Now, an ISO standard for BPOs - Nasscom

Chennai: IT industry body Nasscom is working on setting up an ISO standard for BPO and ITeS companies in India, said International Youth Center Vice President Raju Batnagar at a review meeting of Indian software companies association, reports Financial Express.

"A study group involving 35 industry experts from 14 countries is being constituted to study the feasibility and need for benchmarking based on which Nasscom would set up a work group to draft the parameters of benchmark in association with ISO," he said. 

About the initiative drive to enroll BPO/ITeS workers in the NSR (national skill registry) database, Bhatnagar said that approximately 5.5 lakh knowledge workers have registered themselves in the database so far. The issuing of tax refunds from the government via ADRs (alternative dispute resolution) mechanisms was set in motion three months ago and the apex body is in the process of framing safe harbour provisions to the ADRs.

According to Bhatnagar, the organization has submitted a 39-point charter which includes extension of 10A and 10B clause of Income Tax Act and scrapping of service tax levy on packaged software. Cognizant MD and Nasscom executive council member Chandrasekhar said that Nasscom-Mc Kinsey forecast of Indian IT industry touching the $175 billion mark by 2020 is possible only if structural change, cyclical change and mega trends are focused upon.

Now, jeans and T-shirt to charge cell phones

Bangalore: Stanford University researchers have been trying to find out a way to charge cellphone batteries with the help of electronic textiles. They have managed to convert regular cotton and polyester into electronic textile which can make jeans and T-shirt that can charge cellphones. The technology is also one of the first steps to a new category of devices with flexible screens that are worked into clothes, according to Electronista. 

In earlier experiments, Stanford scientists used what could be called ink, made up of single-walled carbon nanotubes, which are electrically conductive carbon fibers less than 1/50,000th the thickness of a human hair. So far, electronic devices have been patched onto existing fabric rather than engineered and embedded into the material.

This coating allows the fibers to conduct electricity, turning them into porous conductors. With a large surface area, a large amount of energy can be stored. At the same time, the charged clothing can theoretically withstand as many as one million full recharge cycles. The textiles also retain flexibility and stretchability of regular cotton and polyester, and retain their electronic properties even after being laundered multiple times.

Now, researchers are looking to replacing carbon nanotubes with graphene, due to its lower costs. They will also attempt to combine their technology with other materials to turn clothes into solar cells combined with batteries. It's not known how soon the techniques could translate to actual products, but they could impact the longevity of handheld devices in the near future.