CUSTOM AI DEVELOPMENT · MILITARY TECHNOLOGY
AI-POWERED MILITARY TECHNOLOGY SOLUTIONS
Reduce time-to-market and increase design efficiency for next-generation defence systems.
We bring AI-driven optimisation from aerospace, automotive and renewable energy to defence engineering: simulation tools for high-speed missile and UAV optimisation, surrogate modelling for rapid design iteration, automated image processing for non-destructive testing, and mission route planning under complex constraints.
Peer-reviewed: Journal of Propulsion and Power · AIAA
Surrogate modelling and digital twins
Proprietary neural networks and genetic algorithms
THE PROBLEM
WHERE DEFENCE PROGRAMMES LOSE TIME
Defence engineering combines extreme performance requirements with long development cycles.
SLOW DESIGN ITERATION
Structural, aerodynamic and thermal simulations limit how many configurations can be tested.
COMPONENT INTEGRITY
Inspection of critical components must be thorough and consistent.
COMPLEX MISSIONS
Route planning must balance speed, cost and safety across terrain, threats and weather.
EVOLVING THREATS
Networks and classified data face constantly changing cyber threats.
WHAT WE BUILD
AI FOR DEFENCE ENGINEERING AND OPERATIONS
Capabilities we bring to next-generation defence systems.
HIGH-SPEED MISSILE DESIGN OPTIMISATION
AI-driven simulation that refines aerodynamics, structural integrity and propulsion, optimising configurations to reduce development time and cost.
MISSION & ROUTE OPTIMISATION
Full-journey multi-objective optimisation balancing speed, cost and safety, with dynamic routing by vehicle weight, dimensions and terrain, safe path prediction and real-time evaluation of threat zones, road conditions and weather.
CYBERSECURITY & THREAT DETECTION
Automated anomaly detection that protects network integrity and classified data against evolving cyber threats.
SUPPLY CHAIN & LOGISTICS
Predicting logistics demand and managing inventory intelligently to minimise waste and support rapid deployment.
Developing a next-generation system? Tell us about it.
OUR ENGINE
DIGITAL TWINS, SURROGATES AND OPTIMISATION
We do not resell a general-purpose platform. Three in-house technologies do the heavy lifting, each matched to the task.
NEURAL NETWORKS
Small, agile networks for classification, surrogate development, forecasting and pattern recognition.
In defence: surrogate models for rapid, cost-effective design iteration.
IMAGE PROCESSING
Larger convolutional networks for image classification, image segmentation and background removal.
In defence: automated NDT image processing to verify component integrity.
GENETIC ALGORITHMS
Hybrid evolutionary optimisation using multiple cross-over, mutation and evolution techniques.
In defence: multi-objective design and mission optimisation.
Our engineering roots go deep: peer-reviewed research on automated optimal design of high-speed missile inlets (Journal of Propulsion and Power; AIAA), and granted UK and US patents in wind turbine technology (GB2536006B, US9657714B2). See our aerospace work →
RESEARCH
HIGH-SPEED MISSILE OPTIMISATION, PUBLISHED
Our missile design optimisation builds on peer-reviewed research in the Journal of Propulsion and Power and with the AIAA.
PUBLICATIONS
Michael Blaize, Doyle Knight, Khaled Rasheed (1998). Automated Optimal Design of Two-Dimensional Supersonic Missile Inlets. Journal of Propulsion and Power.
Michael Blaize, Doyle Knight, Khaled Rasheed (1998). Automated optimal design of two-dimensional high-speed missile inlets. American Institute of Aeronautics and Astronautics (AIAA).
Christophe Bourdeau, Michael Blaize, Doyle Knight (1999). Performance analysis for an automated optimal design of high-speed missile inlets. American Institute of Aeronautics and Astronautics (AIAA).
HOW WE WORK
FROM FIRST CALL TO PRODUCTION
01
FREE CONSULTATION
Explain your challenge, or just explore how AI could streamline and enhance your current business practices. No commitment.
02
DISCOVERY & SCOPING
We review your data, systems and success criteria, then propose an approach, timeline and budget range.
03
PROOF OF CONCEPT
A focused prototype on your own data, so you can judge accuracy and value before scaling.
04
PRODUCTION & MLOps
Deployment to cloud, on-premise or edge, with monitoring, retraining and ongoing support.
Perguntas Frequentes
DEFENCE AI FAQ
High-speed missile and UAV design optimisation, surrogate modelling and digital twins, automated NDT image processing, mission and route optimisation, cybersecurity and logistics optimisation.
Surrogate models replace slow structural, aerodynamic and thermal simulations during optimisation, so far more design iterations can be evaluated quickly and cost-effectively.
Yes. We deploy models on-premise, in the cloud or at the edge, so sensitive data can stay inside your environment.
Every project is scoped individually, based on the problem, the data available and the accuracy and integration required. We usually start with a focused proof of concept, and you get an approach, timeline and budget range before any commitment.
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DEVELOPING A NEXT-GENERATION SYSTEM? TALK TO US
Book a free consultation. We will tell you honestly whether AI is the right tool and, if it is, what a sensible first step looks like.