AI ecosystem cybersecurity
Developing security capabilities for AI applications, agents and supporting infrastructure, with runtime visibility and human oversight.
AI Security · Advanced Computing · New Technologies
Engineering new technologies.
Securing the AI ecosystem.
We develop technology solutions focused on AI cybersecurity, system observability and next-generation computing — from engineering to validation and deployment.
Technology developmentAI ecosystem securityIntegration & deployment
The company
Technology with a purpose.
Engineering with a direction.
CLM AI Technologies is being built to develop and implement new technologies for an increasingly AI-driven world.
Our immediate focus is the continued development of ASA 5 Security Enterprise. Alongside this, the C.L.M. programme explores a longer-term direction in advanced computing.
We connect software engineering, AI security and applied research, with an emphasis on solutions that can be tested, integrated and developed with technical partners.
Our focus
Building capability.
Solving real technology challenges.
System visibility & operational evidence
Understanding system trajectories and preserving assessments to support informed review, investigation and audit.
New technology development
Connecting architecture, software development, integration planning and validation through clearly scoped engineering work.
Our technologies
Two programmes.
One engineering ambition.
01 / AI SECURITY
Current development focus
ASA 5 Security Enterprise
An external observability and security system for long-running AI. ASA reconstructs runtime trajectories, detects accumulating instability and preserves assessments for human review.
- Runtime trajectory analysis
- Evidence preservation and system visibility
- Support for human review and audit
Software development & validationExplore ASA 5 ↗
02 / ADVANCED COMPUTING
Longer-term programme
C.L.M. Crystalline Lattice Matrix
A hybrid material–photonic–electronic computing architecture under development for AI matrix workloads. The programme explores local weight storage, computation close to data and bounded photonic communication.
- Programmable material-state matrices
- Local weighting and reduced data movement
- Hybrid electronic and photonic operation
Software modelling & feasibility work.
No physical processor prototype yet.Discuss the programme ↗
No physical processor prototype yet.Discuss the programme ↗
Partnerships
Build what comes next.
With us.
We welcome conversations with organisations that can help turn new technology into validated capability.
Start a conversation ↗Technology partners
Technical evaluation, integration discussions and scoped pilot opportunities.
Research & engineering partners
Laboratory feasibility, characterisation and specialist engineering collaboration.
Strategic partners
Joint development, commercialisation planning and long-term technology growth.
Contact
Let’s talk technology.
Company enquiries, technical discussions and partnership opportunities.