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Harry Sehrawat

Country: India

Company: Sanfe

 

Website: www.sanfe.in

 

Harry founded Sanfe after a family member experienced a health scare while on vacation. Today, Sanfe is dedicated to providing women affordable healthcare products as a preventative measure to fight infections. Through the social media campaign #StandUpForYourself, Harry is focused on drawing awareness to women health issues throughout India. He believes that it is time to empower women by supporting and promoting wellness, starting with his company.

Eshan Sadasivan

Country: India

Company: PROSOC Innovators Pvt Ltd

School: Indian Institute of Technology Kanpur 

Passionate about improving the lives of people who are less fortunate, Eshan worked to create his business, PROSOC Innovators Pvt Ltd, which develops innovative products and services that positively impact this population. The initial product of PROSOC Innovators is DESKIT, a unique lightweight school bag, combined with an ergonomic, foldable, portable and detachable table. This innovative design solves the challenge of poor learning infrastructures at schools and homes where students need to sit in a hunched-back position to study. This product allows the student to sit in a more comfortable position and reduces the negative effect on schoolchildren’s physical health. PROSOC has already distributed 5,000 DESKITs across eight states in India and Eshan hope to expand in the coming years with new innovative product offerings.

 

Mandar Tulankar

Company: Angels R&D Pvt Ltd.

School: Nuva College of Engineering

Mandar Tulankar, a student at Nuva College of Engineering in India and founder of Angels R&D Pvt Ltd., invented the mobile shoe charger that uses the pressure created by walking to power cell phones. “The mobile shoe charger“ which is based on the concept of converting pressure to electricity using PIEZO crystals through piezoelectric effect can end your phone’s battery life woes. The charger is present in the sole of the shoe and as soon as the person wearing the shoe starts walking, the charging will start. The charger has nearly zero maintenance, has easy assembly and handling and is highly affordable to different sections of the society.

 

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Pratik Magar

Company: Fizzible Tech

School: Mit , Pune

“Fizzible Tech’s research division is primarily focused on research and development of wireless technologies. The focus of research has been on how to extend the power of positioning technology into the Indoor environment. Currently with the prevalence of technology and smart phones, people have become accustomed to relying on navigational tools like GPS. Invention of GPS addressed the age-old question of where am I, and where am I going. It has changed the way how we do business, it has changed the way we travel or how we communicate. But what happens when we are inside a building and need more precision than is not possible with GPS. That’s where ‘Fizzible’s IPS ’ comes in. Usability of GPS is limited when we are indoors due to its accuracy limit of 10m. If we want to track anything in an indoor environment where we spend most of our time either working or shopping or eating or at the mall or at the office and the movement is limited and multi­-floored, it’s not possible through sole use of GPS. To address this problem, multiple solutions have been developed and implemented in past few years such as Wi­Fi fingerprinting, Beacons, Blue tooth, sensors, Cell Tower signal etc but none of them provide an accuracy of less than 1 meter. This gave us an opportunity to develop a solution which is first independent of manufacturer or make of any RF capable hardware, scalable, robust and provides an accuracy of almost 25 centimeters. The research division at Fizzible which is consulted by professors from IITs and IISc have developed a prototype of the said solution having achieved an accuracy of 25 cms in an indoor environment. Autonomous vehicles, Aviation, Geophysics, Warehouse automation, Inventory management, Crowd management at Large events, Better security management at high profile locations like Airports and finding misplaced objects at home, these are just some of numerous applications of this technology”

 

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