Technology: LVC Training Architecture
The architecture behind Air Combat Arena — White Cell Mission Control, sensor and datalink regeneration, multi-site federation and cross-domain security.
The Architecture Behind Mission-Ready Training
Connectivity is table stakes. Mission-ready training comes from how the platform is built: three pillars — a networked training foundation, a coordinated White Cell, and live & constructive integration — carried on a spine of built-in assurance.
- Networked Foundation
- White Cell
- Live & Constructive
HOW THE PLATFORM IS BUILT
Three Pillars on a Spine of Assurance
A complete training foundation, two things only the Arena does, and assurance built into all of it. Together they deliver one outcome: mission-ready air forces.
Networked Training Foundation
Everything a serious air-combat environment needs, working together on one mission — plan, brief, execute, debrief, constructive forces, weapons, tactical datalink, and evidence-based review.
The White Cell
Run the full mission with a coordinated controller team — Air Boss, RTO, GCI/C2, Red Air, asset controllers — each at its own station over one shared picture.
Live & Constructive Integration
Bring live aircraft, physical emitters, and range assets into the same exercise as the synthetic ones — and hand a track between them without breaking the exercise.
Accredited cross-domain security, role-based authority, technical monitoring, and time integrity underneath every pillar.
PILLAR 1.1 · REALISTIC FOG OF WAR
Fog of War, Preserved
Trainees act on what their own sensors and datalink actually show — not on an omniscient feed. Every entity obeys operational physics (terrain masking, RCS, jamming), and Blue and Red each work an independent picture, so neither side shares a God's-eye view. That is what makes the tactical decisions the right ones.
The shortcut
Entity positions read straight off the network
Simulated sensors take that data as given
All entities visible regardless of terrain, RCS, jamming
• Unrealistic omniscience—pilots see everything • Training develops incorrect tactical habits • Combat reality includes fog of war
The Arena way
The platform holds the true picture — trainees never see it directly
All entities adhere to terrain, RCS, jamming effects
Sensors must detect entities through realistic physics
Operationally realistic detection and tracking behaviour
Live weapon shots have realistic flyouts/effects across LVC
• Operationally realistic ambiguity • Correct tactical decision-making • Training transfers to combat
How Data Flows Through the LVC Environment
From live systems to simulators, every data path is designed for operational fidelity and tactical realism.
One Coherent Picture
Live aircraft, simulator pilots, and constructive forces in one tactical picture — the object the crews saw is the object the debrief reviews.
Fusion
Live Link 16 and simulator state correlate into one consistent picture for every participant
Adjudication
Launch, flyout, and effects resolve to defensible shot and kill evidence, consistent across the fight
Timeline
An authoritative event log with provenance for complete debrief reconstruction
One debrief, no contradictions. Every participant sees the same outcome. Tactical discussions focus on decisions, not simulation artefacts.
PILLAR 2 · THE WHITE CELL
White Cell Mission Control
The orchestrating authority for LVC operations
Mission Control runs in any modern browser, supporting multi-site operations from a single console. Instructors see real-time system health, entity status, and exercise state across all connected sites.
- Visibility Control — Toggle which entities appear on which networks
- Ownership Management — Assign control between live, virtual, and constructive
- Safety Override — Freeze, delete, or redirect entities instantly
- Live/Virtual/Constructive Visualisation — Clear L/V/C status on every track
- Training Progression — Adjust realism by phase; all changes logged for accountability
Safety and realism under instructor control. White Cell maintains operational safety through instant freeze/delete capabilities while preserving training realism through visibility policies. Trainees experience realistic fog of war; instructors maintain complete situational awareness and safety authority.
PILLAR 1.2 · SENSOR & EW PHYSICS
Realistic Sensor & EW Behaviour
Models what each sensor would actually show — not omniscient truth, but realistic detections with appropriate ambiguity, timing, and limitations.
Radar
- Mode-specific revisit rates (RWS/TWS/VS)
- Notch/beam break-lock
- Look-down clutter
- Track saturation
- Line-of-sight
- Terrain masking
- Atmospheric effects
- TGP behaviour
- Threat library
- Strobe accuracy
- Mode-specific indications
- ECM/ECCM interplay
- Burn-through dynamics
- Chaff timing
Realistic ambiguity, correct tactical lessons. Pilots experience operationally realistic detection timelines, sensor limitations, and fog of war. Tactical decisions transfer directly to combat operations.
Link 16 Integration
J-series messages regenerated with realistic characteristics
Messages are not passed through—they're regenerated with realistic characteristics including mode-paced revisit rates, variable track quality, proper continuation words, and processing latency.
- Revisit Rates — Mode-paced updates matching operational systems
- Track Quality (TQ) — Varies with range, aspect, and sensor performance
- Continuation Words — Proper message discipline
- Latency — Processing and transmission delays matching real systems
- ID Timing — Delayed identification reflecting actual correlation process
- Live → Sim — Ingest live PPLI/J-series; create simulation entities
- Sim → Live — Re-emit synthetic entities as Link 16 tracks with appropriate delays
PILLAR 1.3 · DISTRIBUTED OPERATIONS
Distributed Operations Without Single Points of Failure
Hub-and-Spoke Topology
Each site operates a local routing hub with its participants as spokes. If inter-site links fail, each site continues operating independently.
DIS Bridging
Locally-generated DIS packets are forwarded between sites with loop prevention. No packet storms, no infinite forwarding.
Time Synchronisation
GPS-synchronised absolute timestamps across all sites, smoothed for consistent tactical timing — so the debrief timeline holds up.
PILLAR 3 · LIVE & CONSTRUCTIVE INTEGRATION
LVC Hub
Network governance for multi-simulator, multi-site operations
Different simulators implement standards differently. The LVC Hub translates between dialects, throttles data rates, and filters entity counts before downstream systems are overwhelmed.
- Interoperability Management — Translates between different simulator implementations of standards
- Classification Boundaries — Maintains separation between National and NATO SECRET data with packet labeling and boundary enforcement
- Evolution Management — When any connected system updates (FENIX, JCATS, OFPs, MIDS terminals), the hub diagnoses and corrects interoperability breaks immediately
THE SPINE · BUILT-IN ASSURANCE
Assurance Under Every Pillar
Assurance is not an add-on buried in a feature list — it runs beneath all three pillars. In classified and coalition training, the security posture often decides whether an exercise can happen at all, so the Arena makes it explicit.
Cross-Domain Security
Run across a classified/unclassified boundary with an understandable release posture — standalone, one-way, or controlled two-way — and an audit trail.
Role-Based Authority
One authority model: who can see, control, approve, and act — across the White Cell and the cloud side.
Technical Monitoring
See technical readiness and diagnose failures during the exercise instead of after it — which system, which link, which message.
Time Integrity
Keep live, simulated, and recorded timelines trustworthy so the debrief holds up.
The security posture is explicit and operationally understandable, so a classified or coalition exercise can be planned with confidence — and every run leaves a trustworthy record behind it.
See It In Action
Every ArenaLogic product is built on this foundation.
The architecture, operational.
Every capability described above runs on deployed hardware at allied air force sites. Three views of two products — the F-16 Full Mission Simulator (FMS) cockpit and its visual system, and the four-ship truss of the F-16 Tactical Training Center — show how the architecture lands in practice.
Replicated MFDs, HOTAS, and switches.
The F-16 Full Mission Simulator delivers a true full-cockpit environment for emergency and normal procedures.
Five 4K OLED displays with infinite contrast ratio — the basis for realistic day, night, and NVG operations.
Four-ship networked tactical training.
Realistic constructive opposition, Link 16 LVC, and DIS/HLA networking deliver mission-ready multi-ship mission rehearsal.