Interoperability

Varindor runs alongside your existing systems — consuming the data your sensors, networks, and control systems already produce, and adding new capabilities on top. Nothing that works today needs to change. And because the platform speaks NATO-standard protocols, it interoperates with partner systems from any nation that does the same.

YOUR EXISTING SYSTEMS Radars + Sensors C2 Systems SCADA / OT Networks Data Links Intel Feeds Viewers + Displays STANDARD PROTOCOLS VARINDOR World Model Cognitive Engine Counter-Deception CBRN Modeling Grey-Zone Detection What-If Analysis YOUR DATA IN → NEW CAPABILITIES OUT No rip and replace. No vendor lock-in. No disruption to operations.

Capabilities

Consumes What You Have

Varindor ingests data from any sensor or system you already operate — radar tracks, AIS feeds, ADS-B, ELINT, manual reports. If your system outputs data over standard protocols or NATO standard formats, Varindor can consume it without modification to your existing infrastructure.

Publishes Back

Results — threat assessments, hazard predictions, intelligence verdicts, safe corridors — are published via standard protocols that your existing systems can subscribe to. Your current C2 display can show Varindor's contamination plume. Your planning tool can consume the safety field. No proprietary client required.

NATO Standard Interfaces

Link-16 tactical data links, NFFI friendly force tracking, NATO MTF messaging, STANAG 4586 UAV control, STANAG 4559 ISR catalog queries, MIL-STD-2525D symbology. All implemented from publicly available specifications — no classified material was used. See full standards list.

OT/ICS Native

For critical infrastructure, Varindor connects directly to your control systems via the protocols they already speak — Modbus TCP/RTU, OPC-UA, DNP3, MQTT. No middleware, no translation layer, no additional software on your PLCs.

New Capabilities, Same Infrastructure

Real-time physics simulation, 3D hazard prediction, cognitive warfare assessment, counter-deception analysis, cross-domain fusion, and what-if scenario planning — layered on top of your current investment. Varindor extends what you have without disrupting what works.

Runs in Parallel

Varindor deploys alongside your existing infrastructure. It can run in observation mode — consuming data, building the world model, producing assessments — without affecting any operational system. When you're ready to act on its output, you choose which results to integrate.

Integration Surfaces

Sensor data ingest Standard sensor protocols, data feeds, NFFI, AIS, ADS-B
Tactical data links Link-16 (TADIL J), NFFI (STANAG 5527)
Platform control MAVLink v2, STANAG 4586 CCI
ISR catalog STANAG 4559 (NSILI)
Industrial protocols Modbus TCP/RTU, OPC-UA, DNP3, MQTT
Messaging Pub/sub event streaming (any subscriber)
API Comprehensive service API with structured contracts
Viewer streaming Real-time streaming to any connected device
Message formats NATO MTF (ADatP-3 / APP-11)

Complement, Don't Compete

Defence organizations have invested decades and billions in their current systems. Those systems work. They track entities, manage communications, display operational pictures. Varindor adds physics simulation, cognitive reasoning, and cross-domain fusion — and feeds the results back through the same protocols those systems already understand.

Your radars keep tracking. Your C2 system keeps commanding. Your SCADA keeps controlling. Varindor sits alongside, consuming the same data streams, and producing physics-grounded assessments, hazard predictions, and cognitive warfare verdicts that your existing systems can display and act on.

Or Run the Full Stack

Varindor is also a complete end-to-end system. For new deployments, training environments, or wargaming exercises, the full platform runs standalone — from sensor ingestion through physics simulation and cognitive reasoning to command and decision. No external dependencies required.

The same platform that integrates into a live operational environment can power a self-contained training exercise — with scenario replay, simulated entities, and forked world states for exploring alternative outcomes. One platform, two deployment modes: integrate where you have systems, stand alone where you don't.