Overview#
Argus is a multi-domain intelligence and operations platform built for defence, security, and intelligence organisations operating in contested and coalition environments. A national armed forces headquarters uses it to fuse ISR sensor feeds from air, ground, and maritime domains. A joint task force exercise team uses it to run HLA-federated simulation alongside live TAK positions. A national CERT uses it to manage cyber threat intelligence, run automated response playbooks, and conduct structured red-blue training. The same platform covers all three, because the underlying architecture shares common data models, common access controls, and common interoperability standards.
The platform integrates ISR sensor fusion, tactical communications, engagement management, terrain analysis, and real-time collaboration into a single operational picture, with architecture designed for NATO interoperability, European data sovereignty, and resilience in denied, degraded, intermittent, and limited-bandwidth (DDIL) environments.
Open Standards#
- STANAG 4607 (GMTI): Ground Moving Target Indicator radar data is ingested, processed, and tracked in full conformance with this NATO standardisation agreement, enabling interoperable ISR fusion across coalition forces.
- IEEE 1516 / HLA (High Level Architecture): The simulation federation layer implements the IEEE 1516 Runtime Infrastructure specification, allowing distributed joint training exercises to interoperate with external simulation federates.
- IEEE 1278 / DIS (Distributed Interactive Simulation): Entity-level simulation traffic is encoded and exchanged using the IEEE 1278 protocol, supporting red/blue exercise environments and live-virtual-constructive training scenarios.
- STIX 2.1 / TAXII 2.1 (OASIS): Cyber threat intelligence indicators and bundles are stored as STIX 2.1 Structured Threat Information Expression objects and shared or polled via TAXII 2.1 feeds, integrating with national CERT and fusion centre workflows.
- FMN (Federated Mission Networking) Spiral 5: Coalition service profiles and service registry adapters align with NATO FMN Spiral 5 to enable multinational task force interoperability without bespoke bilateral agreements.
- STANAG 5518 / JREAP (Joint Range Extension Applications Protocol): Tactical data link connectivity between geographically separated nodes is managed via JREAP, extending Link-16 reach across wide-area networks.
- JC3IEDM / STANAG 5525 (Joint C3 Information Exchange Data Model): Coalition object data, including units, tasks, and activities, is ingested and queried using the JC3IEDM schema, providing a standardised coalition information model.
- MIL-STD-2525D (Military Symbology): All operational display layers render entities using MIL-STD-2525D compliant symbols, with automatic symbol assignment driven by entity classification from fused sensor feeds.
Last Reviewed: 2026-04-02 Last Updated: 2026-04-14
NATO Interoperability#
Argus implements open NATO and military standards across all integration points:
- STANAG 4607: Ground Moving Target Indicator (GMTI) radar data ingestion and processing.
- Link-16 / TADIL-J: Tactical data link integration for joint force situational awareness.
- Cursor-on-Target (CoT) / TAK: Full TAK ecosystem integration including GoATAK, FreeTAKServer, OpenTAKServer, and ATAK plugin management.
- HLA (IEEE 1516): High Level Architecture Runtime Infrastructure for distributed simulation federation.
- DIS (IEEE 1278): Distributed Interactive Simulation protocol for entity-level simulation.
- FMN (Federated Mission Networking): Spiral 5-aligned service profiles for coalition interoperability.
- STIX/TAXII: Structured Threat Information Expression for cyber threat intelligence sharing.
- STANAG 4748: Target classification taxonomy aligned across all sensor modules.
- STANAG 7023: National Primary Imagery Format (NPIF) catalog support.
- MTFXML: Military Text Formatted Message exchange.
- MIL-STD-2525D: Military symbology for operational displays.
Common Operational Picture#
- Multi-Source Entity Aggregation: Fuse entity data from GMTI radar, acoustic sensors, video analytics, COMINT, OSINT, and manual reporting into a single entity view with source provenance tracking.
- MDOC Sessions: Mission Decision Operations Center sessions for coordinated multi-domain planning and execution.
- Military Symbology: MIL-STD-2525D compliant symbol rendering across all map displays, with automatic symbol assignment based on entity classification.
- Geospatial Intelligence: Map layers, geofencing, heat mapping, clustering, and offline map support.
- Unified Operational Events: Single timeline of 24 event types from 21 source systems with causal chain tracking and spatial correlation.
ISR and Sensor Fusion#
- GMTI Radar: STANAG 4607 compliant ground moving target indicator processing with track management and feed health monitoring.
- Stone Soup Integration: Open-source multi-sensor track fusion framework supporting GMTI, acoustic, and video sensor inputs without vendor lock-in.
- Military Video Analytics: 47 military object classes, drone telemetry geocoding, multi-frame tracking, and high-value target auto-detection with NATO STANAG alignment.
- Acoustic Sensor Network: Multi-sensor detection and triangulation with military acoustic classification, shot counting, and caliber estimation.
- COMINT Analysis Pipeline: Communications intelligence processing with multi-language translation, military entity extraction, intent classification, and threat assessment.
- Surveillance AI: Real-time video analytics with multi-model detection, four-stage processing pipeline, and automated incident creation.
Effector Management and Engagement#
- Effector Matching Engine: Automated target-to-asset matching with multi-factor scoring (range, type, readiness, ammunition, line-of-sight, risk, time-to-effect).
- Engagement Workflow: Structured propose-confirm-execute-assess lifecycle with mandatory human authorisation and complete audit trail.
- Battle Damage Assessment: Structured BDA capture and tracking integrated with the sensor fusion picture.
- Configurable Doctrine: Per-tenant scoring weights encoding rules of engagement and doctrine compliance.
UAS and Drone Operations#
- Fleet Management: Drone registration, status tracking, maintenance, and availability dashboards.
- Airspace Zone Management: Restricted areas, engagement zones, transit corridors with altitude limits and time windows.
- Flight Path Deconfliction: Real-time proximity, zone compliance, and electronic warfare awareness checks.
- Mission Lifecycle: Full lifecycle tracking from planned through airborne, on-station, RTB, and post-mission.
- Telemetry Ingestion: Live position, heading, battery, and link quality monitoring.
Terrain Analysis#
- Line-of-Sight Computation: Point-to-point visibility checks accounting for terrain, earth curvature, and refraction.
- Viewshed Analysis: 360-degree visibility mapping from observer positions with cumulative coverage from multiple points.
- Elevation Profiles: Route elevation extraction for movement planning and terrain appreciation.
- Slope Analysis: Mobility corridor identification with configurable vehicle-type thresholds.
- DEM Registry: Multi-resolution terrain data management (SRTM, satellite, drone photogrammetry, LiDAR).
Tactical Edge and DDIL Resilience#
- CRDT Offline Collaboration: Y.js-based conflict-free replicated data types for document collaboration that merges seamlessly on reconnection.
- Satellite Mesh Communications: Multi-layer communication resilience across Starlink, Iridium, and tactical mesh with automatic failover and store-and-forward queuing.
- Offline Maps: Cached map tiles and DEM data for full geospatial capability without connectivity.
- 3D Terrain Visualisation: MapLibre GL JS 3D terrain rendering with hillshade, contour lines, and offline tile support.
Secure Communications#
- NI2CE / Matrix: Secure communications via the NI2CE Matrix-based protocol for classified messaging.
- TAK Federation: CoT event sharing across federated TAK server networks.
- Eurydice Data Diode: One-way data transfer for cross-domain information sharing between classification levels.
Training and Simulation#
- OPENBURST: Operational burst simulation for electronic warfare scenario modelling.
- HLA RTI Federation: IEEE 1516 High Level Architecture for distributed simulation interoperability.
- DIS Protocol: IEEE 1278 Distributed Interactive Simulation for entity-level training exercises.
- Yawning Titan: Autonomous cyber defence training using abstract network simulations.
- RoboBlue: Red/blue team exercise management for cyber defence training.
European Sovereignty#
- Irish/EU Jurisdiction: Platform operated from Irish and EU data centres under European data protection law.
- European Defence Fund Alignment: Architecture designed for European Defence Fund (EDF) and PESCO alignment with federated multi-domain cloud patterns.
- Open Standards First: All integrations built on open, non-proprietary standards (NATO STANAGs, IEEE, OASIS) to avoid vendor lock-in.
- Multi-Tenant Isolation: Organisation-scoped data isolation with security classification controls meeting multinational coalition requirements.
- X-Road / eIDAS Federation: European digital identity and data exchange standards support.