Make better soldiers. Save lives.
High-fidelity XR puts the warfighter inside the fight — at the flight line, in the breach, on the bridge, on the wire — without the ammunition, the airspace, or the risk. ClearGazeTest adds the layer the world's most advanced VR platforms have never had: fifteen circuit-resolved neurological biomarkers, captured at 220 Hz inside the headset, that turn every repetition into measurable, improvable training.
A modern warfighter fires fewer live rounds in a year than a hobbyist on a competition range. Real airspace, real ammunition, real fuel, real medics, real risk — all to deliver fewer than two dozen authentic repetitions of the most decision-critical moments of the job. Meanwhile, the brain learns by repetition. We've engineered ourselves into a training paradox.
Active shooter response, ambush, G-LOC recovery, room-clearing under contact — the moments that decide outcomes are the ones the warfighter trains least, because the real-world cost of rehearsing them is prohibitive. Reps become memories instead of muscle memory.
Traditional simulators score hits and misses. They cannot see the millisecond between when the eye finds the threat and when the trigger finger acts. That gap — the neurological loop — is where every modern engagement is won or lost, and no one has been able to measure it inside training. Until now.
"The warfighter felt off" is not training data. It's an autopsy. Self-report misses fatigue, medication effect, blast exposure, and cognitive overload. Involuntary physiology — captured in real time, at the eye — cannot be gamed by a motivated operator. That's the substrate for improvement.
We do not ask the Department of Defense to fund a new supply chain. We build on the XR platform the DoD, NATO, and the world's most demanding training organizations already operate — and add the only thing it has never had: a measurable nervous system.
The Varjo XR-4 Series delivers human-eye resolution stereoscopic display, mixed-reality pass-through, and binocular eye tracking at 220+ Hz with sub-degree accuracy. It is manufactured in Finland — a NATO member state — and offered in a TAA-compliant Secure Edition with no wireless components for fully classified, air-gapped deployment.
It is the headset the U.S. Army selected for RVCT. The headset Lockheed Martin pairs with Prepar3D for fighter pilot training. The headset Boeing chose for Starliner astronaut training. The headset the Finnish Air Force integrates with VBS4 for Live-Virtual-Constructive exercises. The headset Rheinmetall and Bohemia Interactive use for ground crew training. The headset on the Ukrainian Armed Forces' battle-tank training pipeline.
Our software runs inside it. We don't replace the simulator — we instrument the warfighter. Every saccade, every fixation, every pupil response, every millisecond of decision time becomes a data point. The same VR training the DoD already trusts, with a neurological readout no other platform on earth provides.
The list below is not aspirational. Each scenario already exists in the Varjo-compatible ecosystem and is augmented by the ClearGazeTest neuro layer. We start where the warfighter actually fights — and we keep going until there's nothing left to train.
From the breach point to the fire team to the convoy line. Every meter of contact, every decision under fire, every reflex that ends in a clean target or a dead teammate — rehearsed until it is muscle, then verified at the neuron.
Dynamic and deliberate entry. Stack discipline, sectors of fire, no-shoot identification, multi-room sequencing. Civilian and barricaded-shooter variants.
Solo-officer and stack response to evolving lethal threats in civilian environments. Schools, malls, transit, places of worship. Hostage proximity decisioning.
Complex three-dimensional terrain. Sniper alleys, rooftop threats, civilian density, IED probability, RoE constraints, joint coordination with rotary-wing.
Movement-to-contact under attack from RPG, small arms, complex ambush, VBIED. React-to-contact drills, casualty evacuation under fire, vehicle break-contact maneuvers.
Visual signature recognition. Disturbed earth, wire runs, dead animals, command-detonation triggers, secondary-device awareness. Trained pattern recognition under time pressure.
Range estimation, wind call, mover lead, holdover, spotter-shooter dialogue, target priority. Counter-sniper detection. Hide construction and concealment discipline.
Crew-served weapons from Strykers, MRAPs, Abrams. Target ID under armor optics constraints. Range estimation, lead, ballistic compensation. Loader-gunner-commander loop.
9-line and 15-line CAS. Talk-ons in degraded comms. Friendly-force ID at altitude. Multi-platform deconfliction. Civilian-density risk assessment under time pressure.
Tactical Combat Casualty Care while the contact is still hot. MARCH algorithm, tourniquet placement, airway management, blood product administration, 9-line MEDEVAC call.
Dynamic entry with shoot/no-shoot discrimination at threshold distances. Multi-room sequenced clearance with non-combatants. Sniper-assaulter synchronization.
Use-of-force continuum. Verbal/less-lethal/lethal decision trees. Civilian crowd dynamics. Body camera narration. Trained restraint under provocation.
Working-dog deployment scenarios — explosive detection, suspect apprehension, area search. Handler-dog visual coordination. Combined team scoring.
From wheels-up to merge. Pilots, RIOs, and rotary crews operate at the millisecond margin. The Varjo headset already lives in their training cycle. We make every flight hour measurable.
Radar engagement geometries. Pre-merge tactics. Multi-ship coordination, AWACS handoff, weapons employment zone calculation, RWR/MWS interpretation.
One-versus-one merge to gun solution. Energy management, lead/lag/pure pursuit, defensive break, snap shots. G-loading awareness and AGSM execution.
Target talk-on from JTAC. Multi-ship CAS attack geometry. Marking pass. PID at altitude under civilian-density constraint. Weapons release and BDA.
Confined-area landings, ridgeline approaches, brownout dust landings, NVG operations, casevac under fire, sling-load delivery, fast-rope insertion.
Downed-pilot recovery in contested space. Authentication protocols, hoist operations under fire, escort coordination, evasion-and-recovery hand-off.
Daytime and night case-III approaches. Boltering. Wave-off decisions. LSO talk-down. Pitching deck. Hung-ordnance recovery. Bingo decisions.
MQ-class operations. Long-loiter surveillance, weapons employment, target hand-off, civilian-density assessment under DGS-floor scrutiny.
Helmet-mounted display target cueing, off-boresight engagement, threat-warning symbology fluency under task saturation. Trained scan discipline.
Bridge, well deck, periscope, RHIB. The maritime warfighter operates at the intersection of constrained space, perishable judgment, and unforgiving weather. Practice can be repeated; the sea cannot.
Contact identification, COLREGs decisioning under degraded radar, anti-piracy posture, anti-ship missile defense, friendly-force IFF in congested waters.
Visit-board-search-seizure under non-permissive conditions. RHIB approach geometry, ladder-and-pole boarding, ship-clearing in confined spaces, deck-to-deck CQB.
Submarine periscope ID at limited depth, sonar contact prosecution, fire-control solution development under time pressure, evasion-and-deception maneuvering.
Fire-fighting under smoke, flooding response, structural casualty containment, casualty extraction. Crew coordination under battle stations.
Operator-controlled surface and subsurface vehicles in contested littoral. Sensor fusion, target identification, deconfliction with crewed assets, ROE under autonomy uncertainty.
The highest-stakes operators in the force structure deserve the highest-density repetitions. The scenarios below are built for operators who can't afford to find out where their reflex ceiling sits during a real mission.
Multi-element synchronized assault. Helicopter or vehicle insertion, breaching, sequenced room clearance with PID and SSE under time-on-target compression.
High-altitude parachute insertion rehearsal. Canopy navigation, formation maintenance, ground-orientation under canopy, weather-degraded landing zone ID.
Combat swimmer ops, dry-deck shelter egress, beach-reconnaissance, over-the-beach assault. Hydrographic survey, RCC handoff.
Surveillance overwatch hand-off, dynamic entry, biometric confirmation under stress, sensitive site exploitation, captured-personnel extraction.
Aircraft assault, train assault, bus-and-building hostage rescue. Surgical force application under hostage-density constraint. International multi-team interoperability.
Long-duration concealed observation. Pattern-of-life development, target identification at distance, indirect-fire spotter call-for-fire, sustained-vigilance discipline.
The XR-4 doesn't care what time it is or what the sky looks like outside the building. Inside the headset, we can put the warfighter in any environment, any visibility, any season, any physiologic state — and we can do it for the thousandth time at 0300 in a hangar in winter.
Other VR training companies render the scenario. We render the scenario and measure the operator inside it. Fifteen circuit-resolved neurological biomarkers, captured at 220 Hz, the moment the trigger is squeezed.
The Varjo XR-4 has eye-tracking cameras built into the headset. Most simulator software ignores them. We do not. Every saccadic latency, every pupil response, every vergence shift, every smooth-pursuit gain, every fixation drift becomes a measurement — and each measurement maps to a specific neural circuit.
When the warfighter sees the target, the eye knows first. We see the eye know. We see the 50-millisecond decision latency. We see the pupillary stress response before the breath is held. We see the antisaccade failure when fatigue cracks discipline. And we see all of it before the trigger finger has decided what to do.
That data does three things. First, it scores the training repetition objectively — not "good" or "bad," but which circuit was the rate limit. Second, it feeds the scenario engine, so the next repetition adapts: targets a millisecond faster, lighting one notch darker, civilian distractors more numerous. Third, it builds a longitudinal database — per warfighter, per squadron — that turns "the operator is ready" from a feeling into a number.
Practice makes perfect, but only when practice has a measurement. We provide the measurement.
Antisaccade inhibition (DLPFC). 2 errors in 20 reps under threat-density 4. Recommend targeted drill: Anti-Saccade Pop-Up Pack, 4 sets, 90s rest. Re-verify next sortie.
More repetitions, on better instruments, instrumented by the only platform that sees the nervous system at the trigger. The result is measurable.
The Varjo XR-4 already lives in the world's most advanced training programs. Every partner below is a force multiplier — and a path to TRL 9 transition that does not require Congress to fund a new supply chain.
We partner with squadrons, training commands, special operations groups, allied forces, and law-enforcement tactical units that refuse to leave readiness to chance. If you want your operators measured, trained, and tracked on the neurological substrate of their craft — let's talk.