What is Control Core?

Control Core is a runtime authorization platform that sits inline on the network path between systems. It evaluates every AI agent action, API call, and data request against live policy before the action completes — without requiring SDK integration or application code changes.

How is Control Core different from an API gateway?

API gateways authenticate at the door and route traffic. Control Core authorizes each action on the wire using identity, payload content, destination, time context, and regulatory policy — in under 5ms. It governs what happens after authentication.

Does Control Core require code changes or an SDK?

No. Control Core deploys inline in your network path. No SDK. No application rewrites. Authorization logic moves out of your code and into policy.

Where does Control Core run?

Entirely inside your own VPC or on-premises infrastructure. It is not a SaaS data plane. Your traffic never leaves your network perimeter.

How does Control Core help with AI and API security?

AI agents and service accounts often receive standing privilege after authentication. Control Core authorizes each action in real time on the wire — stopping unsafe tool calls, data exfiltration, and lateral movement before they complete.

What is Control Core?

Control Core is a runtime authorization platform that sits inline on the network path between systems. It evaluates every AI agent action, API call, and data request against live policy before the action completes — without requiring SDK integration or application code changes.

How is Control Core different from an API gateway?

API gateways authenticate at the door and route traffic. Control Core authorizes each action on the wire using identity, payload content, destination, time context, and regulatory policy — in under 5ms. It governs what happens after authentication.

Does Control Core require code changes or an SDK?

No. Control Core deploys inline in your network path. No SDK. No application rewrites. Authorization logic moves out of your code and into policy.

Where does Control Core run?

Entirely inside your own VPC or on-premises infrastructure. It is not a SaaS data plane. Your traffic never leaves your network perimeter.

How does Control Core help with AI and API security?

AI agents and service accounts often receive standing privilege after authentication. Control Core authorizes each action in real time on the wire — stopping unsafe tool calls, data exfiltration, and lateral movement before they complete.

Best on desktop

For the full site experience — interactive diagrams, policy samples, and complete detail — open this page on a desktop browser.

This view is simplified for smaller screens.

Best on desktop

For the full site experience — interactive diagrams, policy samples, and complete detail — open this page on a desktop browser.

This view is simplified for smaller screens.

Every AI action. Every API call. Governed at runtime.

Secure every AI and API action. Prove compliance at runtime.
No SDK. No SaaS. No changes to the stack you already run.

See your industry

Delivering the missing Control layer

The bouncer that follows every action after login.

Service accounts, AI agents, third-party APIs, and batch jobs all act with standing privilege after they authenticate. Most security tools check intent at the door, or detect the result of the action.

Control Core authorizes each action on the wire before it completes. No vendor ecosystem required.

The bouncer that follows every action after login.

Control Core authorizes each action on the wire before it completes. No vendor ecosystem required.

Watch

Live actions are checked against the policy you defined. Nothing is blocked.

Watch

Live actions are checked against the policy you defined. Nothing is blocked.

Set the rules

What agents can do. What APIs can send or receive. Tune them from the shadow record.

Set the rules

Write the limits once. What agents can do. What APIs can send or receive. Tune them from the shadow record.

Set the rules

Write the limits once. What agents can do. What APIs can send or receive. Tune them from the shadow record.

Go live

Turn active controls on that path. Unsafe actions stop. The proof was already captured.

Go live

Turn enforcement on that path. Unsafe actions stop. The proof was already building in shadow mode.

Go live

Turn enforcement on that path. Unsafe actions stop. The proof was already building in shadow mode.

See how this lands in your world.

The risk differs. The control does not.

Stop an unsupervised agent that can move money on payments and core.

OSFI. FINTRAC.

Finance and banking

1/5

Security & Risk

Unsafe actions stop before they land. Audit evidence exists before auditors ask. Third-party and AI exposure is contained at the wire.

Agents stay inside the lines

Unsafe actions stop before they land.

Agents stay inside the lines

Unsafe actions stop before they land.

Technology & Engineering

Zero application rewrites. No SDK. Authorization logic moves out of code and into policy. Rules update in minutes.

Proof as traffic runs

Evidence exists before anyone asks.

Proof as traffic runs

Evidence exists before anyone asks.

Compliance & Legal

Continuous evidence per transaction. Mapped to OSFI, FINTRAC, CPCSC, etc. Proof is not assembled after the fact.

Compliance & Legal

Continuous evidence per transaction. Mapped to OSFI, FINTRAC, CPCSC, etc. Proof is not assembled after the fact.

See what’s running unchecked.
Then take control.

Security sees unsafe AI and API actions before they land. Compliance gets proof as traffic runs. Engineering keeps the stack as it is. No SDK. No code changes.
Introduce the Trust Layer that applies your governance real-time.

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Every AI action. Every API call. Governed at runtime.

Secure every AI and API action. Prove compliance at runtime.
No SDK. No SaaS. No changes to the stack you already run.

Every AI action. Every API call. Governed at runtime.

Secure every AI and API action. Prove compliance at runtime.
No SDK. No SaaS. No changes to the stack you already run.