Real-Time Defence AI
at the Tactical Edge
The Sthenos AI Inference Engine is the cognitive core of Europe’s sovereign defence AI platform, transforming multi-domain sensor data into decision-ready intelligence in milliseconds, from command centre to contested edge.

— Overview
Purpose-Built for Defence-Grade AI Workloads.
Conventional inference frameworks are optimised for commercial cloud environments. The Sthenos AI Inference Engine is engineered from the ground up for the realities of modern conflict. Contested networks. Denied environments. Hardened platforms. Zero tolerance for latency or compromise.
Our inference runtime executes identically across cloud, on-premise command centres, mobile tactical nodes, and unmanned platforms, preserving trusted model behaviour from headquarters to the forward edge.
Modular,
Hardware-Agnostic
AI Architecture
A five-layer stack engineered for sovereignty, portability and battlefield resilience.
— Capabilities
Core Capabilities of the Sthenos Inference Engine.
Six engineered pillars that turn raw sensor data into operational advantage across the full spectrum of multi-domain operations.

— Operational Benchmarks
Performance Engineered for Contested Operations.
Designed to degrade gracefully, never catastrophically, under EW, jamming and intermittent connectivity.
<200
ms
End-to-End Inference Latency
99,9%
uptime
Edge Node Availability
12+
streams
Sensor Modalities Fused
100%
sovereign
EU Sovereign Supply Chain
— Sthenos Platform Integration
Integrated Across the Sthenos AI Platform.
The Inference Engine never operates in isolation. It is the connective intelligence layer of the wider Sthenos defence AI ecosystem.
— Intelligence
Defense Architecture Principles.
Built on a unified intelligence architecture, the Sthenos platform connects data, models, and applications into one continuous operational system, engineered around six foundational principles.

01
Interoperable by design
02
Secure by default
03
Multi-domain at the core
04
Composable and scalable
05
Traceable and evidence-driven
06
Human-controlled execution
