Incredible Infosys!

Incredible Infosys!


The pyramid building at Infosys, Bangalore
The pyramid building at Infosys, Bangalore

Nostalgia? Yes. Sad? No. Love? Definitely! Those are my emotions in a nutshell as I left Infosys earlier this month after a little over nine years of an enriching experience. It is undoubtedly a unique company and its genuine, kind, intelligent people make it all the more special; as you grow with Infosys, there is no other way but to fall in love with it!

Three things that I will continue to love about Infosys:

  1. Powered by Intellect, Driven by Values. This is one of the best corporate taglines I have seen. Still, nothing summarizes Infosys better than this!
  2. Once an Infoscion, always an Infoscion. One realizes the power of these words only when one becomes an ex-Infoscion. 🙂
  3. People. Infosys is a microcosm with all kinds of people and experiences, and the good ones are always in the majority. 🙂

As I move forward, I must say my journey with Infosys has been fantastic! In this journey, I made lots of friends, traveled through lots of curves and straight roads, and achieved several professional and personal milestones in the scenic landscapes and beautiful infrastructure of Infosys campuses. It is indeed incredible Infosys!

Here’s wishing all my friends and leaders at Infosys a great time ahead. 🙂

Thank you, Infosys!

New Portable Device Can Detect Diabetes, Kidney Failure, Chronic Anemia, Malnutrition

New Portable Device Can Detect Diabetes, Kidney Failure, Chronic Anemia, Malnutrition


Bangalore-based PathShodh Healthcare, a startup at the Entrepreneurship Centre of the Indian Institute of Science, has developed a hand-held device to measure eight vital parameters for diabetes, kidney failure, chronic anaemia, and malnutrition.

The device, called anuPath, has been developed by Dr. Vinay Kumar along with Professor Navakanta Bhat of Indian Institute of Science and a friend, Gautam Sharma.

According to a recent International Diabetes Federation (IDF) report, diabetes currently affects over 425 million people worldwide, and the figure is expected to reach 629 million by 2045. With 73 million diabetics, India ranks second in the world after China.

People with diabetes have an increased risk of developing a number of serious health problems. Consistently high blood glucose levels can lead to serious diseases affecting the heart and blood vessels, eyes, kidneys, nerves and teeth. In addition, people with diabetes also have a higher risk of developing infections, says the IDF report.

Currently, anuPath can test for hemoglobin, HbA1C, glycated albumin, blood glucose, serum albumin, microalbuminuria, urine ACR, and urine creatinine. It will be extendable to other markers (glycated albumin, serum creatinine, serum bilirubin, etc.) in the future. It works on a non-enzymatic- and non-antibody-based electrochemical biosensing technology. The measurement is done on electrochemical disposable test strips that contain a membrane infused with patented sensing substances. For each biomarker there is a separate disposable strip. When the user places the required sample on the electrochemical disposable test strip, anuPath detects the electrochemical outcomes and the deciphered results are displayed on the digital monitor within a minute. This enables the patient to get a comprehensive report of the status of the disease, which is essential in disease management. Read full research paper.

Presently, it can store one lakh patient reports, making it easier to share with doctors. With one international patent and eight in process, anuPath costs Rs. 50,000. The team is working on a cost effective model of about Rs. 5,000 – Rs. 10,000 for individual users to use it at home. Read more

Indian Startup Turns Crop Residue to Usable Pulp, Assures Farmers’ Benefit

Indian Startup Turns Crop Residue to Usable Pulp, Assures Farmers’ Benefit


Three graduates from the Indian Institute of Technology, New Delhi, Ankur Kumar, Kanika Prajatat and Pracheer Dutta have developed a machine that can convert the hardy straw of paddy into a fibrous raw material that can be used by the pulp molding factories to prepare disposable cutlery.

In India despite a Supreme Court order, and a government scheme that offers stubble management machines at subsidized rates, farmers continue to burn crop residue after harvest, as they find it cheaper than clearing the crop residue manually or by using machines. The practice is rampant across rice-growing belts as paddy straw is neither a suitable fuel nor can be used as cattle feed. The situation is worse in Punjab and Haryana as the smoke resulting from burning the residue chokes Delhi and envelops the entire northern India with dense toxic smog for weeks.

Paddy straw is rich in silica, which slows down its rate of degradation and hence farmers choose to burn it post harvest to make the land reusable faster. The new machine, created by the trio as the first product of their startup Kriya Lab, uses an environment-friendly chemical that can strip the straw of silica, making it supple and usable. The pulp can be used as raw material for the pulp and paper industry. 

For now the machine can convert one ton of paddy straw into 500 kilograms of pulp, which can then be sold at Rs. 45 per kilogram. It holds promise for those who want to start commercially viable ventures as there is a growing demand for ecofriendly cutlery and packaging materials, particularly the ones made from biomass waste. Read more

Scientists Convert Hazardous Medical Waste to Useful Material

Scientists Convert Hazardous Medical Waste to Useful Material


A team of scientists at the National Chemical Laboratory, Pune, and the Institute of Chemical Technology, Mumbai, has developed a non-toxic technique to recycle plaster of Paris (PoP) waste from hospitals and convert it into useful materials such as ammonium sulphate and calcium bicarbonate.

In hospitals and other medical centers PoP is mainly used for setting broken or fractured bones or for making casts in dentistry. It is a hazardous waste, loaded with bacteria, and affects not only the environment, but also people who collect, segregate, and dispose it.

The new technique treats PoP waste with ammonium bicarbonate solution with a concentration of 20 percent. The solution disintegrates the waste into high value and non-toxic chemicals, ammonium sulphate and calcium bicarbonate in the form of sludge in 24-36 hours at room temperature.

The resultant material ammonium sulphate can be utilized as nitrogen fertilizer, fire-extinguishing powder, and in pharmaceutical, textile, and wood pulp industries, while calcium carbonate can be easily used in steel manufacturing.

The new technique can also be used to disintegrate PoP waste from idols immersed in water bodies.

The study results have been published in the International Journal of Environmental Science and TechnologyRead the full report by Vaishali Lavekar.

IIT-Roorkee Scientists Create Solar Cells From Fruits

IIT-Roorkee Scientists Create Solar Cells From Fruits


Scientists at the Indian Institute of Technology (IIT)-Roorkee have fabricated low-cost thin film solar cells by extracting the plant pigments from plums, black currants, and berries.

The team found that the plant pigments are good at absorbing sunlight. According to a study, published in the Journal of Photovoltaics, plant pigments are naturally occurring biodegradable and nontoxic molecules that are extracted using techniques that involve negligible cost to the environment and therefore can provide eco-friendly alternatives to synthetic dyes that are used for thin film solar cells production.

The researchers at IIT-Roorkee extracted the plant pigments using ethanol to create the thin film solar cells. And while the organic thin film solar cells are not yet as efficient as conventional silicon-based solar cells, the team is investigating ways to make them more efficient and cost-effective. Read the full report by Lorraine Chow.