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congrats

Big congratulations on securing 3rd position at CG Ideathon 🏆 Placing among 1,400+ teams is no small feat seriously well done to you and the team. Now comes the part that actually matters. Building a life-saving product means the real test begins after the applause. A few tough (but necessary) questions I’d love to see you answer as this evolves: • How does the helmet’s structure and electronics survive the impact itself? • What happens if sensors or the AI module are damaged during the accident? • How do you ensure false positives don’t trigger SOS, and real crashes never miss? • How does the system behave in low-network or no-GPS environments? • What’s the plan for maintenance, calibration, and real-world wear-and-tear? • How will this scale across different helmet designs without compromising safety?

Congratulations on this impressive achievement! The smart helmet ecosystem is an innovative solution with huge potential across safety, mobility, and defence sectors.

congratulations brother 🎉

the device which we have made has shock absorbing material like tpu so it absorbs the impact for protection of electronics and neglecting the false detection. The ecosystem is built in that way even the worse case that means destruction of the device it will send sos at least once . We check the accident by 3 points: impact, change in accelaration , change head angle. even after that there is buffer time of 10 to 15 seconds so that if rider is safe they can cancel the SOS by pressing the cancelation button. We are working on the technology where no network for maintenance it does not need many more just changing battery. we have make another device which can be attached in any kind of helmets and can convert it into smart helmet.