IdeaForge and Japan’s DMP to co-develop AI-powered drones
IdeaForge, Mumbai-based leader in unmanned aerial systems, and Japan’s DMP have signed a Memorandum of Understanding to co-develop next-generation AI-powered drones. The collaboration aims to leverage Japanese AI and robotics expertise with IdeaForge’s drone platforms to enable smarter, more autonomous operations. Focus areas include enhanced situational awareness, advanced decision-making, and adaptability in complex environments. The partnership is designed to push drone innovation for defence and civilian applications and reinforces India’s role in indigenous drone technology and international cooperation. The MoU signals a strategic step toward stronger AI-enabled aerial capabilities with broad potential uses in surveillance, disaster response, and industrial inspections.
IdeaForge and Japan’s DMP sign MoU to develop AI-powered drones.
Aims to combine Japan’s AI/robotics with IdeaForge’s platforms for autonomy.
Targets improved situational awareness and autonomous decision-making.
Intended for defence and civilian applications; supports indigenous tech leadership.
MoU signals expansion of AI-enabled aerial capabilities for multiple sectors.
Apr 28, 2026
Skyroot Aerospace’s Vikram-1 signals new era for India’s private space industry
Skyroot Aerospace flagged off Vikram-1, the country’s first privately built orbital rocket, from its Max‑Q campus in Hyderabad and transported to the Satish Dhawan Space Centre, Sriharikota, for final integration. The event marks a milestone for private players in India’s space sector and aims to provide affordable, on‑demand satellite launch services to a growing market. The launch aligns with a policy and investment climate that supports private participation in space activities, potentially expanding India’s space capabilities and contributing to a more competitive commercial launch landscape.
Vikram-1 launched from Skyroot’s Max‑Q campus in Hyderabad and moved to Sriharikota for integration.
First privately built orbital rocket in India; signals private sector growth.
Aims to offer affordable, on‑demand satellite launch services.
Apr 27, 2026
NASSCOM appoints AI expert Srikanth Velamakanni as new Chairman
Srikanth Velamakanni has been appointed the new Chairman of NASSCOM, the apex body representing India’s IT and BPM industries. Velamakanni is an AI and analytics expert and co‑founder of Fractal Analytics, with over two decades in data science, AI, and business strategy. His leadership comes as India’s digital economy expands and IT services confront rapid changes driven by artificial intelligence, cloud computing, and global competition. Velamakanni is expected to guide policy discussions, industry collaboration, and innovation, supporting India’s IT leadership while addressing the challenges and opportunities posed by emerging technologies.
Srikanth Velamakanni named NASSCOM Chairman
AI and analytics expert; co‑founder of Fractal Analytics
Over two decades in data science and AI
Holds key role in guiding policy and industry collaboration
Aims to sustain India’s IT leadership amid rapid tech changes
Apr 25, 2026
Finland to Operationalise World's First Permanent Nuclear Waste Vault
Finland is moving to operate the world's first permanent underground repository for highly radioactive nuclear waste, located beneath Olkiluoto Island. The Onkalo facility is designed to store spent nuclear fuel for up to 100,000 years, addressing long-term waste disposal challenges of nuclear energy. It sits 400–450 metres below ground in 1.9-billion-year-old bedrock, designed with a multi-barrier safety system: metal canisters, copper capsules, bentonite clay, and rock containment. The system ensures radiation isolation even if one barrier fails. The project responds to decades of waste management concerns; most countries currently use temporary storage. Critics cite long-term environmental risks, but proponents argue the policy reduces emissions while maintaining energy security.
Location: Onkalo underground repository beneath Olkiluoto Island, Finland.
Purpose: store spent nuclear fuel for up to 100,000 years.
Depth and geology: 400–450 metres below ground in very old bedrock.
Safety: multi-barrier system with metal canisters, copper capsules, bentonite clay, rock containment.
Rationale: addresses long-term nuclear-waste disposal challenges associated with energy generation.
China Discovers Cerium–Magnesium Changesite Lunar Mineral
Chinese researchers have discovered a new lunar mineral named Cerium–Magnesium Changesite, marking the 11th known mineral identified from the Moon. The finding was announced by the China Geological Survey and is considered a major development in extraterrestrial geology. Scientists believe the mineral could help improve high-efficiency LED technology and deepen understanding of lunar formation. The mineral was identified from a 44-gram solid lunar meteorite recovered in China. The meteorite had a dark molten shell, indicating its journey through Earth’s atmosphere. Researchers found the mineral colourless, transparent, and brittle, with crystal grains smaller than 10 micrometres.
New lunar mineral: Cerium–Magnesium Changesite, 11th lunar mineral identified.
Discovered by China Geological Survey; announced recently.
Identified from a 44-gram lunar meteorite recovered in China.
Mineral is colourless, transparent, brittle; crystal grains < 10 micrometres.
Formation under lunar conditions differing from Earth; potential for materials science and LED tech.
IIT Ropar launched an advanced Agricultural Intelligence Ecosystem, the first fully integrated AI-based system for smart farming and agricultural decision-making. The system links sensors, data analytics and advisory services to help farmers optimize irrigation, fertilization and crop selection. The launch, announced in April 2026, marks a collaboration with government and industry partners to boost yields, reduce water use and raise rural incomes. The ecosystem integrates weather data, soil moisture, disease detection and market signals, enabling real-time decision support from sowing to harvest. The project will scale to other states over the next two years and support digital agriculture.
AI-based Agricultural Intelligence Ecosystem launched by IIT Ropar
First fully integrated AI system for smart farming
Links sensors, analytics and advisory services for farmers
Aims to improve yields, reduce water use and raise incomes
Integrates weather, soil moisture, disease data and market signals
Plans to scale to other states in two years
China identifies new lunar mineral Cerium–Magnesium Changesite
Chinese researchers have identified a new lunar mineral named Cerium–Magnesium Changesite, the 11th mineral confirmed from the Moon. The discovery, announced by the China Geological Survey, could aid high‑efficiency LED technology and deepen understanding of lunar formation. The mineral was identified from a 44‑gram Moon meteorite recovered in China, which had a dark molten shell from atmospheric entry. Cerium–Magnesium Changesite is colorless, transparent and brittle, with crystal grains smaller than 10 micrometres. Its unusual structure suggests formation under lunar conditions very different from Earth, offering a natural model to study rare earth elements in extraterrestrial environments and inspiring Earth-based material research.
Cerium–Magnesium Changesite is the 11th lunar mineral identified
Found in a 44-gram Moon meteorite recovered in China
Colorless, transparent crystals smaller than 10 micrometres
Potential applications in high‑efficiency LED technology
Formation under lunar conditions very different from Earth