Train the impossible. Until it’s automatic.
Defence-grade VR and Mixed Reality where service personnel rehearse high-risk procedures safely, repeatedly, and at a fraction of the cost of live training. Every action logged, every decision measured, every skill objectively assessed.
Physical assets cannot scale to the training the force needs.
Limited asset access
High-value aircraft, ships and weapon systems cannot be tied up for repetitive drills — crews compete for rare live-training windows on operational platforms.
Rare catastrophic scenarios
Helicopter crash response, submarine flooding, CBRN incidents — events that occur once in years but must be executed flawlessly. Live rehearsal at the required cadence is impossible.
Cost & risk of live error
A mistake on a real flight deck risks personnel, aircraft and mission. The fail-safely, repeat-until-competent loop that builds expertise is unavailable on live equipment.
Standardisation deficit
Heavy dependence on tribal knowledge and localised crew experience produces inter-unit variation. Two squadrons can execute the same SOP differently — and the difference shows up under pressure.
Subjective assessment
Without instrumented training, evaluation depends on instructor judgement. Time-to-task, checklist adherence, and procedural deviation go unmeasured — and unimproved.
Rehearse. Execute. Measure. Replay every decision.
Spatial MR overlays
Anchored training content rendered onto real equipment — labels, hazards and procedures locked to the physical world, not the headset.
SOP-gated workflows
Every scenario enforces Standard Operating Procedures step-by-step. Crew cannot bypass critical actions — correct muscle memory is built under pressure.
Hands-free voice interaction
Voice-driven prompts and confirmations keep both hands free for the work — the system guides, prompts and validates each procedural step.
Multiplayer role assignment
Networked sessions for squad, platoon or full-crew training. Each participant holds a specific role with role-specific prompts and responsibilities.
Scenario configurator
Instructors customise scenarios on the fly — change weather, add casualties, inject equipment failures, adjust enemy behaviour, vary time of day.
After-action analytics
Time-indexed replay of every session. Review each decision, missed checklist item, time-to-task and positional movement. Exportable reports.
Your base. Your data. No external dependency.
Headsets & instructor station
Qualified VR and MR headsets — standalone for forward-deployed bases, tethered PC-VR for premium fidelity. Paired with an instructor station sized to your cohort.
Simulation engine & scenario library
Simulation engine, MR overlay renderer, SOP gating, scenario configurator and after-action analytics — with the eight-domain scenario library, ready out of the box.
On-premise, air-gap compatible
Full deployment behind the wire. No internet, no vendor cloud, no telemetry egress. Session recordings and trainee analytics stay on the establishment's own server.
Sovereign by architecture
Indigenous software stack. Encryption in transit and at rest. DPDPA-aligned audit trails. Atmanirbhar by design — built and supported in India.
- CMMI L5·
- ISO 27001·
- DPDPA 2023·
- On-premise·
- Indigenous IP·
- MEITY-aligned
The same engineering bar — across the operation.
HoloMap
An immersive VR mission-planning platform for the Indian Armed Forces — terrain at scale, rehearsed in full, on customer infrastructure.
Augmented Maritime Awareness
AIS-fused situational picture for naval and coast-guard ops — vessels, tracks and intent in one view.
Train the impossible — without the cost of failing.
Safer, scalable, measurable — built behind the wire, for the forces defending the country. See a working scenario, on your terms, under NDA.