Skip to main content

Indian research firm Convergence Catalyst is ready for its second act

A 9-year-old is smashing the shuttle far and wide, and frantically pacing back and forth on the court in Bangalore, India, as her competition refuses to back down. Her rival is not a human. She is playing against a machine that is mimicking the game of badminton legend P.V. Sindhu, toned down a few notches to adjust for the age difference.

By the court, her father, Jayanth Kolla, is watching the game and taking notes. Kolla is a familiar name in the tech startup and business ecosystem in India. For the last eight years, he has been helming the research firm Convergence Catalyst, which covers mobility, telecom, AI and IoT.

When his daughter showed interest in badminton, Kolla rushed to explore options, only to realize that the centuries old sports could use some deep tech.

He reached out to a few friends to explore if they could build a device. “I have always wondered how a younger version of players who have made it to the professional arena must have played like,” he said in an interview.

Months later, they had something better.

Sensate Technologies

Kolla founded Sensate Technologies last year and has hired many industry experts and data scientists from Stanford, MIT, and India’s IIT. Sensate is building solutions on deep technologies such as AI, ML, advanced analytics, IoT, robotics and blockchain.

In the last year, the bootstrapped startup has developed seven prototypes, five of which are for sports. It holds eight patents. Which brings us back to the court.

One of the prototypes that Sensate has built is the machine that Kolla’s daughter is playing against. In a recent interview, he demonstrated how Sensate was able to accurately map how a player moves on the court and goes about smashing the shuttle by just looking at two-dimensional videos on YouTube and mobile camera feed. This has been built using Computer Vision AI.

It then fine tunes the gameplay in accordance with the age difference, which is input into a machine that can now mimic that player to a great level, said Kolla.

A handful of startups and established players have sought to address the sports tech market in recent years. SeeHow, another India-based startup, builds and embeds sensors in bats and balls to track specific types of data that batsmen and bowlers generate.

Kolla’s aim is to turn Sensate Technologies into a global deep tech venture foundry and build 20 odd products that would then branch into multiple companies operating in 11 different industries.

Microsoft last year partnered with Indian cricket legend Anil Kumble’s company Spektacom to work on a number of solutions including a smart sticker for bats that contains sensor tech designed to track the performance.

But Kolla’s ambitions go way beyond sports tech.

“The best part about deep technology solutions and platforms is that you build solutions on these technologies to solve a problem in a particular sector and with very little incremental effort, they can solve problems in a completely different sector,” he said.

Kolla, a former product manager at Motorola and Nokia, among other companies, said the startup is also in discussion with one of the world’s biggest companies that is looking to license its tech for their healthcare stack. “This validates our approach.” He declined to name any potential clients as the talks have not materialized yet.



from TechCrunch https://ift.tt/32DjwZg

Comments

Popular posts from this blog

How To Play Doom – And More – On An NES

Doom was a breakthrough game for its time, and became so popular that now it’s essentially the “Banana For Scale” of hardware hacking. Doom has been ported to countless devices, most of which have enough processing ability to run the game natively. Recently, this lineup of Doom-compatible devices expanded to include the NES even though the system definitely doesn’t have enough capability to run it without special help. And if you want your own Doom NES cartridge, this video will show you how to build it . We featured the original build from [TheRasteri] a while back which goes into details about how it’s possible to run such a resource-intensive game on a comparatively weak system. You just have to enter the cheat code “RASPI”. After all the heavy lifting is done, it’s time to put it into a realistic-looking cartridge. To get everything to fit in the donor cartridge, first the ICs in the cartridge were removed (except the lockout IC) and replaced with custom ROM chips. Some modifica...

The Flexible Permanence of Copper Tape Circuits

Somewhere between shoving components into a breadboard temporarily and committing them to a piece of protoboard or a PCB lies the copper tape method. This flexible Manhattan-style method of circuitry formed the basis for [Bunnie Huang]’s Chibitronics startup, and has since inspired many to stop etching boards and start fetching hoards of copper tape. [Hales] hit the ground running when he learned about this method , and has made many a copper tape circuit in the last year or so. He offers several nice tips on his site that speak from experience with this method, and he’ll even show you how to easily work an SMD breakout board into the mix. Generally speaking, [Hales] prefers plywood as the substrate to paper or cardboard for durability. He starts by drawing out the circuit and planning where all the tape traces will go and how wide they need to be. Then he lays out copper traces and pads, rubs the tape against the substrate to make it adhere strongly, and reinforces joints and laps w...

The Newbie’s Guide To JTAG

Do you even snarf? If not, it might be because you haven’t mastered the basics of JTAG and learned how to dump, or snarf, the firmware of an embedded device. This JTAG primer will get you up to snuff on snarfing, and help you build your reverse engineering skills. Whatever your motivation for diving into reverse engineering devices with microcontrollers, JTAG skills are a must, and [Sergio Prado]’s guide will get you going. He starts with a description and brief history of the Joint Test Action Group interface, from its humble beginnings as a PCB testing standard to the de facto standard for testing, debugging, and flashing firmware onto devices. He covers how to locate the JTAG pads – even when they’ve been purposely obfuscated – including the use of brute-force tools like the JTAGulator . Once you’ve got a connection, his tutorial helps you find the firmware in flash memory and snarf it up to a file for inspection, modification, or whatever else you have planned. We always apprec...