Advisory services

Security and governance built for the way AI actually gets deployed.

Each service is designed for leaders who need accountable decisions, implementable controls, and a usable route through evolving AI risk and regulation.

Vendor-agnostic · Principal-led

Core advisory

The foundation: know what applies, and secure it.

Every engagement can start here—readiness, assessment, agent governance, or ongoing advisory—then extend into the specialized work below as your AI program matures.

01 · EU AI ACT READINESS

Know what applies—and what to do next.

Turn an uncertain regulatory landscape into a clear program of work. We map the AI systems you operate to relevant responsibilities and prioritize the controls, evidence, and decisions required.

  • AI system inventory and governance ownership
  • Risk classification and obligation mapping
  • Gap analysis across security, data, monitoring, and documentation
  • Executive and implementation roadmap
Discuss readiness
02 · AI SECURITY ASSESSMENTS

Assess the full attack surface, not just the model.

AI risk lives across models, prompts, data, identities, APIs, cloud infrastructure, third-party components, and human operating processes. The assessment follows those real paths.

  • LLM, RAG, and agentic workflow threat modelling
  • Identity, access, secrets, and privilege boundaries
  • Model supply chain, data governance, and cloud controls
  • Runtime monitoring and incident response readiness
Discuss an assessment
03 · AI AGENT GOVERNANCE

Give autonomous systems accountable boundaries.

When AI agents can access tools, data, and workflows, governance needs to move from policy statements to actionable guardrails, approvals, and audit trails.

  • Agent registry, use-case classification, and ownership
  • Human approval gates and intervention criteria
  • Identity architecture and least-privilege tool access
  • Logging, monitoring, testing, and evidence design
Discuss agent governance
04 · vCISO ADVISORY

Retain experienced judgment as your program evolves.

Use ongoing advisory when a point-in-time assessment is not enough. The focus is strategic direction, architectural decisions, and practical governance that evolves with your AI program.

  • Leadership and board-level AI risk guidance
  • Architecture and control design review
  • Third-party and emerging technology risk input
  • Program milestones and implementation coaching
Discuss ongoing advisory

Securing the intelligence layer, end to end

Advanced AI security for the agentic era.

As AI moves from answering questions to taking actions, the attack surface and the accountability gap both grow. These specialized engagements meet the risks that generic security programs miss—each delivered on our Discover / Assess / Prioritize / Enable model, with reviewable evidence at every step.

05 · AGENTIC RED TEAMING & ADVERSARIAL TESTING

Attack your agents before someone else does.

Prove how your AI behaves under a determined adversary—indirect prompt injection, poisoned context, and abuse of autonomous tool use.

Problem

Autonomous agents read untrusted content and call real tools. A single injected instruction in a document, email, or web page can turn a helpful agent into an insider threat—exfiltrating data, invoking privileged actions, or chaining tools in ways no one tested.

Solution

A structured adversarial engagement that treats your agent as a live target: we craft real injection and tool-abuse scenarios against your actual workflows, not a checklist, and show exactly where guardrails hold and where they fail.

Key deliverables
  • Discover — map every agent, tool, data source, and trust boundary in scope.
  • Assess — execute indirect prompt-injection, jailbreak, and tool-chaining attacks; record reproducible evidence.
  • Prioritize — rank findings by blast radius and exploitability, tied to accountable owners.
  • Enable — concrete guardrail, prompt, and architecture fixes, plus a retest to confirm closure.
06 · AI SUPPLY CHAIN & “SHADOW AI” DISCOVERY

You cannot govern the AI you cannot see.

Inventory every third-party model, API, and embedded LLM in use—including the ones no one told security about.

Problem

Teams adopt LLM features, copilots, and vendor AI faster than governance can track. Each is a data-exfiltration path and a supply-chain dependency you have not vetted—until an audit, a breach, or a regulator asks what you are running.

Solution

A discovery engagement that surfaces sanctioned and shadow AI across the organization, maps the third-party dependency chain behind each, and turns an unknown estate into a governed register with clear owners and risk ratings.

Key deliverables
  • Discover — enumerate first- and third-party AI, embedded models, and data flows.
  • Assess — vet each dependency for data handling, provenance, and contractual exposure.
  • Prioritize — flag the highest-risk shadow AI and unmanaged data egress first.
  • Enable — a living AI inventory, intake process, and vendor-risk baseline your team can maintain.
07 · HUMAN-IN-THE-LOOP (HITL) GOVERNANCE FRAMEWORKS

Decide what an agent may do alone—and what it may not.

Design the approval gates, intervention points, and escalation paths that keep autonomous agents accountable.

Problem

“Human oversight” is easy to claim and hard to operate. Without explicit gates, agents either act on high-consequence decisions unchecked, or humans rubber-stamp everything and oversight becomes theater—neither survives a board or regulator’s question.

Solution

A practical HITL framework that classifies actions by consequence, defines exactly where a human must approve, intervene, or be notified, and makes each decision traceable—so oversight is real, proportionate, and auditable.

Key deliverables
  • Discover — catalog agent actions and their real-world consequence tiers.
  • Assess — test current oversight against failure and abuse scenarios.
  • Prioritize — set approval gates where consequence, not convenience, demands them.
  • Enable — documented gates, roles, escalation paths, and audit-ready decision logs.
08 · AUTOMATED AI POLICY ENFORCEMENT

Turn AI policy from a document into a control.

Technical guardrails and LLM firewalls that enforce your rules at runtime—not just on paper.

Problem

Written AI policies do not stop a prompt, a data leak, or a non-compliant output. Between the policy PDF and the running system sits a gap where real incidents happen—and manual review does not scale to machine speed.

Solution

We translate your policies into enforceable technical controls—input/output filtering, an LLM firewall layer, allow/deny tool policies, and rate and scope limits—so violations are blocked or flagged automatically, with evidence.

Key deliverables
  • Discover — map policies to the specific behaviors that must be enforced.
  • Assess — evaluate guardrail, firewall, and filtering options against your stack.
  • Prioritize — enforce the highest-risk policies (data egress, tool use) first.
  • Enable — a reference guardrail architecture, control specs, and monitoring hooks.
09 · AI-SPECIFIC INCIDENT RESPONSE PLANNING

Have a plan for the day your model misbehaves.

Response playbooks for the failures classic IR never covered—model drift, hallucination, prompt-injection compromise, and unsafe autonomous action.

Problem

Traditional incident response assumes a breach of systems, not a betrayal of judgment. When a model hallucinates into a customer decision, drifts out of tolerance, or is hijacked through injected instructions, most teams have no defined detection, containment, or communication path.

Solution

An AI-specific IR program that defines what counts as an AI incident, how to detect and contain it (including kill-switch and rollback for agents), and who communicates what to leadership, customers, and regulators—rehearsed, not theoretical.

Key deliverables
  • Discover — define AI incident types, severity, and detection signals for your systems.
  • Assess — gap-test current IR against drift, hallucination, and agent-compromise scenarios.
  • Prioritize — build playbooks for the most likely and most damaging failures first.
  • Enable — runbooks, kill-switch/rollback procedures, comms templates, and a tabletop exercise.

Discuss an advanced engagement Try the AI Act Risk Classifier

The engagement process

A clear path from first call to owned roadmap.

Every engagement follows the same transparent arc, so you always know where you are and what comes next.

  1. 1

    Discovery call

    A confidential conversation to understand your AI estate, obligations, and the decisions ahead.

  2. 2

    Scope & inventory

    Agree scope, then inventory systems, owners, data flows, and autonomy levels.

  3. 3

    Assess & classify

    Evaluate security and governance gaps and classify systems against real risk.

  4. 4

    Roadmap & owners

    Deliver a prioritized roadmap with accountable owners and decision points.

  5. 5

    Enable & review

    Support implementation and review progress—continuously or at defined milestones.

Engagement model

A focused start, with room to grow.

Most organizations begin with a defined scope. That creates an evidence-backed baseline before deciding whether they need a deeper assessment or retained advisory.

EU AI Act Readiness Snapshot

Typical focusAI inventory, applicability, priority gaps, and delivery roadmap
Typical duration2–3 weeks, shaped to the systems and stakeholders in scope
Working styleDirect access to the principal advisor; practical sessions with security, product, engineering, legal, and risk leaders
Next decisionChoose focused remediation, a deeper assessment, or ongoing advisory based on evidence—not pressure

Start with the uncertainty that is most expensive to leave unresolved.

We will discuss your context before recommending any engagement.

Request a discovery call