights, and transparency and accountability. Under this programme, we study Open Government Data, Open Access to Scholarly Literature, Open Access to Law, Open Content, Open Standards, and Free/Libre/Open Source Software: Wikipedia Education Programs Launch of Assamese Wikipedia Education Program at Guwahati University (by Nitika Tandon, October 22, 2012). Malayalam Wikipedia Education Program: August to October Updates (by Shiju Alex, October 29, 2012). Gujarat Wikipedia Education Program: Rajkot (by Noopur Raval, October 31, 2012). Gujarati Wikipedia Article Competition – 10 schools, 200 students, 20 articles on Gujarati Wikipedia (by Noopur Raval, October 31, 2012). Wikipedia Workshops Bengaluru: A Hub for Kannada and Sanskrit Wikipedia and other Wikimedia projects! (by Subhashish Panigrahi, October 16, 2012). Wikipedia workshop @ Inmantec College, Ghaziabad (by Nitika Tandon, October 19, 2012). Bridging Gender Gap in Pune: WikiWomenDay 2012 Celebrated with Success! (by Subhashish Panigrahi, PAI International Learning Solutions, Azam Campus, Pune, October 28, 2012). First Pune Odia Wikipedia Organized! (by Subhashish Panigrahi, October 31, 2012). Wikipedia Event Wikipedia Hackathon at BITS Hyderabad (organized by CIS - A2K team and BITS-Pilani, Hyderabad, October 26 – 27, 2012). Wikipedia Press Coverage Odisha: Odia Wikipedia workshop organized in Pune to promote Odia language (OdishaDiary.com, October 31, 2012). Wikipedia Team Updates The A2K team consists of three members based in Delhi: Nitika Tandon, Subhashish Panigrahi and Noopur Raval. We are seeking applications for the post of Programme Director (Access to Knowledge) for the New Delhi office. Shiju Alex, Program Manager, Access to Knowledge is leaving the organisation. November 16, 2012 will be his last working day. We wish him success in all his future endeavours.
Internet Governance The Internet Governance programme conducts research around the various social, technical, and political underpinnings of global and national Internet governance, and includes online privacy, freedom of speech, and Internet governance mechanisms and processes: Column Rethinking DNA Profiling in India (by Elonnai Hickok, Economic & Political Weekly, Vol - XLVII No. 43, October 27, 2012). Analysis Privacy Perspectives on the 2012 -2013 Goa Beach Shack Policy (by Elonnai Hickok, October 25, 2012). Upcoming IGF Events At the seventh annual IGF meeting to be held in Baku, Azerbaijan in November 2012, CIS is organising one workshop: National IG Mechanisms – Looking at Some Key Design Issues (co-organising with Brazilian Internet Steering Committee, Institute for System Analysis, Russian Academy of Sciences, et.al., November 8, 2012 from 2.30 p.m. to 4.00 p.m). Pranesh Prakash is a panelist in the following workshop: New Trends in Industry Self-Governance (organised by Oxford Internet Institute, University of Oxford, UK and Media Change & Innovation Division, IPMZ, University of Zurich, Switzerland and Nominet, UK, November 7, 2012 from 4.30 p.m. to 6.00 p.m). CIS fellow Malavika Jayaram is a panelist for these workshops: Civil rights in the digital age, about the impact the Internet has on civil rights (organised by ECP on behalf of the IGF-NL, November 7, 2012, 4.30 p.m. to 6.00 p.m.). Governing Identity on the Internet (organised by Brenden Kuerbis, Citizen Lab and Christine Runnegar, Internet Society, November 8, 2012, 11.00 a.m. to 12.30 p.m.). Other Upcoming Event DML Conference 2013 (Sheraton Chicago Hotel & Towers - Chicago, Illinois, March 14 – 16, 2012): CIS and Digital Media & Learning Research Hub Central are jointly organizing the DML Conference 2013 in Chicago. Event organised The Public Voice: Privacy Rights are a Global Challenge (Punta del Este, Uruguay, October 21, 2012): Malavika Jayaram was a speaker at this event. Events Participated 3rd Worldwide Cybersecurity Summit (organised by EastWest Institute in partnership with NASSCOM and FICCI, Federation House, New Delhi, October 30-31, 2012): Sunil Abraham and Elonnai Hickok participated in this event. Fourth Annual Legal Services Conference in India (organised by US India Business Council, New Delhi, October 11, 2012): Pranesh Prakash was a panelist in the session on “Censorship and Content Restrictions: The Future of Internet Speech in India”. Meeting on Lawful Access by Law Enforcement (Brussels, October 3 – 5, 2012): Elonnai Hickok participated in the meeting. Video Arrested for tweeting: Legitimate or Curbing Free Speech? (NDTV, October 31, 2012): Sunil Abraham participated in this discussion aired on NDTV along with Shivam Vij, SB Mishra and Sanjay Pinto. Media Coverage On social media, Modi goes soft (by Zia Haq, Hindustan Times, October 26, 2012): Sunil Abraham is quoted. Bolstering right to remain private (by Apar Gupta, The Pioneer, October 29, 2012): Pranesh Prakash is quoted. CIS was part of the expert committee even though not explicitly mentioned in these: Panel suggests law to protect individual privacy (Newstrack India, October 18, 2012), Privacy law mooted to protect people against misuse of info (Business Standard, October 18, 2012), Experts' committee moots law to protect privacy (by Saikat Datta, Daily News & Analysis, October 19, 2012), Govt panel wants curbs on phone taps (The Times of India, October 19, 2012), Privacy Act should not circumscribe RTI: expert group (by Amitabh Sinha, Indian Express, October 19, 2012), Nine-point code set out to safeguard personal information (Hindu Business Line, October 18, 2012), Privacy law mooted to protect people against misuse of info (Zee News, October 18, 2012). Court’s approval needed to tap phones: Panel (by Surabhi Agarwal, LiveMint, October 18, 2012): Sunil Abraham is quoted. Could better DNA testing facilities in India have saved the Talwars? (by Pallavi Polanki, October 11, 2012): CIS press statement is mentioned.
Telecom While the potential for growth and returns exist for telecommunications in India, a range of issues need to be addressed. One aspect is more extensive rural coverage and the other is a countrywide access to broadband which is low. Both require effective and efficient use of networks and resources, including spectrum: Building Knowledge and Capacity around Telecommunication Policy in India CIS and Ford Foundation joined hands to build expertise in the area of telecommunications in India. Dr. Surendra Pal, Satya N Gupta, Paranjoy Guha Thakurta, Payal Malik, Dr. Rakesh Mehrotra and Dr. Nadeem Akhtar are the expert reviewers. The following are the new outputs: Spectrum Management (by Snehashish Ghosh, October 31, 2012). Cable Television (by Srividya Vaidyanathan, October 16, 2012). Column in Business Standard The Supreme Court Delivers (by Shyam Ponappa in Business Standard, October 4, 2012 and Organizing India Blogspot, October 11, 2012).
Digital Natives Digital Natives with a Cause? examines the changing landscape of social change and political participation in light of the role that young people play through digital and Internet technologies, in emerging information societies. Consolidating knowledge from Asia, Africa and Latin America, it builds a global network of knowledge partners who critically engage with discourse on youth, technology and social change, and look at alternative practices and ideas in the Global South: Newspaper Column The Rules of Engagement (by Nishant Shah, Indian Express, October 29, 2012).
Researchers at Work CIS organised the Habits of Living Workshop in Bangalore from September 26 to 29, 2012. Three columns by Nishant Shah arising from these workshops were published in the month of October: Habits of Living: Being Human in a Networked Society (DML, Central, October 22, 2012). Digital Habits: How and Why We Tweet, Share and Like (FirstPost, October 12, 2012). Who’s that Friend? (Indian Express, October 23, 2012).

About CIS

CIS was registered as a society in Bangalore in 2008. As an independent, non-profit research organisation, it runs different policy research programmes such as Accessibility, Access to Knowledge, Openness, Internet Governance, and Telecom. The policy research programmes have resulted in outputs such as the e-Accessibility Policy Handbook for Persons with Disabilities with ITU and G3ict, and Digital Alternatives with a Cause?, Thinkathon Position Papers and the Digital Natives with a Cause? Report with Hivos, etc. We conducted policy research for the Ministry of Communications & Information Technology, Ministry of Human Resource Development, Ministry of Personnel, Public Grievances and Pensions, Ministry of Social Justice and Empowerment, etc., on WIPO Treaties, Copyright Bill, NIA Bill, etc. CIS is accredited as an observer at WIPO, and has given policy briefs to delegations from various countries, our Programme Manager, Nirmita Narasimhan won the National Award for Empowerment of Persons with Disabilities from the Government of India and also received the NIVH Excellence Award.

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For more details visit https://cis-india.org/about/newsletters/october-2012-bulletin

Banking Accessibility Report

Vrinda Maheshwari — 2012-10-30T04:49:28Z

A study on banking and accessibility in India by Vrinda Maheshwari.

For more details visit https://cis-india.org/accessibility/blog/banking-accessibility.pdf

Rethinking DNA Profiling in India

elonnai — 2012-10-29T08:00:01Z

DNA profile databases can be useful tools in solving crime, but given that the DNA profile of a person can reveal very personal information about the individual, including medical history, family history and so on, a more comprehensive legislation regulating the collection, use, analysis and storage of DNA samples needs included in the draft Human DNA Profiling Bill.

Elonnai Hickok's article was published in Economic & Political Weekly, Vol - XLVII No. 43, October 27, 2012

DNA evidence was first accepted by the courts in India in 1985,[1] and in 2005 the Criminal Code of Procedure was amended to allow for medical practitioners, after authorisation from a police officer who is not below the rank of sub-inspector, to examine a person arrested on the charge of committing an offence and with reasonable grounds that an examination of the individual will bring to light evidence regarding the offence. This can include

"the examination of blood, blood stains, semen, swabs in case of sexual offences, sputum and sweat, hair samples, and finger nail clippings, by the use of modern and scientific techniques including DNA profiling and such other tests which the registered medical practitioner thinks necessary in a particular case."[2]

Though this provision establishes that authorisation is needed for collection of DNA samples, defines who can collect samples, creates permitted circumstances for collection, and lists material that can be collected, among other things, it does not address how the collected DNA evidence should be handled, and what will happen to the evidence after it is collected and analysed. These gaps in the provision indicate the need for a more comprehensive legislation regulating the collection, use, analysis and storage of DNA samples, including for crime-related purposes in India.

The initiative to draft a Bill regulating the use of DNA samples for crime-related reasons began in 2003, when the Department of Biotechnology (DoB) established a committee known as the DNA Profiling Advisory Committee to make recommendations for the drafting of the DNA profiling Bill 2006, which eventually became the Human DNA Profiling Bill 2007.[3] The 2007 draft Bill was prepared by the DoB along with the Centre for DNA Fingerprinting and Diagnostics (CDFD).[4]

The CDFD is an autonomous institution supported by the DoB. In addition to the CDFD, there are multiple Central Forensic Science Laboratories in India under the control of the Ministry of Home Affairs and the Central Bureau of Investigation,[5], along with a number of private labs [6] which analyse DNA samples for crime-related purposes.

In 2007, the draft Human DNA Profiling Bill was made public, but was never introduced in Parliament. In February 2012, a new version of the Bill was leaked. If passed, the Bill will establish state-level DNA databases which will feed into a national-level DNA database, and proposes to regulate the use of DNA for the purposes of

"enhancing protection of people in the society and the administration of justice."[7]

The Bill will also establish a DNA Profiling Board responsible for 24 functions, including specifying the list of instances for human DNA profiling and the sources of collection, enumerating guidelines for storage and destruction of biological samples, and laying down standards and procedures for establishment and functioning of DNA laboratories and DNA Data Banks.[8] The lack of harmonisation and clear policy indicates that there is a need in India for standardising the collection and use of DNA samples. Although DNA evidence can be useful for solving crimes, the current 2012 draft Bill is missing critical safeguards and technical standards essential to preventing the misuse of DNA and protecting individual rights.

Concerns that have been raised with regards to the Bill are both intrinsic, including problems with effectiveness of achieving the set objectives, and extrinsic, including concerns with the fundamental principles of the Bill. For example, the use of DNA material as evidence and the subsequent creation of a DNA database can be useful for solving crimes when the database contains DNA profiles from[9] from DNA samples[10] only from crime scenes, and is restricted to DNA profiles from individuals who might be repeat offenders. If a wide range of DNA profiles are added to the database, the effectiveness of the database decreases, and the likelihood of a false match increases as the ability to correctly identify a criminal depends on the number of crime scene DNA profiles on the database, and the number of false matches that occur is proportional to the number of comparisons made (more comparisons = more false matches).[11] This inverse relationship between the effectiveness of the DNA database and the size of the database was found in the UK when it was proven that the expansion of the UK DNA database did not help to solve more crimes, despite millions of profiles being added to the database.[12]

The current scope of the draft 2012 Bill is not limited to crimes for which samples can be taken and placed in the database. Instead the Bill creates indexes within every databank including: crime scene indexes, suspects index, offender’s index, missing persons index, unknown deceased persons’ index, volunteers’ index, and such other DNA indices as may be specified by regulations made by the Board.[13] How independent each of these indices are, is unclear. For example, the Bill does not specify when a profile is searched for in the database – if all indices are searched, or if only the relevant indices are searched, and the Bill requires that when a DNA profile is added to the databank, it must be compared with all the existing profiles.[14] The Bill also lists a range of offences for which DNA profiling will be applicable and DNA samples collected, and used for the identification of the perpetrator including, unnatural offences, individual identification, issues relating to assisted reproductive technologies, adultery, outraging the modesty of women etc.[15] Though the Bill is not incorrect in its list of offences where DNA profiling could be applicable, it is unclear if DNA profiles from all the listed offenses will be stored on the database. If it is the case that the DNA profiles will be stored, it would make the scope of the database too broad.

Unlike other types of identifiers, such as fingerprints, DNA can reveal very personal information about an individual, including medical history, family history and location.[16] Thus, having a DNA database with a broad scope and adding more DNA profiles onto a database, increases the potential for misuse of information stored on the database, because there is more opportunity for profiling, tracking of individuals, and access to private data. In its current form, the Bill protects against such misuse to a certain extent by limiting the information that will be stored with a DNA profile and in the indices,[17] but the Bill does not make it clear if the DNA profiles of individuals convicted for a crime will be stored and searched independently from other profiles. Additionally, though the Bill limits the use of DNA profiles and DNA samples to identification of perpetrators,[18] it allows for DNA profiles/DNA samples and related information related to be shared for creation and maintenance of a population statistics database that is to be used, as prescribed, for the purpose of identification research, protocol development, or quality control provided that it does not contain any personally identifiable information and does not violate ethical norms.”[19]

An indication of the possibility of how a DNA database could be misused in India can be seen in the CDFD’s stated objectives, where it lists "to create DNA marker databases of different caste populations of India."[20] CDFD appears to be collecting this data by requiring caste and origin of state to be filled in on the identification form that is submitted with any DNA sample.[21] Though an argument could be made that this information could be used for research purposes, there appears to be no framework over the use of this information and this objective. Is the information stored along with the DNA sample? Is it used in criminal cases? Is it revealed during court cases or at other points of time?

Similarly, in the Report of the Working Group for the Eleventh Five Year Plan, it lists the following as a possible use of DNA profiling technology:

"Human population analysis with a view to elicit profiling of different caste populations of India to use them in forensic DNA fingerprinting and develop DNA databases."[22]

This objective is based on the assumption that caste is an immutable genetic trait and seems to ignore the fact that individuals change their caste and that caste is not uniformly passed on in marriage. Furthermore, using caste for forensic purposes and to develop DNA databases could far too easily be abused and result in the profiling of individuals, and identification errors. For example, in 2011 the UK police, in an attempt to catch the night stalker Delroy Grant, used DNA to (incorrectly) predict that he originated from the Winward Islands. The police then used mass DNA screenings of black men. The police initially eliminated Delroy Grant as a suspect because another Delroy Grant was on the DNA database, and the real Delroy Grant was eventually caught when the police pursued more traditional forms of investigation.[23]

Other uses for DNA databases and DNA samples in India have been envisioned over the years. For example, in 2010 the state of Tamil Nadu sought to amend the Prisoners Identification Act 1920 to allow for the establishment of a prisoners’ DNA database – which would require that any prisoner’s DNA be collected and stored.[24] In another example, the home page of BioAxis DNA Research Centre (P) Limited, a private DNA laboratory offering forensic services states,

"In a country like India which is densely populated there is huge requirement for these type of databases which may help in stopping different types of fraud like Ration card fraud, Voter ID Card fraud, Driving license fraud etc. The database may help the Indian police to differentiate the criminals and non criminals."[25] Not only is this statement incorrect in stating that a DNA database will differentiate between criminals and non-criminals, but DNA evidence is not useful in stopping ration card fraud etc. as it would require that DNA be extracted and authenticated for every instance of service. In 2012, the Department of Forensic Medicine and Toxicology at AFMC Pune proposed to establish a DNA data bank containing profiles of armed forces personnel.[26] And in Uttar Pradesh, the government ordered mandatory sampling for DNA fingerprinting of dead bodies.[27] These examples raise important questions about the scope of use, collection and storage of DNA profiles in databases that the Bill is silent on.

The assumption in the Bill that DNA evidence is infallible is another point of contention. The preamble of the Bill states that, "DNA analysis of body substances is a powerful technology that makes it possible to determine whether the source of origin of one body substance is identical to that of another, and further to establish the biological relationship, if any, between two individuals, living or dead with any doubt."[28]

This statement ignores the possibility of false matches, cross-contamination, and laboratory error[29] as DNA evidence is only as infallible as the humans collecting, analysing, and marshalling the evidence. These mistakes are not purely speculative, as cases that have relied on DNA as evidence in India demonstrate that the reliability of DNA evidence is questionable due to collection, analysis, and chain of custody errors. For example, in the Aarushi murder case the forensic expert who testified failed to remember which samples were collected at the scene of the crime[30] in the French diplomat rape case, the DNA report came out with both negative and positive results;[31] and in the Abhishek rape case the DNA sample had to be reanalysed after initial analysis did not prove conclusive.[32] Yet the Bill does not mandate a set of best practices that could help in minimising these errors, such as defining what profiling system will be used nationally, and defining specific security measures that must be taken by DNA laboratories – all of which are currently left to be determined by the DNA board.[33]

The assumption in the preamble that DNA can establish if a relationship exists between two individuals without a doubt is also misleading as it implies that the use of DNA samples and the creation of a database will increase the conviction rate, when in actuality the exact number of accurate convictions resulting purely from DNA evidence is unknown, as is the number of innocent people who are falsely accused of a crime based on DNA evidence in India. This misconception is reflected on the website of the Department of Biotechnology’s information page for CDFD where it states:

"…The DNA fingerprinting service, given the fact that it has been shown to bring about dramatic increase in the conviction rate, will continue to be in much demand. With the crime burden on the society increasing, more and more requests for DNA fingerprinting are naturally anticipated. For example, starting from just a few cases of DNA fingerprinting per month, CDFD is now handling similar number of cases every day."[34]

In addition to the claim that the DNA fingerprinting service has shown a dramatic increase in the conviction rate, is not supported by evidence in this article, according to the CDFD 2010-2011 annual report, the centre analysed DNA from 57 cases of deceased persons, 40 maternity/paternity cases, four rape and murder cases, eight sexual assault cases, and three kidney transplantation cases.[35] This is in comparison to the 2006 – 2007 annual report, which quoted 83 paternity/maternity dispute cases, 68 identification of deceased, 11 cases of sexual assault, eight cases of murder, and two cases of wildlife poaching.[36] From the numbers quoted in the CDFD annual report, it appears that paternity/maternity cases and identification of the deceased are the most frequent types of cases using DNA evidence.

Other concerns with the Bill include access controls to the database and rights of the individual. For example, the Bill does not require that a court order be issued for access to a DNA profile, and instead leaves it in the hand of the DNA bank manager to determine if communication of information relating to a match to a court, tribunal, law enforcement agency, or DNA laboratory is appropriate.[37]

Additionally, the Data Bank Manager is empowered to grant access to any information on the database to any person or class of persons that he/she considers appropriate for the purposes of proper operation and maintenance or for training purposes.[38] The low standards for access that are found in the Bill are worrisome as the possibility for tampering of evidence and analysis is increased.

The Bill is also missing important provisions that would be necessary to protect the rights of the individual. For example, individuals are not permitted a private cause of action for the unlawful collection, use, or retention of DNA, and individuals do not have the right to access their own information stored on the database.[39] These are significant gaps in the proposed legislation as it restricts the rights of the individual.

In conclusion, India could benefit from having a legislation regulating, standardising, and harmonising the use, collection, analysis, and retention of DNA samples for crime-related purposes. The current 2012 draft of the Bill is a step in the right direction, and an improvement from the 2007 DNA Profiling Bill. The 2012 draft draws upon best practices from the US and Canada, but could also benefit from drawing upon best practices from countries like Scotland. Safeguards missing from the current draft that would strengthen the Bill include: limiting the scope of the DNA database to include only samples from a crime scene for serious crimes and not minor offenses, requiring the destruction of DNA samples once a DNA profile is created, clearly defining when a court order is needed to collect DNA samples, defining when consent is required and is not required from the individual for a DNA sample to be taken, and ensuring that the individual has a right of appeal.

[1]. Law Commission of India. Review of the Indian Evidence Act 1872. Pg. 43 Available at: http://lawcommissionofindia.nic.in/reports/185thReport-PartII.pdf. Last accessed: October 9th 2012.
[2]. Section 53. The Criminal Code of Procedure, 1973. Available at: http://www.vakilno1.com/bareacts/crpc/s53.htm. Last accessed October 9th 2012.
[3]. Department of Biotechnology. Ministry of Science & Technology GOI. Annual Report 2009 – 2010. pg. 189. Available at: http://dbtindia.nic.in/annualreports/DBT-An-Re-2009-10.pdf. Last Accessed October 9th 2012.
[4]. Chhibber, M. Govt Crawling on DNA Profiling Bill, CBI urges it to hurry, cites China. The Indian Express. July 12 2010. Available at: http://www.indianexpress.com/news/govt-crawling-on-dna-profiling-bill-cbi-urges-it-to-hurry-cites-china/645247/0. Last accessed: October 9th 2012.
[5]. Perspective Plan for Indian Forensics. Final report 2010. Table 64.1 -64.3 pg. 264-267. Available at: http://mha.nic.in/pdfs/IFS%282010%29-FinalRpt.pdf. Last accessed: October 9th 2012. And CBI Manual. Chapter 27. Available at: http://mha.nic.in/pdfs/IFS%282010%29-FinalRpt.pdf. Last accessed: October 9th 2012.
[6]. For example: International Forensic Sciences, DNA Labs India (DLI), Truth Labs and Bio-Axis DNA Research Centre (P) Limited.
[7]. Draft Human DNA Profiling Bill 2012. Introduction.
[8]. Id. section 12(a-z)
[9]. Id. Definition l. “DNA Profile” means results of analysis of a DNA sample with respect to human identification.
[10]. Id. Definition m. “DNA sample” means biological specimen of any nature that is utilized to conduct CAN analysis, collected in such manner as specified in Part II of the Schedule.
[11]. The UK DNA database and the European Court of Human Rights: Lessons India can learn from UK mistakes. PowerPoint Presentation. Dr. Helen Wallace, Genewatch UK. September 2012.
[12]. Hope, C. Crimes solved by DNA evidence fall despite millions being added to database. The Telegraph. November 12th 2008. Available at: http://www.telegraph.co.uk/news/uknews/law-and-order/3418649/Crimes-solved-by-DNA-evidence-fall-despite-millions-being-added-to-database.html. Last accessed: October 9th 2012
[13]. Draft Human DNA Profiling Bill 2012. Section 32 (4(a-g))
[14]. Id. Section 35
[15]. Id. Schedule: List of applicable instances of Human DNA Profiling and Sources of Collection of Samples for DNA Test.
[16]. Gruber J. Forensic DNA Databases. Council for Responsible Genetics. September 2012. Powerpoint presentation.
[17]. Draft Human DNA Profiling Bill 2012. Section 32 (5)- 6)(a)-(b^[+] . Indices will only contain DNA identification records and analysis prepared by the laboratory and approved by the DNA Board, while profiles in the offenders index will contain only the identity of the person, and other profiles will contain only the case reference number.
[18]. Id. Section 39
[19]. Id. Section 40(c)
[20]. CDFD. Annual Report 2010-2011. Pg19. Available at: http://www.cdfd.org.in/images/AR_2010_11.pdf. Last accessed: October 9th 2012.
[21]. Caste and origin of state is a field of information that is required to be completed when an ‘identification form’ is sent to the CDFD along with a DNA sample for analysis. Form available at: http://www.cdfd.org.in/servicespages/dnafingerprinting.html
[22]. Report of the Working Group for the Eleventh Five Year Plan (2007 – 2012). October 2006. Pg. 152. Section: R&D Relating Services. Available at: http://planningcommission.nic.in/aboutus/committee/wrkgrp11/wg11_subdbt.pdf. Last accessed: October 9th 2012
[23]. Evans. M. Night Stalker: police blunders delayed arrest of Delroy Grant. March 24th 2011. The Telegraph. Available at: http://www.telegraph.co.uk/news/uknews/crime/8397585/Night-Stalker-police-blunders-delayed-arrest-of-Delroy-Grant.html. Last accessed: October 10th 2012.
[24]. Narayan, P. A prisoner DNA database: Tamil Nadu shows the way. May 17th 2012. Available at: http://timesofindia.indiatimes.com/india/A-prisoner-DNA-database-Tamil-Nadu-shows-the-way/iplarticleshow/5938522.cms. Last accessed: October 9th 2012.
[25]. BioAxis DNA Research Centre (P) Limited. Website Available at: http://www.dnares.in/dna-databank-database-of-india.php. Last accessed: October 10th 2012.
[26]. Times of India. AFMC to open DNA profiling centre today. February 2012. Available at:http://articles.timesofindia.indiatimes.com/2012-02-08/pune/31037108_1_dna-profile-dna-fingerprinting-data-bank. Last accessed: October 10th 2012.
[27]. Siddiqui, P. UP makes DNA sampling mandatory with postmortem. Times of India. September 4th 2012. Available at:http://articles.timesofindia.indiatimes.com/2012-09-04/lucknow/33581061_1_dead-bodies-postmortem-house-postmortem-report. Last accessed: October 10th 2012.
[28]. Draft DNA Human Profiling Bill 2012. Introduction
[29]. Council for Responsible Genetics. Overview and Concerns Regarding the Indian Draft DNA Profiling Bill. September 2012. Pg. 2. Available at: http://cis-india.org/internet-governance/indian-draft-dna-profiling-act.pdf/view. Last accessed: October 9th 2012.
[30]. DNA. Aarushi case: Expert forgets samples collected from murder spot. August 28th 2012. Available at: http://www.dnaindia.com/india/report_aarushi-case-expert-forgets-samples-collected-from-murder-spot_1733957. Last accessed: October 10th 2012.
[31]. India Today. Daughter rape case: French diplomat’s DNA test is inconclusive. July 7th 2012. Available at: http://indiatoday.intoday.in/story/french-diplomat-father-rapes-daughter-dna-test-bangalore/1/204270.html. Last accessed: October 10th 2012.
[32]. The Times of India. DNA tests indicate Abhishek raped woman. May 30th 2006. Available at: http://articles.timesofindia.indiatimes.com/2006-05-30/india/27826225_1_abhishek-kasliwal-dna-fingerprinting-dna-tests. Last accessed: October 10th 2012.
[33]. Draft Human DNA Profiling Bill 2012. Section 18-27.
[34]. Department of Biotechnology. DNA Fingerprinting & Diagnostics, Hyderabad. Available at: http://dbtindia.nic.in/uniquepage.asp?id_pk=124. Last accessed: October 10 2012.
[35]. CDFD Annual Report 2010 – 2011.Pg.19. Available at: http://www.cdfd.org.in/images/AR_2010_11.pdf. Last accessed: October 10th 2012.
[36]. CDFD Annual Report 2006-2007.Pg. 13. Available at: http://www.cdfd.org.in/images/AR_2006_07.pdf. Last accessed: October 10th 2012.
[37]. Draft Human DNA Profiling Bill 2012. Section 35
[38]. Id. Section 41.
[39].Council for Responsible Genetics. Overview and Concerns Regarding the Indian Draft DNA Profiling Bill. September 2012. Pg. 9 Available at: http://cis-india.org/internet-governance/indian-draft-dna-profiling-act.pdf/view. Last accessed: October 9th 2012.

For more details visit https://cis-india.org/internet-governance/blog/epw-web-exclusives-oct-27-2012-elonnai-hickok-rethinking-dna-profiling-india

Wikipedia Hackathon at BITS Hyderabad

praskrishna — 2012-10-25T08:42:56Z

CIS - A2K team and BITS-Pilani, Hyderabad Campus are organizing a hackathon for their tech fest — ATMOS on October 26 - 27, 2012, from 6.00 p.m. on October 26 to 6.00 a.m. on October 27.

An all night hackathon to get started in contributing technically to the world’s largest source of free information – Wikipedia. The code that you write (and eventually deploy) will be viewed/used 7,938,026,125 times a month! Write user scripts that fix annoying little things with the way Wikipedia functions. Write bots to import (and accurately maintain) large amounts of information from various sources into Wikipedia. Write tools to make it easier to maintain Wikipedia’s standards and fight spam. Most of all join the awesome Open Source community and have fun!

Pre-requisites:

Preferable working knowledge of HTML/CSS/Javascript *or* python.

Laptops, which you will have to carry with you.

To register for the event, click here.

For more details visit https://cis-india.org/openness/events/wikipedia-hackathon-bits-hyderabad

Centre for Internet and Society

Typing in Indic Languages from Mobiles made Easy!

Developer speaks:

Quick links:

Statement of Civil Society Members and Groups Participating in the "Best Bits" pre-IGF meeting at Baku in 2012

Signatories:

ICOMM2012: International Communications and Electronics Fair

A Wikipedia Mini-hackathon in Delhi

Report of the Group of Experts on Privacy

Submission on India's Draft Comments on Proposed Changes to the ITU's ITRs

Background

Follow-up

Wikipedia: State of Tech — A Talk by Erik Moeller

Talk Summary

Erik Moeller

Submission by Indian Civil Society Organisations on Proposals for the Future ITRs and Related Processes

Gujarati Wikipedia Article Competition – 10 schools, 200 students, 20 articles on Gujarati Wikipedia

Structure

Learnings

Spectrum Management

3.5.1: Auctioning and allocating process for all kinds of spectrum

Minimum Reserve Price

Beauty Contest

3.5.2. & 3.5.3.: The initial process of selection of operators for allocation of spectrum

Drawbacks in the mechanism of issuing telecom licence

Spectrum Management under New Telecom Policy, 1999

Implementation of the Spectrum Management Policy under NTP, 1999

Unified Access Service Licence

Allocation of 3G and Broadband Wireless Spectrum

3.5.4 & 3.5.6.: Selection of Band and Criterion for further allocation of spectrum

Start-up Allocation of Spectrum (1995- 2001)

Post UASL Regime (2003-2005)

Review of Spectrum Allocation Process by TRAI and setting up of new Subscriber Base Criterion (2006-2008)

Allocation of 3G Spectrum (2010-Current)

3.5.5.: Time taken to allocate

3.5.7. Interference issues

3.5.8. & 3.5.9.: Spectrum Refarming and Spectrum Reallocation

Market Driven

Policy or Regulation Driven

Refarming and Reallocation in India

Gujarat Wikipedia Education Program: Rajkot

Interactions with TGES students

Interactions with Christ College students

Meeting Wikipedians

Videos

October 2012 Bulletin

Public Call for Comments

Blog Entries

Analysis

Blog Entry

Event Organised

Wikipedia Education Programs

Wikipedia Workshops

Wikipedia Event

Wikipedia Press Coverage

Wikipedia Team Updates

Column

Analysis

Upcoming IGF Events

Other Upcoming Event

Event organised

Events Participated

Video

Media Coverage

Column in Business Standard

Newspaper Column

*About CIS*

Banking Accessibility Report

Rethinking DNA Profiling in India

Wikipedia Hackathon at BITS Hyderabad

Pre-requisites:

About CIS