Sub-2 kg micro-tactical multirotor
Torus STRYX-1™
Indoor CQB, tunnels, and dense forest reconnaissance.
Zero-GPS flight. Onboard vision carries it through enclosed corridors and jammed bunkers at 6 m/s.
Torus Ambitio AI
Sovereign autonomous flight beyond the reach of GPS.
Torus Ambitio engineers the physical AI, real-time middleware, and ruggedized avionics that pilot aerospace platforms across GPS-denied and electronic warfare environments.
Hello World
Torus Ambitio AI Tech Labs is a sovereign Indian deep-tech research and development organization. We engineer the comprehensive physical AI stack serving as the autonomous 'brain' and autopilot for completely unmanned aerospace platforms. Established to drive innovation and invent entirely on Indian soil, our collective of scientists and technocrats co-designs our proprietary software architecture alongside advanced NVIDIA edge-compute silicon. By maintaining absolute ownership of our technology from the ground up, we deliver highly intelligent, indigenous systems designed to serve India, prepare the nation to be a global leader, and ultimately serve the global future.
The stack
We own our hardware, software, AI, and Physical AI Stack.
Physical AI
How the layers connect
Senses hand raw video to the brain box. The brain box hands GPU compute to cognition. Cognition hands a trajectory to the nervous system, which syncs the fleet.
01 · Senses
Parallax-Array™
Hardware-Synchronized Multi-Spectral Spatial Vision Pod
Dual monochrome global-shutter stereo cameras paired with a Time-of-Flight (ToF) range array and downward optical flow. Bypasses USB latency by streaming raw, uncompressed 60 FPS video directly over MIPI CSI-2 lanes.
True aerospace sovereignty requires absolute ownership of the mathematics, the middleware, and the silicon.Read the Master Plan
Platforms
Airframes that prove the software flies.
Tactical hybrid VTOL, 15–25 kg
Torus PRAHAR-V™
Border ISR, maritime patrol, and high-altitude surveillance.
Eight-hour endurance. Vertical launch, fixed-wing cruise, and an autonomous return when the radios go dark.
Attritable loitering swarm munition
Torus VECTOR-S™
Saturation defense and perimeter interdiction.
A low-cost airframe built for domestic manufacture. Swarm routing runs on SwarmMesh-X.
Autonomy software
Autonomous AI pilot and latent world model
Geodesic-AI™
Predictive spatial intelligence in contested environments.
A quantized video joint-embedding predictive architecture (V-JEPA) paired with reinforcement-learning trajectory planners. It flies on latent state, not a raw pixel decoder, and holds trajectory through up to 500 ms of optical occlusion, smoke, or electronic jamming.
Sub-millisecond deterministic middleware and HAL
Isochrone-RT™
Zero-jitter, hardware-agnostic execution.
A Micro-XRCE-DDS bridge that talks over DMA UART at 921,600 baud. Round-trip between Linux ROS 2 and real-time FreeRTOS stays under 1.15 ms without spending flight-critical CPU cycles.
Decentralized multi-agent teaming
SwarmMesh-X™
Swarm coordination without a central command.
A peer-to-peer RF mesh for clusters of 4 to 32 aircraft. Task allocation, target handoff, and perimeter sweeps continue after satellite and ground links are gone.
Avionics
Tactical ruggedized intelligence node
Soliton-Core™
Vertically integrated, IP-sealed edge supercomputer. No foreign flight controller in the chain.
- Form
- IP67, EMI-shielded aluminum. 110 × 85 × 32 mm. Under 240 g.
- Compute
- NVIDIA Jetson Orin Nano, 1024-core Ampere GPU, with an STM32H743 real-time coprocessor.
- Power and heat
- 18 W nominal, 25 W peak. Conduction cooled from −20°C to +65°C.
- Interfaces
- Isolated IMU, dual MIPI CSI-2, DShot600 motor outputs, SBUS/CRSF radio, dual SPI/I2C.
Perception pod
Argus-Eye™
Synchronized global-shutter stereo vision, a forward time-of-flight depth array, and a downward optical-flow rangefinder.
60 frames per second at 720p, hardware-synchronized, with infrared illumination for unlit rooms, tunnels, and subterranean structures.
Sim-to-real digital twin
NavierForge Sim™
Millions of flight hours before the first propeller spin.
Built on NVIDIA Omniverse, Isaac Sim, and Pegasus multirotor physics. Automated gates sweep wind from 0 to 15 m/s, shifting payload balance, and sensor noise. Code does not leave for hardware until 100 missions in a row land without a crash.
Procurement & Partnerships
Sovereign Procurement
Atmanirbhar Compliance
Engineered from the silicon up for domestic defense mandates. The Torus physical AI stack is fully aligned with iDEX, Make-II, and MoD procurement frameworks, ensuring zero foreign supply-chain vulnerability.
View white paper →Tactical Validation
Continuum-Sim™ Evaluation
We do not expect blind trust. Defense evaluators and venture partners can request a live simulation briefing to witness our Geodesic-AI navigate procedurally degraded, GPS-denied synthetic environments.
Request a briefing →The Engineering Crucible
Join the Torus Lab
We are actively recruiting the top 1% of deep-tech talent. If you write low-level RTOS code, compile edge neural networks, or design aerospace-grade silicon, your proving ground is here.
View engineering roles →Direct line
Request a tactical briefing
Write the team that builds Geodesic-AI, Soliton-Core, and the airframes that fly them.
Response Metric: < 24 HoursOrigin: India · Global