Research

News on Science, Technology and Research in India

India Backs Home-Grown Agentic AI Platform as One2X Moves From Research to Commercial Deployment

The Technology Development Board (TDB) under the Department of Science and Technology has entered into an agreement with One2X Tech to support the commercialisation of its Fixit platform. The initiative was announced on 20 August 2026 and is intended to strengthen the platform’s orchestration capabilities, enterprise integrations, security and scalability as it moves towards wider commercial deployment.

ICAR Identifies VL 3040 Wheat With Improved Rust Resistance for India’s Northern Hill Regions

The development is particularly significant for mountain agriculture because wheat farmers in these regions face a combination of disease pressure, short cropping windows, restricted irrigation and delayed sowing after other crops. VL 3040 has been designed to retain the hill adaptation of an established variety while strengthening protection against rust and providing greater flexibility under late-sown conditions.

BITS Pilani Goa Develops Pharmaceutical Bioink for 3D-Printed Skin Scaffolds and Customised Medicines

The technology has been developed by researchers at the BITS Pilani K.K. Birla Goa Campus, bringing together scientists from the Departments of Biological Sciences and Chemical Engineering. Their work uses familiar pharmaceutical-grade materials rather than relying heavily on expensive or animal-derived substances traditionally explored for biological printing.

GENESIS EIR 3.0 Offers Up to ₹10 Lakh to Turn Young Indian Innovators Into DeepTech Entrepreneurs

GENESIS EIR 3.0 targets some of the technology areas that are becoming increasingly important for India’s future industrial and strategic capabilities. These include electronics, information technology, DeepTech, artificial intelligence and machine learning, Internet of Things, semiconductor and VLSI technologies, cybersecurity, blockchain, quantum technologies, and AR/VR and immersive technologies.

India’s Chip-Design Pipeline Accelerates as C2S Trains 68,000 and Enables 254 Semiconductor Tape-Outs

Of the 254 designs taped out so far, 175 have been processed at the 180-nanometre technology node at Semiconductor Laboratory, Mohali, while another 79 have gone to overseas foundries. Tape-out represents a crucial stage in semiconductor development because it marks the point at which a completed circuit design is sent for physical fabrication.