Antariksh is the Sanskrit word for the space between earth and sky — the volume a modern force must see into, hold, and defend.
Headquartered in Ahmedabad, Gujarat, Antariksh Aerospace, Defense and Robotics Pvt. Ltd. is an Indian defence and aerospace company supplying five integrated capability lines to India's defence ecosystem: combat robotics, tactical drones, counter-UAS shields, industrial materials and services, and solar energy solutions.
Built under the Make in India and Atmanirbhar Bharat framework, our supply chain is structured to ensure that India's armed forces never need to depend on foreign suppliers for critical tactical autonomy and infrastructure.
An India whose forces depend on no one else for the machines they fight with.
Engineer it here. Support it here. Answer for it here. Putting battle-tested autonomous systems into the hands of soldiers, aerospace researchers, and homeland defense units.
Designed, built, and tested in India with serial-numbered domestic build records for every unit and spares held domestically. Zero foreign export-control dependencies.
Where a threat can defeat a single sensing principle, we add a different physical principle (RF + Thermal + Acoustic) rather than another sensor of the same type.
Autonomy handles perception, navigation and cueing. Armed kinetic fire authority is gated by dual authorisation and stays strictly with the human operator.
Standard vetronics buses, open flight stacks and published protocols, so a customer can integrate custom payloads rather than being locked into proprietary stacks.
Line-replaceable units, hot-swap battery modules, and bolt-and-connector servicing ensure repairs happen as field tasks at forward bases rather than depot returns.
Platform, payload, materials, and power infrastructure under one unified relationship, single escalation path, and long-term lifecycle commitment.
Multi-spectral sensor fusion combining thermal EO/IR, 3D LiDAR, radar, and acoustic triangulation to navigate GPS-denied electronic warfare environments and classify threats in under 20 milliseconds.
Decentralized mesh networks enabling autonomous cooperation between ground combat UGVs and aerial drone swarms for synchronized perimeter defense, reconnaissance, and surgical payload release.
Layered airspace denial integrating wideband RF detection (400MHz-6GHz), long-range acoustic triangulation, gyro-stabilized optical tracking, and precision kinetic/soft-kill defeat effectors.
Six-axis dynamic Stewart motion platforms and high-acceleration 50G shock simulation testbeds built for qualifying satellite avionics, missile guidance seekers, and military-grade optics.
Army, Navy, and Air Force formations operating combat UGVs, surveillance UAVs, and counter-drone shields.
CRPF, BSF, ITBP, CISF, State Police, and NSG tactical units in SWAT, pipe inspection, and bomb disposal.
ISRO, DRDO, and flight testing laboratories requiring 6-DoF Stewart motion testbeds and launch shock simulators.
Airports, refineries, and power plants requiring automated 24/7 drone shields and solar energy resilience.
We are assembling India's most ambitious robotics, computer vision, RF electronic warfare, and aerospace engineers to build machines that protect human lives. Open roles include Edge AI Engineers, Robotics GNC Leads, RF Electronic Warfare Specialists, and Flight Controls Swarm Architects.
Submit Resume & Portfolio →Systems are engineered with reference to applicable military and aerospace standards including:
