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Strategic Stealth Machines
Autonomous drone, ground rover, satellite and robotic arm connected to a holographic digital twin

Engineering intelligent machines

AI-powered autonomous systems for aerospace, defence, manufacturing, mobility and space.

From digital twins and robotics to edge AI, sensor fusion and quantum technologies, we turn advanced research into deployable engineering systems.

Explore technologies View projects
AIRoboticsDigital twinsAutonomySpaceQuantum

We build the intelligence behind autonomous machines.

Algorithm→Prototype→Autonomous system

One stack, from silicon to decision.

Every SSM system combines AI, physics, software and hardware. Select a layer to see what it does.

    Five platforms. Each one deployable.

    Our technology is packaged as platforms with proven building blocks, so projects start from working systems rather than a blank page.

    SSMAutonomy

    Autonomous navigation, SLAM, path planning, control, obstacle avoidance and mission intelligence.

    Explore SSM Autonomy
    SSMDigital Twin

    Real-time asset monitoring, anomaly detection, RUL prediction, simulation and optimisation.

    Explore SSM Digital Twin
    SSMRobotics

    UGV, AGV, robotic arms, inspection robots, agricultural robots and physical AI.

    Explore SSM Robotics
    SSMAerospace AI

    Drone autonomy, star trackers, satellite analytics, orbital collision prediction and space robotics.

    Explore SSM Aerospace AI
    SSMQuantum

    Quantum optimisation, quantum ML, post-quantum security and hybrid quantum-classical workflows.

    Explore SSM Quantum

    SSM Labs

    Research happens in five labs, each with its own hardware, test rigs and specialists. Ideas move from a lab bench to a field trial without changing hands.

    Engineers working on a robotic arm hologram, a quadruped robot, a satellite model and quantum hardware
    • AI LabApplied AI, engineering AI and agentic workflows
    • Robotics LabUGV, AGV, robotic arms and sensor integration
    • Space LabSatellite AI, star trackers and on-orbit servicing
    • Quantum LabQuantum algorithms, PQC and optimisation
    • Digital Twin LabSimulation, monitoring, prediction and control

    What we're building.

    Prototypes and systems in development across our platforms. Each is available for technical briefings, pilots and research collaboration.

    Autonomous Defence Crawler

    Tracked unmanned ground vehicle for reconnaissance and surveillance in rough terrain.

    Domain
    Defence
    Platform
    SSM Autonomy
    Readiness
    To be confirmed
    Request a technical briefing

    AI Stethoscope

    Digital stethoscope that analyses heart and lung sounds with AI to support clinical screening.

    Domain
    Healthcare
    Platform
    SSM AI Lab
    Readiness
    To be confirmed
    Request a technical briefing

    Try a digital twin.

    Change the operating conditions of a rotating machine and watch the twin predict its failure risk and remaining useful life.

    Operating conditions

    20 °C120 °C
    0 mm/s18 mm/s
    10 %120 %

    Illustrative model for demonstration. Production twins are trained on your asset's own sensor history.

    Twin prediction

    Failure risk, 30 days
    Remaining useful life
    Status
    failure threshold 20% 100%50%0% now
    Predicted asset healthtime ahead

    Industries we serve.

    Sectors where machines operate in demanding environments and every decision has to hold up in the field.

    Aerospace

    Drone autonomy, flight AI and inspection from the air.

    Defence

    Unmanned ground systems, surveillance and secure edge computing.

    Manufacturing

    Digital twins, predictive maintenance and robotic automation.

    Mobility

    Autonomous vehicles, AGVs and intelligent transport systems.

    Space

    Satellite analytics, star trackers and space situational awareness.

    Healthcare

    AI-assisted diagnostic devices and clinical signal analysis.

    Frequently asked questions.

    Straight answers about what we build and how to work with us.

    What does Strategic Stealth Machines do?

    Strategic Stealth Machines builds AI-powered autonomous systems for aerospace, defence, manufacturing, mobility and space. The work spans robotics, digital twins, autonomy, edge AI, sensor fusion and quantum technologies, taking ideas from algorithm to prototype to autonomous system.

    Which platforms does Strategic Stealth Machines offer?

    Five platforms: SSM Autonomy (navigation, SLAM, path planning and mission intelligence), SSM Digital Twin (asset monitoring, anomaly detection and remaining-useful-life prediction), SSM Robotics (UGV, AGV, robotic arms and inspection robots), SSM Aerospace AI (drone autonomy, star trackers and satellite analytics) and SSM Quantum (quantum optimisation and post-quantum security).

    Which industries does Strategic Stealth Machines serve?

    Aerospace, defence, manufacturing, mobility, space and healthcare, which are sectors where machines operate in demanding environments.

    What is a digital twin?

    A digital twin is a live, data-driven model of a physical asset. SSM Digital Twin shows how equipment is behaving now, predicts when it will fail and lets teams test changes before they reach the real machine.

    Does Strategic Stealth Machines work on quantum technologies?

    Yes. SSM Quantum covers quantum and quantum-inspired optimisation, quantum machine learning, post-quantum security for embedded and cloud systems, and hybrid quantum-classical workflows. It also assesses honestly where quantum helps and where it does not.

    How can I request a demo or start a research collaboration?

    Use the contact page at https://sstealthmac.com/contact.html or email contact@sstealthmac.com with a description of the machine, the environment and the outcome you need.

    Have a system that should think for itself?

    Tell us about the machine, the environment and the outcome you need. We'll come back with a technical approach and a demo.

    Request a demoCollaborate on research