Discover How Geordie Works

Secure Enterprise-Ready Innovation
and Resolve Agentic Chaos

Agents Don’t Have Killswitches.

They make decisions, take actions, and sometimes surprise you.

Geordie starts with proactive risk management; showing agents in use, playing back insights, and simulating permission changes to understand risks before they’re live.


Once agents are running, Geordie will continuously monitor and implement risk mitigations.


And when agents do go rogue, how you recover, matters. Stopping an agent mid-flow could do more damage than allowing it to complete its operation. That’s why Geordie provides Beam to help your agents make risk-aware decisions, keeping you safe.

More Agents, Fewer Headaches

Agentic adoption is accelerating. Oversight isn’t. Geordie unifies visibility and control across platforms and teams - so you can scale without friction or risk.

Geordie AI risk management dashboard displaying cybersecurity threats including data leakage and API misuse with severity levels and activity counts.

We Provide the Mitigations and Evolving Controls you need from Human-in-the-loop to Full Autonomy.

Beam’s agent-native controls evolve in real-time with Agent behaviour and threat landscape. Unlike static controls agents can bypass or traditional cyber interventions that risk loss of visibility and harm.

Beam modifies agent behaviour as they operate, shining a light on risks they can’t otherwise see to make better - safer - decisions.

Low Friction, Fast Value

Built for teams that can’t afford delays: from secure deployment to trusted data in 10 minutes.

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Less Noise, More Answers

Geordie turns complex agentic activity into clear metrics on risk posture, adoption, and compliance that leaders can act on with confidence; making AI Governance executive-ready.

Geordie AI agent adoption analytics dashboard showing provider trends and risk distribution across business units including Sales, HR, and Security.

AI Agent Risk doesn’t stop at Deployment.

Eliminate Blind Spots before they become Breaches.

Future-Proof your Organisation against Evolving Risks.

End-to-end Auditability across AI Agents, Designed to keep your Organisation Compliant, Resilient, and Incident-ready.

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Fully Industry
Compliant

We’re SOC2 and GDPR compliant, with external audits complete and penetration tests conducted regularly.

Identity and Access Controls

Enterprise-ready, you can bring your own SAML/OIDC identity provider, with strong access controls.

End-to-End Data
Protection

All data is safely isolated, encrypted, and subject to minimal retention policies - fully under your control and aligned with GDPR, CCPA, and industry best practices.

Internal Security
Practices

Our team follows rigorous internal security protocols including continuous vulnerability assessments and secure development practices to safeguard your data at every stage.

If you require any further information on our Security & Data Protection practices, please get in touch.

A Technical Explanation of what we're doing

Risk Engine

Our risk engine continuously analyses agents interactions, provides visibility of your risk posture and observes risks in production. All without frictious gateways!

Agent-native Technology

Our agent-native technology scans APIs, Code, and Devices in your estate to provide visibility of the agents being built and deployed in your organisation.

Vendor Agnostic

Our approach is vendor agnostic and supports a wide range of agent platforms and frameworks, whether bought or built.

Low Friction, Fast Value

Built for teams that can’t afford delays - from secure deployment to trusted data in 10 minutes.


FAQs


  • Q
    Why should I use Geordie instead of my existing vendor management or risk process?
    A

    Existing vendor risk management processes were designed for static software and services, not for autonomous, evolving AI Agents that act independently in real-time. AI Agents introduce new, continuously changing risks that vendor management frameworks aren’t built to monitor, control, or adapt to post-deployment.

    Most risk assessments for software focus on pre-contract assessments (such as for security and compliance standards maintained by the vendor), periodic audits or questionnaires, and service legal agreements with static control reviews. However, AI Agents are non-deterministic and keep learning, adapting, and acting after procurement, sometimes in unpredictable ways. This creates contextual risks that are dynamic and operational.

    Unlike a traditional bounded service where the risk can be managed at the contract or infrastructure layer, AI agents act autonomously after deployment and in production environments, where decisions may have real-world impacts (e.g., financial trades, safety actions, content generation) which can be irreversible or difficult to unwind. 


    Traditional vendor and third-party risk management is focused on infrastructure, access, and contractual obligations. AI risk is about behavioural alignment and decision-making over time, which can’t be managed by static assessments.

  • Q
    What technical requirements are there to deploy and use Geordie?
    A

    Geordie is built for simplicity, requiring only an API connection or optional code scanning to deploy. It layers effortlessly into your existing systems. No heavy lifts. No added complexity.

    Geordie fits into your systems with ease. With just an API connection or code scanning, you get up and running. No disruptions, no extra complexity.

    Geordie is designed for fast, low-friction deployment.

    It requires only an API connection and/or optional code scanning to get started. There’s no need for heavy integrations or major system changes, so you can add controls and oversight without adding complexity to your existing enterprise stack.

  • Q
    Why can’t I just manage each of my AI Agents in the platforms where I bought, built, or run them?
    A

    Managing AI agents in separate platforms creates silos, making it difficult to track, assess, and control risk consistently. Just like managing risks across cloud, endpoints, and code, looking at AI agents in isolation can lead to blind spots.

    Some risks only become visible when you view systems together. Without a unified perspective, it’s easy to miss combined or cascading risks that emerge across platforms.

    Geordie gives you cross-system oversight so you can manage AI agent risks holistically, not in disconnected pieces.

    For example:
An AI agent generating customer responses might be safe on its own. But if it starts pulling in data from another AI system, like an autonomous pricing agent, you could unintentionally create compliance, reputational, or financial risks that neither system flagged individually.

    Geordie helps you monitor and control AI agents across platforms and use cases, giving you the full picture so you can catch combined risks before they escalate.

  • Q
    What security is in place to protect my data with Geordie?

    A

    We use advanced encryption, real-time monitoring, and comply with major industry standards, ensuring your data is safe at all times

  • Q
    Why don’t you autonomously detect and respond to AI Agent actions like an EDR?
    A

    AI agents aren’t like traditional software.


    With standard software, issues often happen in closed systems you can halt a process, roll back a transaction, or restore a backup to fix a problem.

    AI agents, especially autonomous ones operating in the real world (like financial trading, infrastructure management, or multi-agent coordination), can take actions with immediate and sometimes irreversible consequences.

    Stopping the software isn’t enough if the action has already happened.


    That’s why AI risk management needs more than just autonomous detection and response. It requires preemptive controls to guide decisions before actions are taken and post-decision interventions to adjust or mitigate impacts after actions occur, similar to how we manage human risk in complex systems.Geordie is built for this kind of continuous, real-world AI governance, rather than just process-level control.

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