OAK Defense builds the radar, RF and electronic-warfare hardware — and the software on top of it: train and wargame the spectrum, decide with AI, run a live battlespace picture, counter the drone threat, and close the targeting loop. Physics-based, explainable, and honest by design.
Most software vendors don't build the radar. Most hardware vendors don't ship software. OAK Defense does both — which is why our EW models are credible, transparent and trusted.
A full EW training platform, an explainable AI decision layer, a real-world battlespace-management system, a counter-drone autonomy stack and a joint fires & targeting suite — now joined by space and Arctic/maritime domain awareness, a wargame training range, an AI-assurance workbench and a synthetic-data environment. All built on the same validated physics.
48 integrated applications spanning EW, SIGINT, radar, comms, EO/IR, NAVWAR, space, undersea acoustics, a tactical common operating picture and a real-time GPU 3-D wargame — one scenario, one map, one briefing.
Explainable AI decision support: classify emitters, prioritise threats and recommend a course of action — with confidence, cited sources and feature-level explainability. Classification-ready, fully offline.
The Battlespace Management System for real-world operations: fuse live track-link, ELINT, INS and video into one Kalman-tracked common operating picture — theatre, tactical and 3-D. TEWA threat-evaluation, effect tasking and synchronisation, CoT / KML / MGRS interoperability, after-action and a multi-operator shared picture. Operator-in-the-loop decision support.
A counter-drone autonomy stack for UAS Groups 1–3: a 15-app suite plus an onboard agent that drives an EW payload, a ground-station C2 console with mutual-TLS, and a reactive sense → classify → decide engine. Runs on a companion computer, no GPU.
The Joint Fires & Targeting suite that closes the sense → decide → task → assess loop: a CARVER-scored high-payoff target list, call-for-fire and gun solutions, F2T2EA dynamic targeting, fires deconfliction against airspace and friendly EW / NAVWAR, and BDA with re-attack. Accreditation-ready ballistics (Modified Point Mass / STANAG 4355), JMEM lethality and a NABK seam.
Focused products that take the same validated physics into new domains — space, the Arctic and the city, a wargame training range, AI assurance, a fusion compliance engine and the synthetic environment that feeds them all.
Space Domain Awareness & space-EW: a catalog COP, conjunction screening, co-orbital RPO, manoeuvre & re-entry detection and up-link jammer geolocation — on first-principles orbital mechanics.
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Arctic & maritime domain awareness: an AIS-style vessel COP, dark-vessel & anomaly triage, CPA / TCPA screening, multi-INT fusion and an ASW sonar-barrier planner.
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EW / air-defence training & assessment: a curriculum of exercises on the wargame's own physics, with an automatic A–F graded debrief scored against a per-objective rubric.
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An AI-assurance / TEVV workbench: grade a defense-AI model on performance, calibration, conformal coverage, adversarial robustness and drift — a PASS / FAIL verdict, and harden & re-grade.
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The synthetic environment behind the portfolio: generate a theatre, run the constructive wargame in 3-D, and label a multi-INT dataset with an adversarial split — reproducible by seed.
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Ambient urban intelligence over a city's existing sensors: privacy-gated ingestion, pattern-of-life anomaly detection, cross-feed fusion and explainable calibrated alerts — no new hardware.
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A fusion compliance engine: automated, explainable classification & release-policy enforcement on every fused element — PERMIT / RESTRICT / DOWNGRADE / SEGREGATE at machine speed, with an AI integrity gate and tamper-evident audit.
Explore OAK FusionGuard →A GPU-rendered battlespace where platforms fly with full six-degree-of-freedom motion — while the suite's own sensing and EW physics run DETECT → LOCATE → ENGAGE on the moving picture, frame by frame — and a live Threat Monitor + AI advisor reads the fight and recommends the next move.
Type the parameters you actually know — radar, jammer, emitter, geometry — and every model responds in real time. Inspectable inputs, explainable outputs, nothing hidden.
The posture that makes our software classroom-safe, export-friendly, and deployable on unclassified networks — today.
Every result is computed from validated, published physics and probability models — with visible confidence and explainability. No hidden magic.
The AI taxonomy and features trace to open literature — RadChar, RadioML, IEEE Std 521 / Skolnik, MIT OpenCourseWare, POMR. The assistant shows its sources.
No operational technique library, no classified parametrics, no exploit content. Representational by design — and that is the point.
Mission-critical RF, radar and space electronics, design-to-test. The same engineering that grounds our software — and a full set of test & space services behind it.
Book a walkthrough of the EW SUITE or AI EW Decision, or request the data sheets. Runs offline on a standard Windows PC.
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