
Govern AI across your organisation, with confidence.
AI adoption is accelerating faster than governance can keep up.
We work with security and risk teams to get visibility, enforce controls, test resilience, and meet regulatory requirements,
Talk to us

OUR APPROACH TO AI GOVERNANCE AND SECURITY

We are problem-driven, not product-driven. We help GRC, Security, and Engineering & AI leaders:
- Shift from reactive oversight to proactive governance
- Map and secure the AI asset lifecycle end-to-end
- Build AI-specific guardrails, reporting, and continuous assurance
- Establish a pathway to meet EU AI Act, GDPR, NIST AI RMF, and CIS.
WHERE DO YOU NEED TO START?

“I need to understand what AI is running across my environment, who owns it, and where that leaves us with the regulators.”
Explore AI Governance and Lifecycle Management Services
“I need to know how our AI holds up against a real attack, before someone else finds out.”
Explore Adversarial Defence and Robustness Services
“I need our AI-enabled development held to the same standard as everything else we ship.”
Explore Secure AI Systems Design and Development
“I need assurance on the models we are building ourselves.”
Explore AI Model Governance and Assurance Services
Four stand alone services or one end-to end AI governance programme
Our services cover the full journey: from discovering what AI is running in your environment, through assessing your security posture and regulatory exposure, to building the policies, guardrails, and controls that keep it governed over time.
We can work with you on one part of that journey or all of it.
Talk to us about where to start
OUR AI GOVERNANCE SERVICES

AI Governance and Lifecycle Management
You will know what AI is running, who owns it, and nothing new will go live without passing through a defined front door.
Automated asset discovery and inventory
Scanning across every environment, mapping AI models, APIs, datasets and notebooks. Identification of AI running outside any approval path. Comprehensive AIBOM generation, with dependencies and versions tracked.
Process flow analysis and weakness identification
Mapping actual workflows against documented ones. Identifying approval bypasses, testing change management controls, validating stage gate enforcement and measuring process adherence.
Model registry and tracking validation
Auditing model metadata completeness, verifying lineage tracking, testing version control integrity, validating ownership assignment and checking decommissioning procedures.
Governance, front door and change management
Designing the route by which AI gets registered, risk classified, approved and exception managed, built into your existing GRC rather than bolted alongside it. Governance model, policy framework and clear ownership across security, GRC, data and engineering.

Adversarial Defence and Robustness
You will know how your AI behaves under attack, with guardrails measured rather than assumed.
Prompt injection attack simulation
Executing OWASP LLM01 attacks, testing direct and indirect injection vectors, validating input sanitisation effectiveness and measuring guardrail bypass success rate.
Model evasion testing
Crafting adversarial examples, testing model decision boundaries, measuring robustness to perturbations and validating defensive mechanisms.
Jailbreak resistance validation
Testing known jailbreak techniques, measuring policy enforcement, validating context window protection and testing multi-turn conversation attacks.

Secure AI Systems Design and Development
You will know your AI systems, and your AI-assisted development, are held to the same engineering standard as everything else you ship.
Code security and vulnerability analysis
SAST and DAST scanning of AI code, manual code review for AI-specific vulnerabilities, API security testing, secret exposure detection and dependency vulnerability assessment (SCA). Controls for AI-generated code, so what an assistant suggests is tested before it is trusted.
MLOps pipeline security assessment
CI/CD configuration review, pipeline privilege escalation testing, build process integrity validation, container security scanning and model signing verification.
Infrastructure security validation
Network segmentation testing, access control effectiveness, encryption validation at rest and in transit, infrastructure-as-code security review and cloud security posture assessment.

AI Model Governance and Assurance
You will know the models you build or fine-tune behave fairly, predictably and within tolerance, and you will have the evidence to show it.
Bias and fairness technical testing
Statistical fairness analysis, protected attribute testing, disparate impact measurement, subgroup performance analysis and fairness metrics calculation including demographic parity and equalised odds.
Model explainability validation
SHAP and LIME analysis execution, feature importance verification, decision boundary mapping, counterfactual explanation testing and explainability coverage measurement.
Performance and drift monitoring assessment
Real-time accuracy tracking, data distribution shift detection, concept drift identification, model degradation measurement and alerting mechanism validation.
Start with a focused pilot programme.
A pilot gives you real findings on a defined scope, before committing to a full programme. What that looks like in practice:
Scoped to one or two capability tracks, or to a specific part of your environment and completed in 2-4 weeks, you will receive the asset inventory, the risk register, the compliance gap analysis and the remediation playbooks, fully documented and ready to act on
If investment in the full programme makes sense, the case is already made.
See if a pilot programme is right for you
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Customer feedback

Technical insights and resources
The Future of AI Demands Secure Governance
Whether you are scoping a pilot, building a business case, or looking at a specific part of your AI estate, the right starting point is a conversation.





