Secure Your MCP Server: Talk to an Engineer | Cerbos

Secure your MCP server: Talk to an engineer

MCP servers unlock powerful capabilities, allowing AI agents to interact with external tools and APIs.

But without dynamic authorization, they also introducerisks: exposing every tool to every user, regardless of their role or permissions. These tools, in certain implementations, can completely bypass the rigorous security model put around traditional APIs and services.

Workshop with Cerbos

15-45 min.

We’re here to guide you for as long as needed.

Unauthorized tool access

Poor agent and user experience

Brittle, hardcoded logic

What to expect:

We’ll go through your requirements, answer questions, and help you implement dynamic authorization for AI agents and fine-grained permissions in MCP servers, using Cerbos - without rewriting your entire backend.

You’ll leave knowing how to safely expose tools to agents without compromising control, reliability, or auditability.

Overview of MCP security risks

Business requirements and compliance with regulatory frameworks

How Cerbos fits into your tech stack and architecture

Live personalized demo: dynamic authorization for MCP servers

POC support & architecture guidance

Workshop with Cerbos

15-45 min.

We’re here to guide you for as long as needed.

Don’t have time for a call?

Read our blog post to learn how you can implement authorization in your MCP server with Cerbos in 3 steps.

Learn in our blog

Have questions?

Our engineering team is available in our community Slack to guide you.

Join our Slack

Trusted authorization provider for enterprise companies and everyone building with Zero trust security in mind

What Cerbos users say

“We can make unlimited conditions, attributes, parameters to any granularity level without writing any code. It allows us to deliver truly personalized services quickly, securely & at scale.”

Karen Kim

CEO @Human Managed

Read more

Days-long coding task reduced to 5 minutes.

Dependencies and middleware replaced with a single binary.