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Showing posts with label technology. Show all posts
Showing posts with label technology. Show all posts

Tuesday, March 22, 2011

Difference between 2G and 3G

2G refers to second generation wireless telecommunication technology developed mainly for voice services and slow data services with data rates upto 9.6Kbps whereas, the 3G (3rd generation) mobile telecommunications is the generic name for the next generation of mobile networks that combines wireless mobile technology with high data rate transmission capabilities. The 3G network is capable of providing higher data rates upto 2 Mbps and supporting a variety of services such as high-resolution video and multi media services in addition to voice, fax and conventional data services.

Recently conducted auction of 3G spectrum has fetched Rs.3350.116 Crores per MHz, whereas there is no upfront cost of 2G spectrum as per the existing license conditions.

As on record no information is available where the price of 2G spectrum has been equated with 3G in any country of the world.

This reply was given by Shri Sachin Pilot, the Minister of State in the Ministry of Communications and Information Technology in response to a question in Parliament.

Sunday, August 30, 2009

Faq's on Digital Signature Certificate

Digital Signature Certificates (DSC) are the digital equivalent (that is electronic format) of physical or paper certificates. Examples of physical certificates are drivers' licenses, passports or membership cards. Certificates serve as proof of identity of an individual for a certain purpose; for example, a driver's license identifies someone who can legally drive in a particular country. Likewise, a digital certificate can be presented electronically to prove your identity, to access information or services on the Internet or to sign certain documents digitally.
Like physical documents are signed manually, electronic documents, for example e-forms are required to be signed digitally using a Digital Signature Certificate.
A licensed Certifying Authority (CA) issues the digital signature. Certifying Authority (CA) means a person who has been granted a license to issue a digital signature certificate under Section 24 of the Indian IT-Act 2000.
The different types of Digital Signature Certificates are: Class 2: Here, the identity of a person is verified against a trusted, pre-verified database.

Class 3: This is the highest level where the person needs to present himself or herself in front of a Registration Authority (RA) and prove his/ her identity.
The cost of obtaining a digital signature certificate may vary as there are many entities issuing DSCs and their charges may differ.
The time taken by CAs to issue a DSC may vary from three to seven days.
The Certifying Authorities are authorized to issue a Digital Signature Certificate with a validity of one or two years.
Digital Signatures are legally admissible in a Court of Law, as provided under the provisions of IT

Sunday, August 9, 2009

CSIR - LEADERSHIP FOR INNOVATION AND FUTURE FRAMEWORK (CLIFF)

CSIR- LEADERDHIP FOR INNOVATION AND FUTURE FRAMEWORK (CLIFF) is a consultative system which work at institutional as well as at CSIR corporate levels to constantly add values to the learning process pf the participant s and also to suggest proactive, relationship based and systematic changes in CSIR. The CLIFF launched on 15 October, 2008, seeks to provide a platform which will make this consultative process facile, interactive and transparent.
VISION :

An apolitical structure to act as a think-tank to delib

erate on new perspectives

on S&T policy, new initiatives and roadmaps

MISSION :

1. RESPONSIVENESS- Anticipate, adapt to and address the changing needs

of the nation

2. ENTERPRISE- Evolve and strengthen CSIR

3. INNOVATION- Seek continual improvement in science, technology,

management, business and administration

4. EFFICACY- Ensure CSIR’S Viability in globally competitive environments

Saturday, August 8, 2009

Press Note - Subject- Electronic Voting Machines- regarding

The Election Commission had, in an extraordinary measure, invited those who have recently expressed reservations about the Electronic Voting Machine (EVM) to come and demonstrate the points made in their allegations from 3rd to 8th August 2009. Those invited included political parties, petitioners before various courts and some individuals who had been writing to the Commission on this issue. One hundred EVM samples were obtained on random basis from ten states namely, Andhra Pradesh, Delhi, Gujarat, Karnataka, Madhya Pradesh, Maharashtra, Punjab, Rajasthan, Tamil Nadu and Uttar Pradesh. These were kept at the Commission’s office in readiness for scrutiny and for any application to establish its alleged fallibility. The EVMs were offered for such demonstration in the presence of a technical experts group as well as engineers representing the EVM manufacturers, BEL and ECIL. These engineers were especially called from Hyderabad and Bangalore and stationed in ECI’s office for a whole week for this specific purpose. The outcome of this exercise is that none of the persons, who were given the opportunity, could actually demonstrate any tamperability of the ECI-EVM, in any of the hundred machines put on display. They either failed or chose not to demonstrate.

The Election Commission would like to underline that it always had a firm conviction and complete satisfaction that EVMs could not be tampered with. Its faith on the machine has never wavered through the conduct of elections in the last many years including the nation-wide general elections in 2004 and 2009 and over 30 general elections to state assemblies during the last five years. In the past, no one has been able to actually demonstrate that EVMs used by the Election Commission can be tampered with or manipulated. What has been demonstrated or claimed to have been demonstrated is on a privately assembled “look-alike of ECI-EVMs” and not the actual ECI-EVM. However, the aforesaid extraordinary measure was undertaken by the Election Commission in fulfillment of its responsibility not to allow even a small shade of doubt about any aspect of its operation and in order to set at rest any misgiving anywhere. Today, the Commission once again completely reaffirms its faith in the infallibility of the EVMs. These are fully tamper-proof, as ever.

Dr. Kirit Somaiya, Vice-President, BJP, Maharashtra, accompanied by some others, visited the Commission on 7 August 2009 responding to the Commission’s invitation. He categorically stated that he was not opposed to the use of EVMs and he had never wanted to do any demonstration about the tamperability of EVMs. He however made certain suggestions for consideration of the Commission in line with his earlier correspondence with ECI. Ms. Veena Singh, a candidate in recent Parliamentary election in Madhya Pradesh also visited the Commission and made certain general points regarding physical handling of EVMs. It was explained to her that there are sufficient safeguards to take care of such problems. Shri Satinath Chaudhury, a petitioner in the Supreme Court in 2004 on the EVM issue, came on 8th August 2009 and after making some attempts, failed to demonstrate that the EVM could be tampered with.

Shri Omesh Saigal, who visited the Commission on the same day, accompanied by some others, refused to demonstrate the points earlier raised by him, using any of the 100 actual ECI-EVMs, he was offered to choose from. In a letter, addressed to the Chief Election Commissioner and handed over to EC officials, he in turn wanted certain arrangements for him and his team of hardware and software professionals from a private company before coming to demonstrate about the tamperability of the EVM. He also offered to show what he claimed as possibility of tampering using his personal computer and a ‘look alike’ of the ECI-EVM, that was privately manufactured, and is also seen on several TV channels. It was pointed out to Shri Saigal that the ECI-EVM was not at all comparable with what he had brought. Based on this, the EC officials declined to deal with, what appeared to be an imitation machine, so as to avoid creating any confusion in public mind. Shri Saigal made also a request to the Commission to consider pre-poll audit of the EVMs.

The Supreme Court of India, while disposing of a petition filed by Shri V. V. Rao and three others belonging to the Jan Chaitanya Vedika, raising questions about use of Electronic Voting Machines in the elections, on 27 July 2009 observed that the petitioners could approach the Election Commission in the matter. Similar petitions were filed before three High Courts in the country. These are the Madras High Court, the Bombay High Court and the High Court of Madhya Pradesh (Jabalpur bench). These petitions also raise allegations about the possibility of tampering with the EVMs. The Mumbai High Court has since dismissed the petition asking the petitioner to approach the Election Commission. The Election Commission has invited all these petitioners to come and demonstrate their points before the Commission. But none of them turned up for making a demonstration from 3rd August 2009 to 8th August 2009.

EVMs have served the country’s elections well. These were introduced after long ranging political, technical and administrative consultations since 1979. The use of machines has helped prevent several electoral malpractices and resulted in more efficient conduct of elections. Judgments from various courts have upheld the use of EVMs and technical experts have endorsed the machines from time to time. In fact, the Karnataka High Court has hailed the EVM as ‘a national pride’. Similarly, the Madras High Court, after elaborate consideration of the issue in a batch of petitions in 2001, rejected allegations that the EVMs could be tampered. The issues recently raised by petitioners in the Courts and by some others, broadly allege the possibility of tampering with the machine during the manufacturing process or while operating the machine. The following facts about ECI-EVMs conclusively rule out any such possibility.

Facts about EVMs used by ECI

i. ECI-EVMs are manufactured only by Electronics Corporation of India Limited (Department of Atomic Energy) and Bharat Electronics Limited (Ministry of Defence), both Central Public Sector Undertakings, which are entrusted with development of very high security product/equipment development.
ii. The ECI-EVMs cannot be reprogrammed.
iii. The software for this chip is developed in-house by a select group of engineers in the two PSUs independently from each other. A select software development group of 2-3 engineers designs the source code and this work is not sub-contracted.
iv. The source code is so designed that it allows a voter to cast the vote only once. The next vote can be recorded only after the Presiding Officer enables the ballot on the Control Unit. In between the machine becomes dead to any signal from outside (except from the Control Unit).
v. After completion of software design, testing and evaluation of the software is carried out by an independent testing group as per the software requirements specifications (SRS). This ensures that the software has really been written as per the requirements laid down for its intended use only.
vi. After successful completion of such evaluation, machine code of the source programme code known as hex-code (not the source code itself) is given to the micro controller manufacturer for fusing in the micro controllers. From this machine code, the source code cannot be read. Source code is never handed over to anyone outside the software group.
vii. Micro controller manufacturer initially provides engineering samples for evaluation. These samples are assembled into the EVM, evaluated and verified for functionality at great length. Bulk production clearance is given to micro controller manufacturer only after successful completion of this verification.
viii. The source code for the EVM is stored under controlled conditions at all times. Checks and balances are in place to ensure that it is accessible to authorized personnel only.
ix. During production, functional testing is done by production group as per the laid down quality plan and performance test procedures.
x. Samples of EVMs from production batches are regularly checked for functionality by Quality Assurance Group, which is an independent group within the organizations.
xi. Certain additional features were introduced in 2006 in ECI-EVMs such as dynamic coding between Ballot Unit and Control Unit, installation of real time clock, installation of full display system and date and time stamping of every key pressing in EVM. It is important to note that there was no modification of any type done at this stage in the basic functions of the machine.

Not comparable with EVMs Abroad

The Commission has come across some comparisons between ECI-EVM and EVMs used by foreign countries. Such comparisons are both misplaced and misguided. Most of the systems used in other countries are PC based and running on operating Systems. Hence, these could be vulnerable to hacking. The EVM in India on the other hand is a fully standalone machine without being part of any network and with no provision for any input. As already stated, the software in the EVM chip is one time programmable and is burnt into the chip at the time of manufacture. Nothing can be written on the chip after manufacture. Thus the ECI-EVMs are fundamentally different from the voting machines and processes adopted in various foreign countries. Any surmise based on foreign studies or operating system based EVMs used elsewhere would be completely erroneous. The ECI-EVMs cannot be compared with those EVMs.

Complete Procedural Security

The Commission has in place elaborate administrative measures and procedural checks-and-balances aimed at prevention of any possible misuse or procedural lapses. These measures include rigorous pre-election test and inspection of each EVM by the technicians, two level randomization with the involvement of candidates and their agents, for the random allotment of the EVMs to various constituencies and their subsequent dispatch to various polling stations. Preparation of the EVMs for elections is done in the presence of the candidates/their agents and sealing of the prepared EVMs is also done in candidate’s or their agent’s presence. Thread seal are fixed on the EVM where again, the candidates or their representatives put their own signature and seals. Paper seals guards against any unauthorized access to the EVMs after preparation. EVMs are then kept in sealed strong rooms with provision for the candidates to put their individual seals on the strong rooms. The EVMs are randomized twice over. The list of EVMs going to individual polling stations is given to the candidates for them to check, on the poll day the actual machine, that is used in that polling station. Furthermore a mock poll is conducted in the presence of polling agents, when the polling agents can verify, inter-alia, the EVM numbers. A mock poll certificate is taken before the commencement of poll. After the mock poll the machine is set back to zero and green paper seal printed at Government Security Press is put in, where once again every polling agent is allowed to put his/her signature. After the polls, the EVM are also sealed in such a manner that there is no physical access to any of the buttons on the EVMs. Indeed there is no access to the EVMs itself since the carrying case is sealed completely. The machines are put in the strong room again in presence of the candidates, observer of the commission under video camera surveillance. The strong room is allowed to be guarded by the supporters of the candidates besides the police protection provided to strong rooms. At every step, the EVM is very well protected and elaborate arrangements are in place for the same.

Election Commission of India
8th August , 2009,New Delhi

Saturday, July 11, 2009

Battle for multi-billion dollar e-governance projects hots up

Leslie D'Monte in New Delhi

The battle over standards for the multi-billion dollar e-governance projects is once again hotting up.

IT majors like IBM, Sun Microsystems and Red Hat have shot letters to industry bodies -- Nasscom (for software) and MAIT (for hardware) -- and the department of information technology, protesting over the inclusion of clauses which allow for 'multiple standards' and 'royalty on software' versus a 'single' standard and 'free' software.

At the second meeting of the apex body on standards for e-governance held on June 17 this year, all the members approved Unicode 5.1.0 as a standard for e-governance applications for all 22 Indian languages (except Kashmiri).

They also approved the Open Type Font as a mandatory standard for e-governance applications.

With regard to metadata (name, age, sex, etc. for land records and the like) and data standards, too, there was a consensus.

However, it was on the draft policy on 'Open Standards' that the differences emerged. While Nasscom presented that 'multiple' standards should be allowed, secretary DIT, R Chandrasekhar, himself pointed out that 'complete interoperability could possibly be achieved through single standard.' However, he added that the '. . .possibility of ensuring the same through multiple standards can also be considered in consultation with Industry.'

Nasscom and MAIT were to get back with industry feedback on this subject by July 7-8 which they did.

But players like IBM and Sun are not happy. Insisting that they do not subscribe to Nasscom's views on the subject, they have put on record that they were not consulted by the software body before it presented its view to the government.

"Sun Microsystems believes the Draft Policy on e-Governance Standards, ver 2.0 is an extremely well drafted policy evolved by the government and the policy will help save valuable tax payer's money from being wasted and in creating sustainable e-governance assets...Specifically, we believe that adopting multiple standards in any way will greatly damage the critical e-governance infrastructure of the country and would also increase its vulnerability.

"We also believe that adopting standards that are not Royalty free will compromise the technological sovereignty of the nation....Sun Microsystems was not consulted by Nasscom before presenting its view on the Draft Policy on e-Governance standards," stated Jaijit Bhattacharya, country director, Government Strategy (Asia South and India), Sun Microsystems India, in a letter addressed to Nasscom President Som Mittal.

Ashish Gautam, country leader (open standards), IBM India, confirmed the same and said: "We have written to the DIT, expressing our concern on these suggestions."

Venkatesh Hariharan, corporate affairs director, Red Hat, too, asserted that his company was not consulted, adding: "...We do not support the recommendations of Nasscom...since standards should belong to humanity and not be controlled or owned by anyone.

"In the physical world, we do not pay for using standards like weights and measures. . .In order to protect India's digital sovereignty, we must ensure that national data is stored in formats that are open and free of all encumbrances like royalties, patent claims etc. The government is the custodian of data that belongs to the citizens of India. It must therefore ensure that this data is not stored in formats that are owned and controlled by anyone."

Vinnie Mehta, executive director, MAIT, when contacted, said: "We are in the process of consulting our members, and will soon come up with a well thought-out stance." The e-governance apex committee is expected to meet shortly.

The draft 'Open Standards' policy for e-governance has been in the works for the last two years and several public consultations have been held on this subject. The two recommendations -- one of royalty under 'reasonable and Non Discriminatory' terms and multiple standards -- if accepted, will lead to multiple, proprietary standards, argue these companies.

Egovernment data like land records, etc., these companies point out, remain relevant for hundreds of years. If this data is stored in proprietary formats, it will prove expensive for the country in the long-term, and unnecessarily end up gobbling tax payers' money (if royalty has to be paid).

Incidentally, there has never been a more intense global industry debate over 'open standards'. On the one hand is Microsoft's Office Open XML file format backed by Apple, Novell, Wipro [Get Quote], Infosys [Get Quote], TCS [Get Quote], and Nasscom. On the other is the Open Document Format, supported by the likes of IBM, Sun Microsystems, Red Hat, Google, the Department of Information Technology, National Informatics Centre, CDAC, IIT-Mumbai and IIM-Ahmedabad.

India recently maintained its earlier stance of 'No' to the software major's OOXML (which has been accepted by the International Organisation for Standardisation as an international standard).

ODF proponents oppose OOXML on the grounds that 'multiple standards' are not good, while Microsoft argues that OOXML -- a recognised standard by ECMA International too -- is a response to evolving technology formats in line with continual evolving technology systems.

The debate appears to be a proxy for product competition in the marketplace, argue opponents. It is significant, in part, because it will influence the future success of Microsoft Office -- one of Microsoft's largest and most profitable product families.

Governments are wary of holding digital data in proprietary formats, which could make them hostage to a software vendor.

States such as Delhi, Kerala and others from the North-East are heavy adopters of ODF file formats which are open and free (excluding maintenance and support).

Courtesy: Rediff

Sunday, May 24, 2009

Information Technology and Banking – A Continuing Agenda

(Keynote Address delivered by Dr. D. Subbarao, Governor, Reserve Bank of India on May 18, 2009 at the Banking Technology Awards 2008 of the Institute for Development & Research in Banking Technology, Hyderabad.)

I am delighted to be here today to celebrate outstanding Information Technology achievements in the Indian banking sector. We are all well aware of the significant contributions that Indian IT professionals have made in the world arena. In fact, when the phrase “Indian talent” is used, it is often meant as a synonym for IT excellence.

IT in the Indian Financial Sector – the Beginnings

2. The use of technology in expanding banking has been a key focus area of the Reserve Bank. Technological innovation not only enables a broader reach for consumer banking and financial services, but also enhances its capacity for continued and inclusive growth.

3. There are several factors attributed to India’s high growth in the recent period - improved productivity, growing entrepreneurial spirit, and higher savings, to name the most important. But one factor usually goes unacknowledged – that is financial intermediation. I believe improvement in the quantum and quality of financial intermediation ranks along with other factors that I mentioned above as a key growth driver. And one of the factors that drove the improvement in the quantum and quality of financial intermediation is more wide spread and more efficient use of IT.

4. Implementing IT in an Indian banking system dominated by government-owned banks has not been easy. In his book ‘Imagining India – Ideas for the New Century’, Nandan Nilekani makes interesting references to this issue. He writes about his travels around the country in the early 1990s, speaking about the role of, what was then called in typical Indian English as ‘electronification’ in Indian banking. After one such presentation, Nandan writes, the chairman of a bank advised him to stop preaching, warning him that (quote), ‘The unions will gherao you in your house!’ (unquote) Nandan goes on to describe another presentation before an incredibly hostile audience, who dismissed out of hand all his ideas and suggestions. But at the end of the presentation, the union leader told him privately that both his sons were working for Microsoft on software solutions. I am told that during the initial days of IT implementation at the Reserve Bank, systems had to be smuggled into the office when ‘the world was sleeping’. Happily for us, IT implementation no longer faces opposition from any quarter. Indeed, everyone welcomes it. Even the trade unions have become extensive users of technology.

5. On this occasion, as we honor achievement in technology implementation, I want to share a few thoughts on the role of IT in the Indian financial sector.

IT in the Indian Financial Sector – Status Today

6. First, let me briefly review the current status of IT in the financial sector. More than most other industries, banks and financial institutions rely on gathering, processing, analyzing and providing information in order to meet the needs of customers. Given the importance of information in banking, it is not surprising that banks were among the earliest adopters of automated information processing technology. The visible benefits of IT in day-to-day banking in India are quite well known. There’s ‘Anywhere Banking’ through Core Banking Systems, ‘Anytime Banking’ through new, 24/7/365 delivery channels such as Automated Teller Machines (ATMs), and Net and Mobile Banking. In addition, IT has enabled the efficient, accurate and timely management of the increased transaction volume that comes with a larger customer base. It has also facilitated the movement from class banking to mass banking.

7. The past few years saw us marking some major milestones in the Indian payment and settlement systems. The introduction of the Real Time Gross Settlement (RTGS) System has resulted in compliance with the Basle Core Principles for Systemically Important Payment Systems of the Bank for International Settlements. It also has paved the way for risk-free, credit push-based fund transfers settled on a real-time basis and in central bank money. The facility for inter-bank funds settlement through RTGS is today available across more than 55,000 bank branches, in more than 2500 regional centers across the country – a coverage span perhaps not seen anywhere else in the world.

8. Now, let’s compare today’s situation with what was in place in 2004, when only 4,800 branches offered RTGS. The rapid acceptance of RTGS by users can be measured by the daily transaction volume: today, we settle close to 100,000 transactions a day in the RTGS mode, up from just about 6000 transactions a day in 2004-05. In fact, quick, safe and efficient electronic movement of funds from virtually any part of the country to any other location is now almost guaranteed. This is enabled by the coordination with the National Electronic Funds transfer (NEFT) System and the National Electronic Clearing Service (NECS). In 2005, RBI was clearing about 2.70 lakh NEFT transactions a month. This number has jumped exponentially to nearly 40 lakh a month today. The establishment of the legal framework for all of this – in the form of the Payment and Settlement Systems Act, 2007 – provides the requisite supportive structure for these systems.

9. I also want to highlight here the extent of customer migration to electronic payments in India. From less than half a percent of transactions in the electronic mode in 2001, today we process close to about 30 crore transactions per year in the electronic mode. The same holds true for RBI’s recent initiative away from High Value Clearing to electronic modes – a move aimed at creating a safer, secure and credit-push based funds transfer route that has gained considerable traction.

10. We have also seen developments in the communication network and messaging system in India. This institute, the Institute for Development and Research in Banking Technology (IDRBT), set up by the RBI in 1997, implemented the INdianFInancialNETwork – the INFINET – a ‘one-of-a-kind’ initiative for the banking sector aimed at sharing expensive IT resources so as to achieve economies of scale. One of IDRBT’s notable achievements has been the implementation of Public Key Infrastructure (PKI) - based electronic data transfer with very high security levels. The Institute also developed a messaging standard called Structured Financial Messaging System (SFMS) with security features superior even to SWIFT. Today INFINET has migrated to the latest MPLS technology in an effort to provide a state-of-the-art network.

11. IDRBT also set up the National Financial Switch for interconnecting ATMs. It’s interesting to note that at the turn of the century, there were only about 4000 ATMs in all of India, and today there are more than ten times this number, and all of them interconnected. These changes have enabled RBI to take two major steps in this area in recent months. First, ATM card holders can use any ATM in the country irrespective of which bank issued them the card; and second, use of ATMs has become free of charge since April 1, 2009. So, now a customer can go to any ATM and withdraw money free of charge regardless of which ATM is being used and which bank issued the card.

12. IDRBT also spearheaded research in the field of banking technology and has been the centre for excellence in training in this area. Over the years, the role of the institute has extended beyond research to providing various services to the banking community. Now, a committee headed by Dr C Rangarajan is looking into redefining IDRBT’s role. Recommendations from this committee are anticipated soon.

13. Given the growing importance of IT in the banking sector, it is appropriate that the IDRBT provides incentives to the IT-based operations of commercial banks by evaluating their IT capabilities and motivating them to push for improvements by instituting these awards, which are going to be presented today.

IT in the Financial Sector: the Continuing Agenda

14. Information technologies and the innovations they enable are strategic tools for enhancing the value of customer relationship. They reduce the costs of financial transactions, improve the allocation of financial resources, and increase the competitiveness and efficiency of financial institutions.

15. Even as the achievements of IT in the banking sector are impressive, we have a big agenda on the way forward. Current financial sector leaders still need to take greater advantage of new technologies and information-based systems and expand the coverage of the Indian banking and financial system.

16. What do I mean by this? For instance, the potential of IT in extending banking services to under-served markets in rural and semi-urban areas is enormous. The use of Smart Card technology, mobile ATMs, coverage of post offices under electronic payments networks in out-of-reach areas – all could play significant roles in providing financial services to more people and thereby serve financial inclusion.

17. There is tremendous potential for the business growth of financial institutions on the one hand and the inclusive growth of India on the other. We have already seen banks using innovative approaches such as solar power- and mobile technology-based connectivity for branches. A variety of options are available which enable extended reach of such services. I urge banks to identify the technological model that is right for them. We have already seen the positive benefits that come from extending the reach of banking services through pilot projects in Andhra Pradesh and parts of the North East. The Reserve Bank also has announced its intention to expand the reach of banking in the North East even further by funding the cost of connectivity using VSAT technology. IBA is working on the details of this effort.

18. India is experiencing an explosion in the use of mobile communication technology. And this is a development that the financial sector can exploit. Mobile phone users belong to all strata of society, spread across metropolitan centres, towns and villages. Banks can take advantage of this expanded reach of telecom if they provide services through this medium. The phone’s integrated chip can function as a multi-application smart card, thus making banking services available to virtually every mobile phone owner. This holds substantial promise as the delivery vehicle of the future: there is huge potential and an exciting opportunity. However, the expansion of such capabilities must be accompanied by a minimum level of essential security features and continued compliance with established covenants relating to privacy of customer transactions.

19. The potential of IT for the near future also includes:

  • Enabling differentiation in customer service;
  • Facilitating Customer Relationship Management (CRM) based on available information, which can be stored and retrieved from data warehouses;
  • Improving asset-liability management for banks, which has a direct bearing on the profits of banks;
  • Enhancing compliance with anti-money laundering regulations; and
  • Complying with Basel II norms

Implementation Challenges

20. New technologies set off a process of change. That, in turn, poses its own set of challenges to institutions as well as to consumers. IT is not yet a very comfortable choice for millions. Therefore, if we are to encourage IT proliferation, we must facilitate a change in customer mindsets and attitudes. Consumer awareness is a major challenge. It must be addressed as a whole. As automation increases and as products come with ever more technology based components, bank customers must understand up front the pros and cons of various products. Banks have to share the responsibility of providing this education. It is not just about the mere listing of all the terms and conditions on the agreement which, if we are being honest, rarely get the attention or focus that they deserve. People should read this information, but do they? Beyond that, people should understand all that is written in technical and legal language, but can they? Real education will lead to breakthroughs in understanding. More consumers would be more eager and willing to move towards use of technologically-enhanced products. In turn, this will act as a multiplier, with a positive impact on bank performance.

21. Banks also must pass on the benefits of lower costs from technology-based products and services to their customers. I was surprised to note that transfer of funds from one branch of a bank to another, both under the Core Banking System, entailed a service charge for the remitting customer. It does not make sense that the charge for such funds movement within a bank is much more than for inter-bank funds transfers! Let me be candid. The entire institution of banking is built on consumer trust. By imposing charges not commensurate with the cost of services provided, we risk losing this fundamental trust that underlies a banking relationship.

22. No doubt deployment of IT offers ample rewards. But these rewards can be claimed only by organizations which successfully address the alignment challenge. Alignment of IT and business, alignment of IT and HR and alignment of IT and organizational structure. These are all critical to derive true value. Working in silos deprives several benefits. All this should culminate in IT governance as an important component of corporate governance.

23. Security in an IT-based transaction processing environment is also critical. Adequate security controls must be in place. This includes the validation of transactions using the maker-checker concept, transmission of electronic messages over a network in encrypted form, due authentication by means of providing for digital signatures and storage of electronic records in conformity with the provisions of the IT Act, 2000 and amendment Act 2008. There is also the human element, and this is an issue as well: studies from around the world show that a significant proportion of IT frauds is the work of insiders. This underscores the need for ensuring that proper controls are in place and that they work properly.

24. Another serious challenge, particularly for public sector banks, is capacity building and talent retention. The success of IT implementation is ultimately manifested at the counters of the bank or at the ATMs and not in the data centres. If IT implementation in the early stages faced challenges from the trade unions today banks face different kinds of challenges. If a customer is turned back on the last day of tax payment (any facility will not change this habit!) or a cheque gets returned because CBS can not be accessed at the branch, the entire edifice of efficiency collapses in the eyes of the common man! Banks must make sure to avoid such interfaces which erode trust and confidence.

Conclusion

25. Let me now conclude. We know that investments in newer technologies must be made to modernize existing operations, to face competitive challenges, and to meet customer expectations. Some of these investments will also be made with the goal of achieving cost savings, energy efficiency and environmental friendliness. In the years ahead, the ability of banks to harness new technologies to meet the demands of households and businesses will be tested. I am confident that banks and other financial institutions will meet these challenges head on, continue to find new and better ways to put technology to their and their customers’ best use, and that they will manage the technology and business risks associated with these investments.

26. The identification and recognition of technology leaders in the form of these Technology Awards underscores our ability to excel in our respective fields. The awards of today are not a culmination; instead they mark another milestone in our journey towards an efficient, effective and, may I add, sensitive and user friendly financial system.

27. My congratulations to all the award winners today.

Thursday, May 21, 2009

CGHS launched new website

CGHS today launches its revamped & improved version of website. Take a look here

Saturday, April 25, 2009

Tree Tracking goes Hi-tech in India

A team of botanists in Mumbai are planning to map trees with the help of GPS based etchnology. Environmentalist, Ramesh Madav and his team, who have founded Terracon Ecotech Pvt. Ltd, will be out with equipment that can determine the exact location of a tree using global positioning system, or GPS, a satellite-based technology typically used in vehicle navigation and location-based information search.

Each unit, costing around INR 85,000, records the latitude and longitude of a tree, achieving an accuracy of within 5m. In addition, the botanists will record other details such as the height, canopy and condition of each tree in digital format, all of which will be transferred to a master information system that will plot the data on maps. This will make it easier to audit data and regulate illegal or irregular tree felling. The company has signed a contract with Thane's municipal corporation to conduct a tree census for the district over the next few months.

The company is currently building a proprietary software platform called Vruksha Sharad to map and analyse the tree data more effectively. It also wants to increase its current team of 60 field officers, each a qualified botanist, to around 200.

'Go green': New IT Mantra

On the occasion of the Earth Day that was served April 22, 2009 most of IT companies pledge to conserve the environment's resources and save energy costs in the bargain. According to the study conducted by IDC in the Asia-Pacific region, 18 percent of the organisation consider the greenness of the IT suppliers before making a selection, and another 30 per cent are expected to do so in the near future.

Maharashtra-based Chitale Diary, for instance, consolidated its IT environment into three physical servers (from 10) in one data centre. These servers host 20 virtual servers running multiple applications and operating systems. With a virtualised environment, the firm reduced hardware acquisition costs by 50 per cent, server deployment time came down from three weeks to a few hours. And it brought in 50 per cent reduction in power, cooling, and real estate. IBM has committed over $1 billion to the Big Green Innovation initiative launched in 2007. The project focuses on intelligent energy (smart grids and alternative energy), carbon management, water management, and computational modelling. Intel, on its part, integrated 'Design for Environment' principles into its production.

The Climate Savers Computing Initiative (CSCI), co-founded by Intel and being led in India by Nasscom, CII, TERI and WWF works globally with manufacturers and consumers to increase the energy efficiency of personal computers (PCs) and servers by 50 per cent with the help of power-management tools. Cisco has also launched Energy Wise, a technology that makes it possible for businesses to reduce carbon emissions, by managing energy consumption of devices on the network when they are not in use. While Wipro has signed a Memorandum of Understanding (MoU) with WWF to collaborate in several areas of sustainability like the application of IT solutions to ecological sustainability. IT companies are aiming to reduce CO2 emission by 54 million tonnes a year and cut energy costs by $5.5 billion by 2010.

Courtesy: e Gov

Thursday, February 26, 2009

VIRTUAL ISSUE

Hosts liable only for own content on Net
Manoj Mitta | TNN

New Delhi: While internet users may face libel for what they write themselves, the “intermediaries” who host such content are liable only if they are consciously complicit to the offence or fail to remove the offending material immediately after it is brought to their notice by the authorities.
This is evident from the amended Information Technology Act, which came into effect barely 20 days ago. Hence, when the Supreme Court rebuffed this week an internet user’s plea to quash criminal action, it steered clear of making any observations about the corresponding liability of intermediaries.
The new Indian law is in keeping with the international trend of limiting the liability of intermediaries to situations where they act as “publishers” (with scope to moderate or edit the content) rather than as “distributors” (aggregators of information like libraries and book shops).
Accordingly, the amended section 79, which was in the Bill that was passed by Parliament in December 2008, says that where the intermediary in effect acts as no more than a distributor, he “shall not be liable for any third party information, data or communication link made available or hosted by him.”
Section 79 provides that the intermediary is exempt from liability in all cases where:
the function of the intermediary is limited to providing access to a communication system over which information made available by third parties is transmitted or temporarily stored or hosted;
the intermediary does not (i) initiate the transmission, (ii) select the
receiver of the transmission, and (iii) select or modify the information contained in the transmission;
the intermediary observes due diligence while discharging his duties under this Act and also observes such other guidelines as the Central Government may prescribe in this behalf.
An ‘‘intermediary’’ has been defined in the amended law as “any person who on behalf of another person receives, stores or transmits that record or provides any service with respect to that record and includes telecom service providers, network service providers, internet service providers, web-hosting service providers, search engines, online payment sites, online auction sites, online market places and cyber cafes.”
The elaborate safeguards for intermediaries contained were drafted in the wake of the industrywide scare spread by the 2004 DPS-MMS scandal, which led to the arrest of the CEO of auction site baazee.com where a CD containing the salacious clip was offered on sale by a user.
Conversely, section 79 says that the immunity against criminal liability shall not apply in cases where “the intermediary has conspired or abetted or aided or induced whether by threats or promise or otherwise in the commission of the unlawful act.”
But the police had sought to justify the CEO’s arrest by accusing him of taking too long to remove the CD from the auction site. Now the amended section 79 stipulates that the intermediary is liable to criminal action where “upon receiving actual knowledge, or on being notified by the appropriate government or its agency that any information ... the intermediary fails to expeditiously remove ... that material’’.
Courtesy: TOI

Wednesday, February 18, 2009

Here comes one charger for all mobile phones


©CyberMedia News

Sunday, February 1, 2009

Save Energy with Eco-Friendly search engine

EcoSmartSearch

Andrew Davey, a 13-year-old who lives in Knaphill, Surrey, UK has created a search engine website that can help people save energy. Andrew got the idea from a Mark Ontkush, who concluded that an all-white web page uses 74 watts of energy compared to 59W from an all-black webpage. Therefore changing from using a white web page to a black one would save up to 15W every time it’s displayed.

Andrew has created EcoSmartSearch, a search engine powered by Google, but displays results pages in black rather than in white. Here are some numbers, as quoted from Andrew’s search engine website:

"Take at look at Google, who gets about 200 million queries a day. Let’s assume each query is displayed for about 10 seconds; that means Google is running for about 550,000 hours every day on some desktop. Assuming that users run Google in full screen mode, the shift to a black background will save a total of 15 (74-59) watts. That turns into a global savings of 8.3 Megawatt-hours per day, or about 3000 Megawatt-hours a year. Now take into account that about 25 percent of the are CRTs, and at 10 cents a kilowatt-hour, that’s $75,000, a goodly amount of energy and dollars for changing a few colour code"

Tuesday, January 27, 2009

Google Gdrive: Is the 'PC killer' arriving?


©CyberMedia News

Saturday, January 17, 2009

RBI FAQ on NEFT System

Q.1. What is NEFT System?

Ans : National Electronic Funds Transfer (NEFT) system is a nation wide funds transfer system to facilitate transfer of funds from any bank branch to any other bank branch.

Q. 2. Are all bank branches in the system part of the funds transfer network?

Ans : No. As on December 31, 52427 branches of 89 banks are participating. Steps are being taken to widen the coverage both in terms of banks and branches.

Q.3. Whether the system is centre specific or has any geographical restriction?

Ans : No, there is no restriction of centres or of any geographical area inside the country. The system uses the concept of centralised accounting system and the bank's account, that are sending or receiving the funds transfer instructions, gets operated at one centre, viz, Mumbai only. The individual branches participating in NEFT could be located anywhere across the country, as detailed in the list provided on our website.

Q.4. What is the funds availability schedule for the beneficiary?

Ans : The beneficiary gets the credit on the same Day or the next Day depending on the time of settlement.

Q.5. How does the NEFT system operate?

Step-1: The remitter fills in the NEFT Application form giving the particulars of the beneficiary (bank-branch, beneficiary's name, account type and account number) and authorises the branch to remit the specified amount to the beneficiary by raising a debit to the remitter's account. (This can also be done by using net banking services offered by some of the banks.)

Step-2: The remitting branch prepares a Structured Financial Messaging Solution (SFMS) message and sends it to its Service Centre for NEFT.

Step-3: The Service Centre forwards the same to the local RBI (National Clearing Cell, Mumbai) to be included for the next available settlement. Presently, NEFT is settled in six batches at 0900, 1100, 1200, 1300, 1500 and 1700 hours on weekdays and 0900, 1100 and 1200 hours on Saturdays

Step-4: The RBI at the clearing centre sorts the transactions bank-wise and prepares accounting entries of net debit or credit for passing on to the banks participating in the system. Thereafter, bank-wise remittance messages are transmitted to banks.

Step-5: The receiving banks process the remittance messages received from RBI and effect the credit to the beneficiaries' accounts.

Q.6. How is this NEFT System an improvement over the existing RBI-EFT System?

Ans : The RBI-EFT system is confined to the 15 centres where RBI is providing the facility, where as there is no such restriction in NEFT as it is based on the centralised concept. The detailed list of branches of various banks participating in NEFT system is available on our website. The system also uses the state-of-the-art technology for the communication, security etc, and thereby offers better customer service.

Q.7. How is it different from RTGS and EFT?

Ans : NEFT is an electronic payment system to transfer funds from any part of country to any other part of the country and works on Net settlement, unlike RTGS that works on gross settlement and EFT which is restricted to the fifteen centers only where RBI offices are located.

Q.8. Any limit on the amount of individual transaction?

Ans : There is no value limit for individual transactions.

Q.9. What about Processing Charges/Service Charges

Ans : While RBI has waived the processing charges till March 31, 2009. With a view to rationalize the service charges levied by banks for offering various electronic products, a broad framework has been mandated as under: –

a) Inward transactions – Free, no charge to be levied
b) Outward transactions –
Upto Rs. 1 lakh - not exceeding Rs.5 per transaction.
Rs. 1 lakh and above – not exceeding Rs. 25 per transaction.

Q.10. How will I know which are the branches participating in the NEFT?

Ans : RBI publishes the list of bank branches participating in the NEFT on its website i.e. https://www.rbi.org.in/scripts/neft.aspx

Q.11. What is IFS Code (IFSC)? How it is different from MICR code?

Ans : Indian Financial System Code (IFSC) is an alpha numeric code designed to uniquely identify the bank-branches in India. This is 11 digit code with first 4 characters representing the banks code, the next character reserved as control character (Presently 0 appears in the fifth position) and remaining 6 characters to identify the branch. The MICR code has 9 digits to identify the bank-branch.

Q.12. How I will know, what is the IFS Code of my bank-branch?

Ans : RBI had since advised all the banks to print IFSC on cheques leaves issued to their customers. You may also contact your bank-branch and get the IFS Code of that branch.

Q.13. Whom I can contact, in case of non-credit or delay in credit to the beneficiary account?

Ans : Contact your bank / branch. If the issue is not resolved satisfactorily, the Customer Service Department of RBI may be contacted on nefthelpdeskncc@rbi.org.in or write to -

The General Manager,
Reserve Bank of India,
National Clearing Centre
First Floor, Free Press House
Nariman Point
Mumbai – 400 027

Q.14. Is it necessary to have a bank account to originate the NEFT transaction?

Ans : Yes, NEFT is an account to account funds transfer system.

Q.15. Is it necessary that the beneficiary should have an account at the destination bank-branch?

Ans : Yes, NEFT is an account to account funds transfer system.

Q.16. Can I receive foreign remittances through NEFT?

Ans : This system can be used only for remitting Indian Rupee among the participating banks within the country.

Q.17. Can I send remittances abroad using the NEFT?

Ans : No

Q.18. Can I originate a transaction to receive funds from another account?

Ans : No

Q.19. Can I send/receive funds from/to NRI accounts?

Ans : Yes, subject to applicability of provisions of FEMA

Q.20. Would the customer receive an acknowledgement of money credited to the beneficiary?

Ans : No, however electronic acknowledgement is generated for the customer that his money is received by the beneficiary at the sender branch.

Q.21. Would the remitting customer get back the money if it is not credited to the beneficiary’s account?

Ans : Yes, the remitting customer gets back the money if it is not credited to the beneficiary account.

Q.22. Till what time NEFT service window is available?

Ans : There are six settlements at 0900, 1100, 1200, 1300, 1500 and 1700 hours on weekdays and 0900, 1100 and 1200 hours on Saturdays.

Q.23. What is the essential information that the remitting customer would have to furnish for the remittance to be effected?

Ans : The essential information that the remitting customer has to furnish is:

* Beneficiary details such as beneficiary name and account number
* Name and IFSC of the beneficiary bank branch.

Q.24. Is there any way a remitting customer can track the remittance transaction?

Ans : The remitting customer can track the remitting transaction through the remitting branch only, as the remitting branch is informed about the status of the remitted transactions.

Friday, January 9, 2009

Seagate packs a terabyte on two disks 500GB per disk

Tuesday, December 23, 2008

40 Years of the Mouse


On December 9, 1968, Stanford Research Institute scientist Douglas Engelbart demonstrated his unique invention--the computer mouse--for the first time in public. It took another decade and a half for it to catch on, but once it did, computing was never the same. And today, it's hard to imagine using a desktop or laptop computer without a mouse (or one of its latter-day substitutes such as the touchpad).

Above is Engelbart's first prototype mouse (held by its inventor). Note the square shape, hand-crafted wood case, and giant wheel inside. The part of this little beast that most resembles a modern mouse is the tail-like cord that gave it its name–though many mice do away with that today, of course. (Image from Wikipedia.)

Wednesday, December 10, 2008

India Google Zeitgeist page

Here is a look at 2008 through the collective eyes of the Indian users on the web. The Zeitgeist offers a unique perspective on the year's major events and hottest trends based on searches conducted by users in India. While developing the 2008 report, Google looked at various aspects of these searches to understand what was on Internet users minds. We retrieved the most frequently-searched terms for the period across many categories like Bollywood Celebrities, Holiday destinations etc. In addition we also looked at the top 10 fastest rising search words in India. This was done by reviewing several thousands of 2008's most popular searches and ranking them based on how much their popularity increased compared to 2007. Taken together, we believe that all these lists define the true Zeitgeist or the "spirit of the times." In addition, for the first time this year we are offering a unique insight into the mobile web, by including the top queries searched for on the mobile.

Fastest Rising

  1. youtube
  2. orkut
  3. katrina kaif
  4. cricket
  5. irctc
  6. facebook
  7. genelia d'souza
  8. beijing 2008 olympic games
  9. sixth pay commission
  10. ipl

Most Popular

  1. orkut
  2. gmail
  3. yahoo
  4. google
  5. youtube
  6. yahoomail
  7. indian railways
  8. rediff
  9. cricket
  10. katrina kaif

Top searches on Mobile

  1. orkut
  2. yahoo
  3. waptrick
  4. gmail
  5. games
  6. katrina kaif
  7. rediffmail
  8. yahoomail
  9. namitha
  10. google

Top Bollywood Celebrities

  1. katrina kaif
  2. aishwarya rai
  3. salman khan
  4. hrithik roshan
  5. kareena kapoor
  6. shahid kapur
  7. deepika padukone
  8. shahrukh khan
  9. mallika sherawat
  10. genelia d'souza

Top holiday destinations

  1. goa
  2. kerala
  3. kashmir
  4. dubai
  5. singapore
  6. australia
  7. london
  8. shimla
  9. switzerland
  10. manali

Top 'how to' searches

  1. how to reduce weight
  2. how to kiss
  3. how to earn money
  4. how to get pregnant
  5. how to learn english
  6. how to gain weight
  7. how to play guitar
  8. how to create a website
  9. how to impress a girl
  10. how to tie a tie

Saturday, November 15, 2008

Video Conferencing Etiquette

CSIR is shortly introducing Video Conferencing facility at all the Labs. We must aware of some Video Conferencing Etiquette
Speaking:
  1. The most important rule of video conferencing: Keep your system on mute when you are not speaking.
  2. Project your voice toward the nearest microphone.
  3. Make eye contact with remote sites by looking at the camera/monitor.
  4. Be yourself. Act naturally and speak to remote participants as if they were sitting in your location. Assume you can be heard and refrain from asking "Can you hear me?" The intent in video conferencing is to create a contiguous real and virtual space.
  5. Be aware there is a delay when using video over network connections. Give each person plenty of time to answer your questions or to make a comment. Allow at least two seconds for a speaker to finish. You may even ask, "Are you done?" before continuing.
  1. When participating in a multi-point conference, identify yourself and your location before speaking.
  2. If you have a banner or backdrop indicating your location be sure it is clearly visible.
  3. Direct questions to individuals by name and/or location to avoid confusion
  1. The microphones are very sensitive and will easily pick up most noises. During times of silence, if gain is active, the sensitivity of the microphone automatically increases until it can pick up the sound of the air conditioning. On some systems, this can be enough for the video conferencing system to switch its attention to your site and your image will replace that of the speaker.
  2. Try to avoid side conversations, dropping things, coughing, shuffling papers, or making other extraneous sounds - the boundary microphones we use amplifies any vibrations and transmits them.
  3. Mute your system when you are not speaking. If you are unsure how to do this, ask the operator where the mute function is and how to use it.
  1. Assume you are always on camera, even when you are not speaking.
  2. Because the entire room is not usually visible to the other locations, it is good form to announce who is entering or leaving the room.
  3. Be aware of what is being transmitted to the remote locations. Use the local window as a guide to what is being transmitted to the far end.
  4. Don't get so wrapped up involving the remote audience that you ignore the local one!
  5. Avoid wearing white or black, plaids, stripes or prints as they may interfere with contrast levels and transmission compression.