An agile CubeSat constellation for advanced reconnaissance and electronic surveillance, delivering orbital mosaic intelligence for modern NATO defence operations.
ATLAS is a tactical CubeSat swarm engineered for advanced reconnaissance and electronic surveillance across contested domains. Operating as a low-footprint orbital mosaic, it delivers persistent intelligence coverage over borders, maritime corridors, and conflict zones — providing mission-critical data to NATO forces with agility, fault tolerance, and encrypted reliability.
A next-generation CubeSat constellation delivering agile, persistent intelligence and electronic surveillance for NATO operations across contested domains.
ATLAS provides continuous monitoring over borders, maritime routes, and conflict zones through its distributed orbital mosaic.
The constellation operates as an intelligent swarm, enabling rapid deployment, adaptive tasking, and resilient mission execution.
Encrypted communications and fault-tolerant design deliver reliable, mission-critical insights to defence operators in real time.
A 55-unit swarm engineered for rapid deployment and autonomous coordination — passive magnetic stabilisation, encrypted storage, and adaptive UHF downlink across a Sun-Synchronous Orbit.
ATLAS replaces the single, expensive reconnaissance satellite with a coordinated swarm of 55 small spacecraft. Each unit is simple; together they form a persistent, self-healing orbital mosaic built in the UK for NATO operations.
Fifty-five 1065 g CubeSats are released into a 450–600 km sun-synchronous orbit, passing over the same regions at consistent local times so coverage is predictable and repeatable.
RF and IoT relay payloads detect, monitor and characterise electromagnetic emissions across borders, maritime corridors and conflict zones, building a picture no single pass could capture.
The constellation behaves as an intelligent swarm. Adaptive tasking shares the workload between units, and if a node is jammed or lost, neighbouring spacecraft re-task to preserve coverage.
Intelligence is stored on encrypted 1 GB NOR memory and sent over an adaptive 150 kbps UHF link to dispersed ground stations, then fused into NATO's Federated Mission Networking layer for theatre C2.
Modern conflict is fought across the electromagnetic spectrum as much as on land, at sea and in the air. The side that sees emissions first, and keeps seeing them, holds the initiative.
A large reconnaissance satellite revisits an area only periodically, leaving gaps an adversary can learn and exploit. A distributed swarm shrinks those gaps by keeping many sensors in orbit at once, turning intermittent observation into continuous awareness over the borders, shipping lanes and contested regions that matter most to UK and allied planners.
Counterspace threats, from jamming to anti-satellite weapons, make any single high-value spacecraft a target. ATLAS spreads capability across 55 low-cost nodes, so the loss of individual units degrades the system gracefully rather than switching it off. Swarm-level redundancy, frequency agility and autonomous re-tasking are designed to keep the mosaic intact under jamming, space weather or kinetic threat.
Radars, communications networks, GNSS jammers and drones all emit. Detecting and characterising those emissions reveals where forces are, what they are doing and how they are changing, often before anything is visible in imagery. Electronic surveillance from orbit gives commanders that insight without putting people or aircraft at risk.
ATLAS is structured around low unit cost, rapid launch cadence and modular procurement. Initial deployments focus on ISR and electronic warfare support, with upgrades planned for SIGINT clustering, cross-domain data fusion and manoeuvrable variants for space-domain awareness, allowing sovereign customisation while retaining full NATO interoperability.
For a UK-based space company, ATLAS is about more than hardware. It is sovereign capability that is affordable to field, fast to replenish and hard to deny, giving the UK and its allies eyes on the electromagnetic battlespace that stay open when it matters.
ATLAS's ground segment is architected for seamless data ingestion, triage, and fusion across NATO's tactical and strategic networks. Downlinked intelligence is received via dispersed ground stations with multi-band transceivers, real-time decryption, and mission-priority buffers.
Interfacing directly with NATO's Federated Mission Networking layer, the pipeline supports compression, relevance tagging, and automated dissemination to theatre C2 systems optimised for low-latency situational awareness.
ATLAS is hardened at every tier of its architecture, from onboard encryption to network-level shielding.
Each node employs end-to-end cryptography with rotating keys and quantum-safe protocols. Communications are cloaked via frequency agility and anomaly detection, while physical tamper resistance and compartmentalised ground infrastructure prevent intrusion.
Resilience extends to survivability: swarm-level redundancy allows graceful failover, while autonomous re-tasking and orbital reconfiguration preserve coverage continuity against jamming, space weather, or kinetic threats.
ATLAS's roadmap embraces iterative evolution aligned with NATO's modular procurement frameworks.
Initial deployments focus on ISR and electronic warfare support, with mid-term upgrades introducing SIGINT clustering, cross-domain data fusion, and manoeuvrable variants for space-domain awareness. Procurement is structured around low-unit-cost scalability, rapid launch cadence, and sovereign customisation — full NATO interoperability retained.
Designed for contested environments, ATLAS performs advanced electronic surveillance by detecting, monitoring, and analysing electromagnetic activity across land, sea, and border regions. Secure communications and encrypted data links ensure reliable intelligence delivery to allied forces.
