IIT Kanpur developed technology like 'Mr. India', Indian soldiers will disappear from enemy radar with 'Analakshya'

The indigenous 'Analakshya' system will strengthen national security and defense capabilities by absorbing radar waves.

By :  Anirban
Update: 2024-12-04 14:43 GMT

Researchers at IIT Kanpur have developed such a technology, due to which the soldiers of the Indian Army will become 'Mr. India' for the enemy's radar. This technology can make anything disappear just like Anil Kapoor's film 'Mr. India' was released in the 80s. IIT Kanpur has named this stealth system 'Analakshya'. This technology, developed on completely indigenous technology, absorbs the waves coming from the radar. Due to this technology, the Indian Army soldiers as well as other objects almost disappear.

IIT Kanpur said in its press release that Analakshya is a groundbreaking stealth mathematical surface cloaking system (MSCS) technology, which has been designed in such a way that it makes any object almost invisible. Due to this, no radar can detect them. This stealth technology is going to be very useful for defence and national security.

Researchers and students of IIT Kanpur team have developed this indigenous technology. It is a textile-based broadband mathematical microwave observer. It has a unique ability to absorb radar waves and spread them in a wide spectrum. It disables the synthetic aperture radar (SAR) aperture. This technology will especially help the Indian Army to hide from radar-controlled missiles.

90 percent of the materials used in this indigenous technology have been prepared in India itself. The research team of IIT Kanpur has tested this technology in different operational conditions between 2019 and 2024. The license for this technology has been given to Meta Tatva System Private Limited, which will do the work of manufacturing it, so that it can be given to the Indian Army in future. This technology will help the Indian Army to protect itself from enemy radars during modern-day warfare and will be very useful for national security.

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