The customer provides the sensors, intelligence, and weapon systems. Varindor provides the planning, coordination, and decision support — from target development through SEAD corridor planning, cross-domain synchronization, and battle damage assessment.
Target nomination, prioritisation, and development from multi-source intelligence. The platform maintains the target list and tracks each target through the approval and engagement cycle.
CDE assessment at multiple levels, with approval routing to the appropriate command authority based on estimated collateral risk. Higher risk requires higher authority. Every assessment is recorded.
The World Model computes volumetric EM propagation for every known air defence emitter over real terrain. Penetration corridors are 3D — accounting for terrain masking, overlapping coverage, acoustic detection envelopes, and thermal signatures simultaneously. The what-if engine tests alternative suppression sequences before the commander commits.
Cyber, electronic warfare, and kinetic effects coordinated through a configurable timing matrix. The cognitive engine validates that intelligence supporting the strike plan is consistent and has not been manipulated. The commander defines the sequence. The platform validates, detects conflicts, and tracks execution.
Every intelligence claim feeding the strike plan is checked against the live physics environment. A reported emitter location that contradicts the EM propagation model is flagged. Counter-deception monitors whether the target picture itself is being shaped by adversary information operations.
Post-strike assessment from multiple intelligence sources. The platform evaluates whether the target was effectively engaged, whether re-strike is recommended, and tracks the target's reconstitution over time.
Deep strike planning and coordination is fully functional for training and wargaming as delivered. Operational deployment with live weapon systems is a classified customer-delivery project in which the armed forces provide weapon-specific parameters, target data, and integration specifications under their classification authority.
Run deep strike planning exercises with physics-accurate air defence environments, SEAD corridor computation, and cross-domain timing validation. Route planning avoids EM detection zones, acoustic envelopes, and thermal signatures simultaneously — the platform computes corridors through all volumetric threat fields at once. Fork the scenario to test alternative suppression sequences and compare outcomes. After-action review with full decision provenance.