Swayam.

In development · started April 2026

Take the same local intelligence architecture into machines. Swayam moves the Superchat backbone from reasoning to action — in systems that see, decide and move without the cloud.

An abstract machine reading the ground around it, with its sensor sweep turning: sensing, deciding and acting on board rather than in the cloud.Sensecameras, depth, audioDecidereasoning runs on boardActmotion without the cloud
  • Humanoid, quadruped and the AURA dual-drone
  • The same local backbone, moved into machines
  • In development — started April 2026

The physical consequence

A machine that phones home is a machine waiting to fail.

A machine on a border, in a burning building or inside a contested airspace does not get to wait for a round trip. The link will be jammed, degraded or simply absent — and a system that needs the cloud to stay upright is a system that falls over.

Swayam runs the way Genie runs. Every millisecond of decision — from holding an ankle steady to reasoning about the next move — happens on the machine itself. No cloud. No teleoperation. No teacher on the other end of a radio.

It walks.

Humanoid Bipedal

Early prototype

It walks. Badly at first — that footage is not going in the deck. Then less badly. Then ten minutes without a stumble, and a shove it recovered from that we had not told it was coming. A Digit-class 21-DOF platform, with every balance decision made by a Superchat model running on the robot itself.

degrees of freedom21
stable walking demonstrated10+ min
disturbance recovery14N
Editorial prototype rendering of the Swayam humanoid biped and its exposed mechanical joints.

It roams.

Quadruped Robots

Mechanical design in progress

A four-legged platform for rough terrain, perimeter patrol and ISR. Different chassis, same control stack as the humanoid — the balance-to-brain code drops straight on.

control stackShared
perimeter vigilance24/7
design targetRough terrain

It flies.

AURA Dual-Drone

Live prototype flying

Two aircraft, one system. Guardian is a VTOL quad-tilt that watches and flags. Lifeline is the quadcopter that answers the flag — carrying up to 1 kg to the coordinate Guardian marked.

aircraft, one system2
payload delivery1 kg
quad-tilt surveillanceVTOL

The humanoid we're building

AI runs it all — balance to brain.

Four layers, one model. The intelligence that answers a question in an enterprise is the intelligence that decides how to place a foot.

Balance

Before you could blink.

Real-time posture correction on both roll and pitch axes — the model decides how to move each joint faster than a reflex.

Motion

Gait, cadence, recovery.

Learned in simulation and refined until the walk is unattended and repeatable — 10+ minutes stable, 14N of disturbance shrugged off.

Perception

It sees the room.

On-board vision and spatial understanding: the objects, the obstacles and the people, computed on the robot.

Local intelligence

It plans the task.

Language understanding and task planning — the same sovereign backbone Genie uses in the enterprise, now embodied.

Editorial illustration of a quadruped robot and two coordinated drones operating in remote mountain terrain at dawn.
The places these machines are meant for are the places the network fails first.

Built for defence

Where sovereign robotics changes the outcome.

Ground · humanoid & quadruped

Bomb disposal & EOD

Approach unexploded ordnance without risking personnel.

Perimeter & base patrol

Quadrupeds on continuous vigilance across airbases, cantonments and forward posts.

Contested logistics

Ammunition and supply carry through urban and mountain terrain.

Training & simulation

Adversarial agents that make an exercise genuinely difficult.

Air · AURA dual-drone

ISR & border surveillance

VTOL quad-tilt with real-time on-board target detection.

Precision payload delivery

Up to 1 kg, delivered to coordinates Guardian has already flagged.

Casualty evacuation support

Food, water and medical supplies to units that cannot be reached on the ground.

Degraded-comms operations

Long-range telemetry with dual redundancy — and autonomy that survives losing both.

All three platforms were initiated in April 2026 and are in active design and development. Capabilities described as prototypes are demonstrated, not generally available.

Two lanes of defence missions: ground humanoid and quadruped platforms, and the AURA dual-drone, whose telemetry link is drawn broken because its autonomy survives losing it.Ground · humanoid & quadrupedBomb disposal& EODPerimeter &base patrolContestedlogisticsTraining &simulationAir · AURA dual-droneISR & bordersurveillancePrecisionpayload deliveryCasualtyevac supportDegraded-commsoperationsLong-range telemetry, dual redundancy — and autonomy that survives losing both
What this shows. The ground platforms — humanoid and quadruped — and the AURA dual-drone, with the defence missions each is built for, and the telemetry link the air platform is designed to survive losing.Why it matters. All three platforms were initiated in April 2026 and are in active design and development. Capabilities described as prototypes are demonstrated, not generally available.

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