In development

Redoubt: Zero-Trust Integration.

Grunion is building an MCP layer that lets human and AI operators stand up, heal, and secure cross-enterprise integrations from one control plane.

Zero-Trust IntegrationEnterprise Infrastructure

The problem

Enterprise integration work is still too custom, too brittle, and too slow. Teams spend months standing up connectors, then spend the next year keeping them alive. Security policy, audit trail, and recovery logic usually get layered on after the fact. That is a bad fit for a world where both human operators and AI agents need to move across company boundaries without punching holes through the controls.

The product direction

redoubt is an agent-native zero-trust MCP layer built to shorten the path from "we need this connection" to "the connection is live and governed." The system is designed to sit between enterprises, generate the shape of an integration from the available docs and policy, and keep the connection observable once it is in motion. The point is not one more connector catalog. The point is a control plane for standing up and maintaining integrations without the usual pile of one-off glue.

  • Zero-trust network fabric
  • RAG-powered integration studio
  • Self-healing agentic monitoring

Design goals

  • Stand up a new integration through policy and generated config, not months of bespoke connector work.
  • Keep audit trail, security policy, and recovery logic in the same layer as the connection itself.
  • Give human and AI operators one place to see, heal, and govern cross-enterprise data flow.

Operational fit

This fits enterprise teams that live in multi-system environments and already know the cost of connector drift. It is aimed at operators who need security and observability from day one, not as a cleanup task later. It is not a fit for a company with one internal system and no integration pressure.

Explore the related service

Talk through the build.

Explore the product direction and how this approach could fit a similar problem.