16-Jul-2019: Launching the Broadband Readiness Index for Indian States and Union Territories (2019-2022).

The Department of Telecom (DoT) and the Indian Council for Research on International Economic Relations (ICRIER) signed a Memorandum of Understanding (MoU) to develop a Broadband Readiness Index (BRI) for Indian States and Union Territories (UT). The first estimate will be made in 2019 and subsequently every year until 2022.

The National Digital Communication Policy (NDCP) 2018 acknowledged the need for building a robust digital communications infrastructure leveraging existing assets of the broadcasting and power sectors including collaborative models involving state, local bodies and the private sector. Accordingly, the policy recommended that a BRI for States and UTs be developed to attract investments and address Right of Way(RoW) challenges across India.

This index will appraise the condition of the underlying digital infrastructure and related factors at the State/UT level. Such an exercise will provide useful insights into strategic choices made by States for investment allocations in ICT programmes. In the spirit of competitive federalism, the index will encourage states to cross learn and jointly participate in achieving the overall objective of digital inclusion and development in India. The framework will not only evaluate a state’s relative development but will also allow for better understanding of a state’s strengths and weaknesses that can feed into evidence-based policy making. The methodology developed as a part of this research will be adapted and used on an annual basis for systematic evaluation of state-performance on metrics set out as the goals for 2022 under the new policy. As a result, ranking and understanding State/UT performance over time will be an important part of the exercise.

The BRI consists of two parts. Part I will focus on infrastructure development based on the measurement of nine parameters. These are provided in the Table below. Part II consists of demand side parameters which will be captured through primary surveys. It will include indicators such as percentage of households using computers/ laptops with internet connection, percentage of households with fixed broadband connection, internet users as a percentage of the population, smart phones density, percentage of households with at least one digitally literate member, etc. The primary survey will be conducted annually until 2022.

Sl. No

Proposed BRI Indicators

1

Availability of State Policy on RoW and Towers (based on DoT RoW Rules 2016)

2

Percentage of ROW cases given permission within 60 days of the first application

3

Availability of a centralized IT Portal for ROW clearances across all Government land and building owning authorities.

4

Adoption of the National Building Code 2016 by the State

(i)

State policy to have enabling provisions for access to government lands and buildings for installation of telecom towers

(ii)

State policy to have enabling provision for 24* 7 telecom operations

(iii)

Standardized RFP template for smart city implementation – enabling rules promoting non exclusivity and infrastructure sharing in a non-discriminatory manner

(iv)

Common duct policy based on the Central Government’s “Dig Once Policy”

5

Percentage of mobile towers connected with fibre

6

Number. of fibre kms per sq. KM/ per capita/ per 100 households

7

Percentage of public institutions / offices connected by FTTX (Hospitals including PHCs, Police stations, Schools and CSCs)

8

Percentage of towers receiving grid supply (Duration: Urban 20 hours; Rural 12 Hours)

(i)

Priority electricity connection available to telecom towers in the state

(ii)

Supply of electricity at affordable/ industrial rates to telecom towers

9

NagarNet –Number of Public Wi-Fi Hotspots in urban areas

 

JanWiFi – Number of Public Wi-Fi Hotspots in rural areas

The development of BRI will be a collaborative exercise with stakeholders including State governments and industry associations like the Tower and Infrastructure Providers Association (TAIPA), the Internet Service Providers Association of India (ISPAI) and the Cellular Operators Association of India (COAI). This will be a first of its kind exercise that will comprehensively measure the development of telecom infrastructure at the sub national level.

11-Sep-2022: Roadmap to augment financial resources for R&D discussed at the Centre-State Science Conclave on 11th September, 2022

The roadmap and way forward to augment financial resources for R&D by enhancing the private sectors STI contribution and developing collaborative funding mechanisms was discussed at the Center-State Science Conclave on September 11, 2022.

“We need to increase investment in research, translational research, and facilitate commercialisation. These can be accelerated through the private sector,” said Dr. Kris Gopalakrishnan, Co-founder, Infosys, at the panel on doubling private sector investment in R&D of the Conclave.

He stressed on funding support for knowledge creation, dissemination and application and highlighted the role of structures, co-location of industry and academia, as well as incentives like tax breaks. “At least 1% of CSR from the industry should be spent on solving present problems like drinking water, cancer, anti-microbial resistance and also on open-ended future problems.

Dr. Akhilesh Gupta, Senior Adviser, Department of Science and Technology (DST), emphasised on incentives like restoration of R&D tax deduction, philanthropic funding, and creation of an environment for FDI to encourage private investment in research.

He highlighted the need for innovation in MSMEs, increasing the scope of models like Biotechnology Industry Research Assistance Council (BIRAC), Technology Development Board (TDB), cluster model involving co-location of industry and academia, as well as steps like bringing back industry products funded by government to the government to promote the involvement of private sector in research.

He pointed out that with 100% FDI permitted in research, some states like Karnataka have aggressively attracted FDI in R&D, and other states can emulate such examples. 

Dr. Taslimarif Saiyed, Chief Executive Officer of C-CAMP, Bengaluru, spoke about India's positioning as emerging leader in the biotech start-up world and increasing valuation of the country’s biotech industry.

He underlined the necessity for mid-stage funding for start-ups and collaborations with Venture Capitals (VC) and industry. “Models, where VCs & industry can partner with government including state governments to take early fruition to scale, should be incentivised,” he added.

“With health becoming more and more important globally along with agriculture and climate, the importance of biotech sector is rising, and an early stage funding for deep science and deep tech could help use this opportunity,” he pointed out.

“Experimentation is needed with STI governance policies inspired by successful grassroot implementation models,” Smt. Mugdha Sinha, Principal Secretary (S&T), Government of Rajasthan, advocated.

“Science should be posited as a service provider to all departments – an interphase connecting the dots, and policymakers need to be exposed to what science entails. Tier 2 industries that require government hand holding need to be identified,” she added.

Prof Amit Prashant, Director, IIT Gandhinagar, emphasised on strengthening the bridge between research organisations and the industry through collaborations with for translational research.

The panel of the conclave organised by the Department of Science & Technology, Government of India, jointly with the Government of Gujarat at Science City, Ahmedabad, served as a platform for exchanging ideas on funding mechanisms to strengthen investment in R&D.

10-Sep-2022: PM inaugurates ‘Centre-State Science Conclave’ in Ahmedabad via video conferencing

The Prime Minister, Shri Narendra Modi inaugurated the ‘Centre-State Science Conclave’ in Ahmedabad via video conferencing.

Addressing the gathering, the Prime Minister highlighted that the organisation of this conclave is a clear example of Sabka Prayas. The Prime Minister remarked “Science is like that energy in the development of 21st century India, which has the power to accelerate the development of every region and the development of every state. Today, when India is moving towards leading the fourth industrial revolution, the role of India's science and people related to this field is very important. In such a situation, the responsibility of people in administration and policy making increases significantly.”

The Prime Minister emphasized that Science is the basis of solutions, evolution and innovation. And, it is with this inspiration, that today's new India is moving forward with Jai Jawan, Jai Kisan, Jai Vigyan as well as Jai Anusandhan.

Commenting on the lessons that we can learn from history that will help both the centre and the states, the Prime Minister said if we remember the early decades of the last century, we find how the world was going through a period of devastation and tragedy. But even in that era, whether it was about the East or the West, scientists everywhere were engaged in their great discovery. In the West, scientists like Einstein, Fermi, Max Planck, Niels Bohr, and Tesla were dazzling the world with their experiments. In the same period, many scientists including CV Raman, Jagdish Chandra Bose, Satyendranath Bose, Meghnad Saha, and S Chandrashekhar were bringing their new discoveries to the fore. The Prime Minister underlined the difference between the East and West as we were not giving due recognition to the work of our scientists. The Prime Minister pointed out that when we celebrate the achievements of our scientists, science becomes part of our society, it becomes part of the culture. Shri Modi also requested everybody to celebrate the achievements of the scientists of our country. “Scientists”, the Prime Minister said, “are giving ample reasons to the country to celebrate them.” He lauded the role of Indian scientists in developing the Corona vaccine and contributing to the world's biggest vaccine drive.

The Prime Minister reiterated that the government is working with the thinking of Science-Based Development. “Since 2014, there has been a substantial increase in investment in the field of science and technology. Due to the efforts of the government, today India is ranked 46th in the Global Innovation Index, whereas in 2015, India was at number 81”, the Prime Minister added. He acknowledged the record number of patents being registered in the country. He also noted the climate of innovation and a vibrant startup ecosystem.

The Prime Minister pointed out that “inclination for science, technology and innovation is in the DNA of our young generation. We need to support this young generation with full strength.” The Prime Minister listed new sectors and missions in the field of research and innovation to support the innovative spirit of the youth. He gave examples of Space Mission, National Supercomputing Mission, semiconductor mission, Mission Hydrogen and drone technology. Similarly, NEP is promoting this by providing Science and technology education in the mother tongue.

The Prime Minister highlighted that in order to make India a global centre of research and innovation in this Amrit Kaal, we have to work on many fronts simultaneously. He stressed the need to take science and technology-related research to the local level. He asked states to promote research and innovation as per their local needs. The Prime Minister remarked that innovation can be encouraged by laying emphasis on the creation of more and more scientific institutions and simplification of processes by the state governments. He further added that the number of innovation labs should also be increased in the institutions of higher education in the states. He also asked every state to lay down modern policy regarding Science, innovation and technology. “As governments, we have to more and more cooperate and collaborate with our scientists, this will create an atmosphere of a scientific modernity”

The Prime Minister stressed that the states should take full advantage of the ability and expertise of many national-level scientific institutes, and national laboratories that are present. “We also have to take our science-related institutions out of the state of silos for optimum utilisation of scientific institutions and expertise”, the Prime  Minister added. He asked for science promotion events at the grassroots level. He also advised the state Science Ministers to share good practices and aspects of their science curriculum.

In concluding the address, the Prime Minister expressed the belief that the ‘State-Centre Science Conclave’ will add a new dimension and resolve toward the progress of Science in the country. The Prime Minister also urged everyone to not let any opportunity slip in the field of science and technology. “The coming 25 years are the most important years for India as it will determine the new identity and strength of India to come”, the Prime Minister said. The Prime Minister also urged the participants to take the learnings from this conclave to their states and contribute toward nation-building.

Chief Minister of Gujarat, Shri Bhupendra Patel and Union Minister of State of Science and Technology, Dr Jitendra Singh were those present on the occasion.

Background

In line with the Prime Minister’s relentless efforts to facilitate innovation and entrepreneurship in the country, the first-of-its-kind Conclave will strengthen Centre-State coordination and collaboration mechanisms  - in the spirit of cooperative federalism - to build a robust science, technology & innovation (STI) ecosystem across the country.

The two-day Conclave is being organised at Science City, Ahmedabad on 10-11 September 2022. It will include sessions on different thematic areas including  STI Vision 2047; Future Growth Pathways and Vision for STI in States; Health -  Digital Health Care for All; Doubling Private Sector investment in R&D by 2030; Agriculture - Technological interventions for improving farmers’ income; Water -  Innovation for producing potable drinking water; Energy- Clean Energy for All including S&T role in Hydrogen mission; Deep Ocean Mission and its relevance for Coastal States/UTs as well as country’s future economy.

The Conclave witnessed the participation of Gujarat CM, Union MoS Science & Technology (S&T), S&T Ministers and Secretaries of States & Union Territories, industry leaders, entrepreneurs, NGOs, young scientists and students.

27-Nov-2019: 'Contract for the Web' to build an open and free web.

Sir Tim Berners-Lee, inventor of the World Wide Web, has announced a “Contract for the Web” — aimed at saving the future of his invention, which is now almost an essential condition for human existence.

Half of the world’s population still can’t get online. For the other half, the web’s benefits seem to come with far too many unacceptable risks: to our privacy, our democracy, our health and our security.

Now for the first time ever, we have a global plan of action — the Contract for the Web — created by experts and citizens from across the world to make sure our online world is safe, empowering and genuinely for everyone. We invite governments, companies, civil society organizations and individuals to back the Contract and uphold its principles and clauses.

The Contract for the Web will become a strong mechanism for each party to be held accountable for doing their part to build an open and free web.

Who was involved in building the Contract?

  • The process was guided by a core group of 10 which met regularly to coordinate and plan for the contract’s success.
  • Governments: France, Germany
  • Civil Society: Wikimedia, Avaaz, CIPESA, Web Foundation, The NewNow
  • Companies: Pango (formerly known as AnchorFree), Google, Microsoft
  • Five working groups worked to turn these principles into concrete commitments included in the final Contract: 1) Access, 2) Openness, 3) Privacy & Data Rights, 4) Positive Tech 5) Public Action

Representation:

  • 35% of working group members came from the private sector, 50% from CSOs, and the remaining 15% from government
  • 30% came from the Global South.

How was the Contract drafted?

  • Over the course of ten months, more than 80 signatories to the Contract principles debated and negotiated the full details and commitments to be outlined in the full Contract.
  • That process was informed by a public consultation with input from more than 600 people, including policy experts.

What authority does the Contract have?

  • The Contract for the Web was built with the input and support of some of the most important players shaping the future of the web.
  • It is grounded in existing human rights law and international frameworks that have been endorsed by governments around the world.
  • We will continue to work to embed the Contract principles in other international fora like the UN, and in national laws and regulations.

What would success look like?

  • The vision behind the Contract for the Web is a world where all people around the world are able to use the web to learn, communicate and collaborate, free from fear of abuse, privacy infringement, misinformation and suppression.
  • There will be some global actors who will never back the Contract’s principles, just as they flout other global agreements, but we know we will have succeeded when those governments and companies are true outliers.
  • We will have succeeded when a critical mass of governments and companies have put the right laws, regulations and policies in place to create an open and empowering web for all; when they know their citizens and customers expect this of them; when it is the norm that most people communicate positively and respectfully online.
  • It is a huge job, but we are starting with a diverse and powerful coalition of the willing and support is continuing to build.