Autonomous air systems and the software that connects them. Designed, developed and built in India.

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Our Engagements.

Adani Defence & Aerospace
Alpha Design Technologies
Bharat Electronics
Indian Army
JSW Group
Elbatech Group
Pax Intelligence
Nicomatic

Autonomous Hardware Systems.

A common-architecture family of loitering munitions spanning man-portable to extended-range deep strike, flown as a formation and not as individual rounds. INDRASTRA senses, classifies and holds the low-altitude air picture. RYDER is the hard-kill effector it commands.

Ankosha A.
Long-range high-endurance

StatusIn trials
Primary RoleDeep loitering strike and surveillance
Profile2,600 mm delta airframe, rotary engine on heavy fuel, 1,000 km range and 8 hours endurance carrying a 20 kg warhead or an EO/IR surveillance fit. Catapult or solid-motor launch.

Ankosha B.
Vehicle-launched

StatusIn trials
Primary RoleCompany and battalion strike
ProfileCanisterised for light vehicle and boat mounts. Shorter dwell than the A, sized so a section can carry and launch it without a prepared site.

Ankosha C.
Extended range

StatusIn trials
Primary RoleFormation lead and deep ISR-strike
ProfileCarries the formation engagement picture. Heavier sensor package, longer endurance, launched from the ground or from another aircraft.

Ankosha S.
Swarm element

StatusIn trials
Primary RoleSaturation, decoy and screening
ProfileLow-cost attritable element flown in quantity. Screens the formation, saturates air defences and localises emitters.

INDRASTRA.
Sense and command layer

StatusIn trials
Primary RoleDetection, classification, C2
ProfileSensor-agnostic fusion and battle management. Integrates existing site sensors and publishes the resulting picture to the wider grid.

RYDER.
Effector layer

StatusIn trials
Primary RoleSoft kill and hard kill
ProfileRF/navigation denial plus a guided hard-kill interceptor, commanded by INDRASTRA and allocated automatically under operator authority.

Valley.
Every sensor, every effector, one grid.

Valley connects sensor data, mission autonomy and command software across systems and suppliers. It brings a shared operating picture to the operator, with explicit engagement authority.

One picture.
Across systems.
01Sensing 02Custody 03Effects 04Authority
LEGACY INTEGRATION / IN SERVICE
↳ The connection between a sensor, an operator and a decision. Towed and self-propelled artillery, anti-aircraft gun systems, legacy surveillance radars and manned platforms report into the same track picture as everything else on the grid, without being replaced.
VALLEY · USE CASES 02 SCENARIOS
SEQUENCE · HOW AN ENGAGEMENT CLOSES

Six steps, and a human at the fifth.

A force does not lose an engagement because it lacked a sensor. It loses because the radar that held the track, the battery that could have serviced it and the commander who could have authorised the shot were on three different systems, procured in three different decades, speaking three different formats. The track existed. The magazine existed. The path between them did not.

  • Sensing on the left, effects on the right, one custody model in the middle. Any node on either side can be ours, the customer's, or a third party's. The grid is indifferent to which.
  • Aorizon — the sovereign foundation model, and the picture it holds. It reads sensor telemetry as a first-class modality, which is what lets it turn every sensor a force owns into one continuously maintained picture.
  • Talon — effector pairing and engagement management. Talon takes a target and finds the right effect for it across everything on the grid, under an authority chain that is explicit at every step.
  • Sentinel — installation and force protection, layer by layer. Sentinel holds the defensive picture for a base, a convoy or a formation and runs the layered response automatically under standing authority.

↳ The sensor that saw it is almost never the shooter that can reach it. The grid compresses the four steps either side of the human.

Future Roadmap.

A hypersonic glide vehicle programme paired with a stratospheric balloon launch approach that removes the booster stage from the cost and signature equation. PRAHARI escorts and defends high-value national space assets. KETU is the co-orbital effector it can call on. Space is treated as a domain that has to be held.

SYS · HGV

HGV.
Hypersonic glide vehicle

StatusIn development
Primary RoleManoeuvring terminal delivery
ProfileBoost-glide vehicle with cross-range manoeuvre authority through the glide phase.
SYS · BLHV

BLHV.
Balloon-launched hypersonic vehicle

StatusIn development
Primary RoleLow-signature stratospheric release
ProfileHigh-altitude balloon lift to release altitude, removing the first-stage booster and its associated infrastructure.
SYS · PRAHARI

PRAHARI.
Bodyguard satellite

StatusIn development
Primary RoleProtection of high-value orbital assets
ProfileManoeuvrable escort providing local space situational awareness, threat characterisation and interposition.
SYS · KETU

KETU.
Co-orbital effector

StatusIn development
Primary RoleProportionate co-orbital response
ProfileHeld under national command authority. Attribution, escalation control and engagement rules are part of the design.

Research & Development.

High-fidelity twins of weapons and platforms, validated against flight data, used to qualify what cannot be affordably tested and to predict what a stockpile will actually do. Quantum key distribution, post-quantum cryptography, quantum inertial sensing and quantum-secured links for the grid, the layer that keeps command and control trustworthy when the spectrum is not.

SYS · DT

Digital Twins.
For weapons

StatusOperational
Primary RoleEvery round has a model, and the model is kept honest by the round
ProfilePhysics-based fidelity · Flight-data correlation · Virtual qualification · Condition-based stockpile management · Modification assessment · Training fidelity
SYS · Q

Quantum.
Technologies

StatusIn development
Primary RoleCommunications, sensing and navigation that survive a contested spectrum
ProfileQuantum key distribution · Post-quantum cryptography · Quantum inertial navigation · Quantum sensing · Secured command traffic · Ground-to-orbit links
SYS · L

Manned & Legacy.
Systems in service

StatusIn development
Primary RoleThe guns, radars and manned platforms already in service, brought onto the grid
ProfileRetrofit fire control and datalink for equipment a force already owns. Retrofit, not replacement · Legacy radar ingest · Gun-system integration · Machine-assisted fire allocation · Crew drills preserved · Degraded-link operation

What we hold ourselves.

  • Airframes
  • Effectors
  • Avionics
  • Autonomy
  • Space
  • Modelling
  • Validated digital twins
  • Quantum-secured links
RANGE TRIAL · ONBOARD FOOTAGE · FIBRE-OPTIC CONTROL

Engage with us.

Direct Contact
admincontrols@aminutemantechnologies.com
Programme briefings, trials, integration and supply enquiries are handled directly by the responsible engineering team. Detailed performance data is released to qualified government and industry counterparties following end-user certification.
Programme Office
+91 93562 21384
Dhanori, Pune 411015 · New Delhi · Bengaluru · Madhya Pradesh
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