10 March 2016

Space technology for public welfare

Space technology for public welfare
In India, space technology is being primarily used as a tool to enable variety of public services by various Central Ministries/Departments, State Governments, Public & Private enterprises. A few of such public services include – (i) Television, Direct-To-Home (DTH) & Radio broadcasting, (ii) Telecommunication, (iii) Weather forecasting and Disaster early warning for Cyclone & Tsunami, (iv) Emergency Communication during disaster events, (v) Agriculture and fishing zone advisories, (vi) Tele-education and Tele-medicine services. Also, many governmental programmes / schemes utilising space technology as input offer direct / indirect benefits to public. A few of these include – Ground Water Prospect zones, watershed development, urban & rural infrastructure planning and development, rural connectivity etc.

The roadmap includes providing the continuity of space technology tools for the existing public service with improved technological capabilities and development of technology for enabling newer services viz. location based services, geospatial services for ease of doing business and synergy of satellite communication, navigation & earth observation in planning, monitoring and evaluation of developmental activities in various sectors.

To enable the above activities, ISRO plans to realise communication satellites and earth observation satellites, associated ground segments and development of application tools/techniques. The funds for the above are the integral part of the annual plan of the department. 

Aims of PM’s visits abroad

Aims of PM’s visits abroad
The Prime Minister Shri Narendra Modi's recent visits to France, Russia and Japan were aimed to bring in socio-economic and scientific development particularly in the field of atomic energy. The details are as under:
France : During the visit of Prime Minister to France in April 2015, Nuclear Power Corporation of India Limited (NPCIL) and the French nuclear power company AREVA NP signed a Pre-Engineering Agreement (PEA) for Jaitapur Nuclear Power Project (JNPP-1&2) based on the Evolutionary Pressurised Reactor (EPR) technology. The PEA will facilitate NPCIL to obtain details of the EPR technology, make a detailed safety assessment of the plant and take up licensing process with Atomic Energy Regulatory Board (AERB). During the same visit, a Memorandum of Understanding was also signed between the Indian company M/s L&T and M/s AREVA of France on 10.04.2015 for cooperation to maximize localization for the French -designed nuclear reactors in India in accord with Government's 'Make-in-India' initiative.
Russia : A Programme of Action for Localisation of Manufacturing in India for Russian-designed Nuclear Power Plants was signed between India and Russia on 24.12.2015 during the visit of  Prime Minister of India to Moscow. The programme covers localisation in India for major equipment and spares as well as fuel assemblies for future Russian-designed reactors in India, in accord with Government's 'Make-in-India' initiative. Coinciding with the visit of Hon'ble Prime Minister to Moscow, an Integrity Pact for the project for Kudankulam Units - 5&6 was signed between NPCIL and the Russian reactor supplier Atomstroyexport.
Japan : Recent high-level engagements with Japan, including the visit of  Prime Minister to Japan in August 2014 and the visit of Japanese Prime Minister to India in December 2015, have led to the negotiation on bilateral civil nuclear cooperation agreement being concluded in December 2015, bringing to a close five years of negotiations on this issue. The agreement will enable India to take advantage of Japan's advancements in the civil nuclear domain, and will make a direct contribution to India's civil nuclear programme.
India has signed Inter-Governmental Agreements with a number of international partners for cooperation in peaceful uses of nuclear energy. The scope of cooperation inter alia covers the supply of nuclear material, non-nuclear material, equipment, components or technology, training of personnel and transfer of technology, for peaceful uses of nuclear energy.

Department of Atomic Energy (DAE) is the nodal department in Government of India for all matters related to atomic energy. DAE has two PSUs, viz. Nuclear Power Corporation of India Ltd. (NPCIL) and Bharatiya Nabhikiya Vidyut Nigam (BHAVINI) under its administrative control, which have been entrusted with the responsibility of nuclear power generation. With the enactment of Atomic Energy (Amendment) Act, 2015, NPCIL and BHAVINI are in a position to form joint venture companies with other Indian PSUs to meet the additional funding requirements for expanding nuclear power programme and augmenting nuclear power generation capacity of India.
Two industrial units i.e. Nuclear Fuel Complex and Heavy Water Board functioning under the aegis of the Department of Atomic Energy cater to the fuel fabrication and Heavy Water requirements respectively for India's nuclear power programme.
Private sector in India participates in India's nuclear power programme as important source of supply of components and equipment and for works contracts.
On the R&D front, constituent Units of DAE viz. Bhabha Atomic Research Centre (BARC), Raja Rammana Centre for Atomic Research (RRCAT), Variable Energy Cyclotron Centre (VECC) are engaged in basic as well as applied research in civil nuclear energy and affiliated sciences, to bring the benefits of nuclear energy for societal use as well as scientific development.
This information was provided by the Union Minister of State (Independent Charge) Development of North-Eastern Region (DoNER), MoS PMO, Personnel, Public Grievances & Pensions, Atomic Energy and Space, Dr Jitendra Singh in a reply to an unstarred question in Lok Sabha today. 
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Nari Shakti Puraskar Awarded to Technology Information, Forecasting and Assessment Council (TIFAC)

Nari Shakti Puraskar Awarded to Technology Information, Forecasting and Assessment Council (TIFAC)
The President of India Conferred Rani Lakshmibai Award (Nari Shakti Puraskar 2015) to Technology Information, Forecasting and Assessment Council (TIFAC) for its work under the scheme KIRAN-IPR for women empowerment in R&D through Intellectual Property Rights (IPR) training. Prof Prabhat Ranjan, ED TIFAC received the award last evening at Darbar Hall of Rashtrapati Bhawan.
On International Women’s Day Ministry of Women and Child Development gave away the Award to Institutions and Individuals for their contribution to the society for women empowerment in the country.  TIFAC was awarded under the institution category for its work for KIRAN-IPR. TIFAC runs this programme as a part of Scheme called ‘Knowledge Involvement in Research Advancement through Nurturing’ (KIRAN) of the Department of Science & Technology (DST) for Government of India. Award consists of  a citation and a cash prize of two lakh rupees.
PM Meeting PR.jpg
The Prime Minister of India met all the award winners and complimented them.
      
About the KIRAN IPR Programme:
A large number of women in India are highly qualified in science. Many of them are not able to pursue career in science due to domestic and social reasons. India cannot afford to miss out the skills and talent of such highly educated women. The training allows them to work from their homes and thus maintain a good balance between professional and domestic demands. The scheme is being implemented by Patent Facilitating Centre (PFC) of Technology Information, Forecasting & Assessment Council (TIFAC) on behalf of DST. About 400 women have already been trained under this scheme, out of which 138 have cleared the Patent Agent Examination conducted by the Patent Office of India. Most of these women are pursuing their career in the area of IPR. Some of them are self employed and have become entrepreneurs and has created jobs for many. 10% percent of active patent professionals as patent agent in the country are from this scheme KIRAN-IPR.

7 March 2016

Pros and cons of Aadhaar bill

Pros and cons of Aadhaar bill

We need an Aadhaar legislation to establish boundaries within which the ID database will function and clearly cordon it off from government over-reach 


When the National Democratic Alliance introduced the Aadhaar Bill in Parliament late last week, it looked like the government was trying to latch the stable door a few years after the horse had bolted. This is 2016. We are approaching a billion issued Aadhaars. Passing an enabling legislation now is a bit like planning a coronation to celebrate the diamond jubilee of the Queen.
Much of the opposition to Aadhaar comes from the massive amounts of sensitive personal information that has been collected. These apprehensions are exacerbated by the casual and porous approach that the government has to inter-departmental data transfer—a fear that was brought into sharp focus when it took the full might of the Supreme Court to stop the Central Bureau of Investigation (CBI) from accessing the Aadhaar fingerprint database.
This is why we need an Aadhaar legislation—to establish boundaries within which the identity database will function and clearly cordon it off from government over-reach. In many ways, it is far more important to have a legislation today, as the project enters the implementation phase, than when the project was conceived.
I have worked with the government on drafting a privacy legislation and my expectations of the Aadhaar Bill were low. The government hates absolutes and I was resigned to finding privacy provisions riddled with exceptions. I was pleasantly surprised to find surprisingly few. I will go so far as to say that the Aadhaar Bill, if it passes in its current form, will impose some of the strongest fetters on government over-reach, of any legislation in the country.
The best example of this is in the protection afforded to core biometric information—a subset of biometric information that includes the fingerprints and iris scans and forms the foundation of Aadhaar’s authentication mechanism. Under Section 29, core biometric information cannot be shared with anyone for any reason whatsoever. The section makes it clear, in language that brooks no exception, that this information cannot be used for any purpose other than the generation of Aadhaar numbers and authentication of Aadhaar number holders.
There are many examples throughout the bill where core biometric information has been ring-fenced in this manner. For instance, Section 8, which deals with authentication, states that the response to an authentication query must exclude core biometric information. Perhaps the most extreme manifestation of this is in the proviso to Section 28(5), which prevents the Aadhaar number holder from accessing his own core biometric information in the Central Identities Data Repository (CIDR).
The other pleasant surprise is the manner in which classic privacy principles of notice, consent and purpose limitation have been liberally sprinkled throughout the statute. Enrolment officers have to inform individuals seeking enrolment how their information will be used, who it will be shared with and what access rights they have. Requesting entities must obtain consent before collecting information for authentication and provide details of the information that will be shared and the alternatives available if the individual doesn’t want to submit identity information.
There is an entire provision (Section 28) devoted to the protection of information. This is yet another example of a provision that has been framed in the absolute—prohibiting the authority from revealing any information stored in the CIDR to anyone.
It would have been too much to ask for the legislation to have been completely devoid of exceptions—Section 33 allows for judicial and executive exceptions to the absolute prohibition against disclosure of information. It states that the protections of Sections 28 and 29 will not apply against the order of a district judge (or higher). Similarly, the protections under Sections 28 and 29 can be over-ridden by directions issued by an officer above the rank of joint secretary, in the interests of national security. Any such direction must be reviewed by an oversight committee before it takes effect.
This is not a legislation without flaws. There is a lot that’s left to be clarified through delegated legislation, and if there is one thing experience has taught us, it is that the devil is in the detail. One particularly disappointing provision is Section 29(4), which seems to allow core biometric information to be made public for purposes specified in the regulations—contrary to the manner in which it has otherwise been ring-fenced.
In the balance, this is a good legislation, filled with the kind of stiff backbone needed in a law that will form the basis for the digitization of government services. I have apprehensions about how it will be implemented, whether in practice, the privacy protections of consent, notice and purpose limitation will be given effect to. Or whether the national security exception will be misused. But given the absolutes in the drafting, it’s likely that the courts will make short work of any transgressions.

‘Ex FORCE -18’,

Foreign Observers Witness Multinational Exercise At Pune

After the successful culmination of the field training phase of ‘Ex FORCE -18’, the multinational exercise of ASEAN Plus countries on ‘Humanitarian Mine Action and Peacekeeping Operations’, over 80 observers including 28 Foreign Services Attaché’s of participating and non-participating countries were shown and briefed on the exercise and they witnessed the validation phase of the exercise on 07 March 2016. The senior dignitaries included, Senior Lieutenant General Vo Van Tuan from Vietnam (equivalent to Indian Army Chief), Lieutenant General W Wacharikul from Thailand and Director General Yoon Soon Gu from South Korea.
            The observers were taken to College of Military Engineering for witnessing the Humanitarian Mine Action Exercise in the initial part of the day. They were briefed by the FTX Planners about the background of exercise and the activities undertaken till date. The observers later visited the Mine Action Centre where they witnessed the mine action teams being effectively controlled from a single command post.
            Post lunch the observers were taken to Aundh for witnessing the Peacekeeping Operations Exercise which include military drills such as patrolling, convoy protection and deployment of Standard Combat Deployment.
           
This was followed by Exercise Debriefing, wherein contingent heads of all ASEAN Plus countries brought out the lessons learnt, experiences shared, expertise gained and the way ahead. Maj Gen Ashok Narula in his summing up complimented each one the FTX participants and trainers for display  of professional military skills of the highest order.
            At the end of the day a Camp Fire will be organized for all observers and FTX participants, where contingents from  ASEAN Plus countries will present a cultural programme. The large scale attendance by high ranking foreign observers for final phase of FTX is a testimony to the confidence bestowed on the professional acumen of the Indian Army.

a herbal medicine against Dengue

In a breakthrough move that can help in the fight against Dengue, a herbal medicine against it is claimed to have been developed by scientists in India, which accounts for 50 per cent of the global population estimated to be at risk from the disease.
Experts are now gearing up for the next step, which is to hold clinical trials and toxicity studies before seeking permission from the Ministry of Ayush and the Drug Controller of India (DCI) for commercial production.
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Experts are now gearing up for the next step, which is to hold clinical trials and toxicity studies before seeking permission for commercial production.
The project was undertaken jointly by the Department of Biotechnology (DBT), under the Ministry of Science and Technology, the International Centre for Genetic Engineering and Biotechnology and Ranbaxy Research Laboratory (now owned by Sun Pharma), and employed Ayurveda in devising the drug.
"Using the knowledge of traditional Indian medicine - Ayurveda - we developed a systematic bioassay-guided screening approach to explore the indigenous herbal bio- resource to identify plants with pan-DENV (dengue virus) inhibitory activity," said Navin Khanna, senior scientist at ICGEB and the group leader of the project.
"Results showed that the alcoholic extract of Cissampelos pariera Linn (Cipa extract) was a potent inhibitor of all four DENVs in cell-based assays, assessed in terms of viral NS1 antigen secretion using ELISA, as well as viral replication, based on plaque assays. Virus yield reduction assays showed that Cipa extract could decrease viral titers by an order of magnitude. The extract conferred statistically significant protection against DENV infection," Khanna added.
He said that preliminary evaluation of the clinical relevance of Cipa extract showed it had no adverse impact on platelet count and RBC viability. It also showed no evidence of toxicity in Wistar rats, when administered doses as high as 2g/Kg body weight for up to a week.
"We have tested it on rats and have got positive results, but now it needs to be tested on bigger animals," Khanna said. Mohammad Aslam, senior advisor to DBT, which funded the project, said since the drug has been made from plant extracts and not chemicals, it has sought permission from both the Ministry of Ayush and also the Drug Controller of India.
"The drug has proved to be resistant to four types of dengue virus. Sun Pharma has been tasked with launching the drug commercially after conducting the trials," Aslam said, adding that the company has patents in 17 countries where cases of dengue are high.
Dengue, a mosquito-borne viral disease, poses a significant global public health risk. In tropical countries such as India, where periodic dengue outbreaks can be correlated to the high prevalence of the mosquito vector circulation of all four dengue viruses (DENVs) and the high population density, a drug for dengue is being increasingly recognised as an unmet public health need.
India represents 50 per cent of the global population estimated to be at risk of dengue. Severe dengue, which is potentially fatal, correlates with very high virus load, reduction in platelet counts and haemorrhage.

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