Under the Ministry of Defence’s Innovations for Defence Excellence, or iDEX, programme, Siliconia was chosen to develop a lightweight communication system based on an Application-Specific Integrated Circuit, or ASIC, combined with a software-defined antenna.
Construction formally commenced with a steel-cutting ceremony at Cochin Shipyard on September 2, 2026. The four vessels belong to Svitzer’s TRAnsverse 2600e class, an advanced 26-metre tug design developed for demanding harbour and terminal operations. Cochin Shipyard and Svitzer describe the vessels as being among the most advanced green tugs currently under construction globally.
The company said on September 2, 2026 that the AI model has been built specifically around military requirements rather than by simply adapting a commercially available general-purpose language model. It forms part of a broader indigenous defence-AI ecosystem being developed under the Ministry of Defence’s Innovations for Defence Excellence, or iDEX, ADITI 2.0 programme.
One of the most important aspects of Vayu Baan is its expected ability to function in a GNSS-denied environment. Modern combat zones are increasingly saturated with jamming and spoofing systems designed to interfere with satellite navigation. A drone that depends entirely on GPS can therefore become unreliable at precisely the moment it is needed most. The IAF requirement consequently places emphasis on autonomous navigation even when satellite-navigation signals are unavailable or disrupted.
Prime Toolings announced the achievement through its official social-media channels, including the company’s Instagram account, stating that its Rotating Detonation Engine had successfully completed development and testing and had reached TRL-5. The company has subsequently released additional glimpses of the engine’s internal configuration and indicated that further technical information from the development programme will be made public.
Bengaluru-based NoPo Nanotechnologies is working in precisely this field. The company develops and manufactures single-walled carbon nanotubes, or SWCNTs, an advanced carbon material with potential applications across batteries, semiconductors, water purification, aerospace systems, electronics, composites and specialised coatings.
Khagantak-243 is the 300-kg-class member of JSR Dynamics’ Long Range Glide Bomb family. The company’s official specifications list the K-243 with a length of up to four metres, a diameter of approximately 290 mm and a wingspan of up to three metres. The broader LRGB architecture is designed around the widely used Mk 80 family of conventional warheads, allowing different bomb bodies and payload classes to be incorporated into the same basic stand-off weapon concept.
Kepler is now preparing to translate that technology-development programme into an operational space-based ISR capability. The company raised $8 million in seed funding on September 1, 2026, in a round led by Blue Ashva Capital and co-led by Finvolve India Accelerator along with other investors. The investment has been reported at around ₹66.4 crore and represents Kepler’s first external fundraising round since the company was established in 2018.
The new brand brings together a range of marine mobility systems, underwater electronics and diving equipment designed and developed in India, with several products shaped around requirements associated with the Indian Armed Forces. The launch marks an effort to build domestic capability in a segment where specialised equipment has traditionally depended heavily on foreign suppliers.
he technology reached its decisive milestone on May 29, 2023, when NVS-01, the first second-generation NavIC satellite, was launched carrying an Indian atomic clock for the first time. Subsequent in-orbit analysis showed that the indigenous clock’s performance was comparable with the imported clocks previously used by the programme.
