Defense

News , articles and essays on Indian Defense

BEL Signs Contract with Indian Navy for Initial Supply of Indigenously Developed Laser Dazzlers

Bharat Electronics Limited (BEL) has signed a contract with Indian Navy for initially supply 20 Light Amplification by Stimulated Emission of Radiation Dazlers (Laser Dazzlers) in New Delhi today. The BEL had earlier this month won the contract beating global Original Equipment Manufacturers (OEMs) in buy global category. These would be manufactured by BEL, Pune plant.

MoD Signs Contract with BEL to Supply Indigenously Developed 10 Lynx U2 Fire Control Systems

The LYNX U2 GFCS is a Naval Gun Fire Control System designed to acquire, track and engage targets amidst sea clutter. It is capable of accurately tracking air/surface targets, generating required target data for predicting weapon aiming points and engaging target. The target engagement is carried out with the medium/short range gun mounts like Russian AK176, A190 and AK630 and the SRGM available onboard ships.

Indian Army’s Outreach to Startups in Emerging Technologies: Supporting Atmanirbharta

In a major push to support Atmanirbharta and to promote an innovation ecosystem, the Indian Army, in collaboration with the Society of Indian Defence Manufacturers (SIDM), conducted an outreach webinar for startups in emerging technologies. 89 startups pitched their indigenously developed innovations, ideas, and proposals to Indian Army through virtual presentations in webinar format from 17 to 28 Dec 2020.

Vehicle Factory Jabalpur (VFJ) to provide Upgraded Mine Protected Vehicles Against Naxals

Vehicle Factory Jabalpur (VFJ) is working on war footing to complete the upgradation of existing MPVs and likely to soon hand over the first vehicle to its users. It has been expected that the first upgraded version will be flagged off in the coming days. The VFJ already has production order for more than 300 upgraded MPVs including around 200 from Indian Army and 120 from Ministry of Home Affairs.

DRDO Develops Quantum Based Technology for Random Number Generation

DRDO Young Scientist Laboratory for Quantum Technologies (DYSL-QT) has developed a Quantum Random Number Generator (QRNG) which detects random quantum events and converts those into a stream of binary digits. The Laboratory has developed a fiber-optic branch path based QRNG. Branch path based QRNG is based on the principle that if a single photon is incident on a balanced beam splitter, it will take either of the beam-splitter output paths randomly. As the path chosen by photon is random, the randomness is translated to sequence of bits.