Get it wrong in the headset.
Defence-grade mixed-reality training for procedures where the real rehearsal is expensive, dangerous, or impossible to run often enough to build competence.
Every run instrumented, so you can evidence who is actually ready.
Pick the drill that is hardest to run for real. That is usually the one worth simulating first.
This is for you if
If none of these are true we are probably not the right call yet, and we will say so.
- The procedure is high-risk and rehearsing it for real is expensive
- Training quality depends on which instructor ran the session
- You cannot evidence who is actually competent, only who attended
- Footage and scenarios are too sensitive to sit on a vendor cloud
What a training lead is judged on.
How many times a person has performed the procedure before the day it counts. Simulation is the only way that number goes up without the cost or the risk going up with it.
Not attendance — performance. Who completed the sequence, who hesitated, who took the wrong branch, and whether that improved on the next attempt.
Live exercises consume equipment, fuel, airspace, downtime and people. A scenario that runs in a headset consumes a headset.
How the system actually works
Ask the harder questions.
What a training lead has to be able to defend — to an auditor, and to a budget holder.
Fidelity is a cost decision, not a virtue.
Photoreal everything is the fastest way to overspend. What has to be exact is whatever the trainee is being assessed on — the sequence, the hazard cues, the instrument readings. The rest can be suggestive without hurting transfer.
- Fidelity targeted at the assessed behaviour
- Hazard cues modelled exactly
- Environment suggestive where it can be
- Built from your own SOP, not a generic one
- Validated with your instructors before build-out
- Scope sized against training outcome, not spectacle
The procedure is the software.
Steps are gated in the order your standard operating procedure requires, so a trainee cannot pass by doing the right things in the wrong sequence. When the SOP changes, the scenario is reconfigured rather than rebuilt.
- Step order enforced from your SOP
- Out-of-sequence actions recorded as errors
- Scenario configurator, not a code change
- Versioned against SOP revisions
- Instructor can vary conditions per run
- Same standard regardless of who runs the session
Who is competent, not who attended.
Attendance registers prove nothing to an auditor. Every run is instrumented — sequence, timing, errors, recovery — so competence is evidenced per person and the training itself can be shown to be improving.
- Per-trainee performance record
- Errors and recovery captured, not just pass or fail
- After-action review from the run data
- Trends across cohorts and instructors
- Exportable for regulatory audit
- Retention under your own policy
On your estate, offline.
Training happens in facilities with no outbound connectivity and procurement rules about what hardware may be used. The system installs on the headsets you can actually buy and runs with no cloud dependency.
- Fully offline operation
- Runs on procurable headset hardware
- Multiplayer across a local network
- No licence phone-home
- Instructor station on your own machine
- Indian OEM, GeM-listed
Fidelity is a cost decision, not a virtue.
Photoreal everything is the fastest way to overspend. What has to be exact is whatever the trainee is being assessed on — the sequence, the hazard cues, the instrument readings. The rest can be suggestive without hurting transfer.
- Fidelity targeted at the assessed behaviour
- Hazard cues modelled exactly
- Environment suggestive where it can be
- Built from your own SOP, not a generic one
- Validated with your instructors before build-out
- Scope sized against training outcome, not spectacle
What the system does
Procedure and equipment rendered in place, anchored to the real environment rather than a floating panel.
The scenario advances only when the standard operating procedure is actually followed, step by step.
Commands and callouts by voice, because the hands are doing the procedure being trained.
Crews rehearse together in one scenario, each in their own role, with coordination as part of the exercise.
Instructors build and vary scenarios themselves — no vendor round-trip to change a drill.
Per-trainee timelines showing sequence, hesitation and error, and what to rehearse next.
What gets deployed.
A complete trainer rather than a headset and a hope — engine, scenario library, instructor station and the analytics that make a session reviewable.
Trainee headsets with an instructor console that observes, injects events and reviews the session.
Scenario engine plus a maintained library, extended with your own procedures and environments.
Runs entirely inside your network. No scenario data, footage or performance record leaves the site.
Built for defence and public-sector estates where a cloud-hosted trainer cannot be accredited.
Let's talk about your hardest drill.
The procedure that is expensive to stage, risky to rehearse, or that you simply cannot run often enough. Tell us what it involves and we will tell you what simulating it takes.
Immersive training — common questions
Yes — that is what the scenario configurator exists for. Instructors build and vary drills themselves, including environments, injected events and failure conditions. A training system that requires a vendor round-trip to change a drill stops being used within a year.
Yes. The simulation engine, scenario library, instructor station and analytics all run inside your network, and the system is built for estates where a cloud-hosted trainer cannot be accredited. No scenario data, session footage or performance record leaves the site.
A per-trainee timeline of the run: the sequence taken, where they hesitated, which SOP gates were satisfied, and where an incorrect branch was chosen and what followed from it. The point is evidence of competence rather than a record of attendance.
Yes. Multiplayer role assignment puts a whole crew in one scenario, each in their own role, so coordination and communication are part of the exercise rather than assumed. The instructor can inject events mid-run to test how the crew adapts.