From Prompt to Production: Secure, AI-Native Infrastructure Management-Now with CAEPE MCP Server

Singapore, September 10 2025 - Developers can now manage infrastructure from their IDE using natural language-directly inside GitHub Copilot. CAEPE, the platform for continuous deployment at scale, has launched the CAEPE MCP Server-a secure, GitHub Copilot-compatible integration designed to simplify and streamline everyday deployment workflows.

Built to be compatible with the Model Context Protocol (MCP)-an open standard introduced by Anthropic and adopted by GitHub for Copilot-CAEPE MCP Server integrates directly with Copilot Chat Extensions. Teams can trigger rollouts, list clusters, or check deployment status using plain English-no new interfaces, plugins, or context switching required. And unlike many AI features, it's built with enterprise-grade security and governance from day one.

"MCP Server gives developers fast, secure access to infrastructure-without compromising the control and compliance standards platform teams require," said Mark Mooney, Product Lead at CAEPE. "It's simple for developers-and structured for enterprise-scale environments."

How MCP Enables Secure, AI-Native Infrastructure

As AI copilots become part of daily developer workflows, protocols like MCP are proving to be one of the most effective ways to connect internal tools securely and intuitively. CAEPE's implementation is GitHub-native, straightforward to set up, and fully governed by enterprise policies.

The MCP Server is part of CAEPE's broader AI roadmap-focused on delivering practical value to developers and improving productivity without adding risk or complexity.

Built for Teams Who Need Control and Scale

CAEPE MCP Server is not just developer-friendly-it's platform- and security-team ready:
• Seamless with Enterprise Auth
Supports integration with your SSO and RBAC setup. Roles and permissions follow your existing CAEPE configuration-ensuring least-privilege access across dev, test, and production environments.
• Granular Policy Enforcement
Every action is subject to deployment policy checks. Teams can configure guardrails to prevent unintended changes or unauthorized changes.
• Full Auditability
All interactions are logged, exportable, and SIEM-ready-supporting compliance, forensics, and governance.
• Flexible Deployment
Available as both SaaS and self-hosted. MCP Server runs in VPC-restricted, air-gapped, or hybrid environments-ideal for regulated sectors and sensitive workloads.
Key Capabilities
• Natural Language Infrastructure Access
Trigger rollouts, inspect cluster state, or onboard applications-directly through GitHub Copilot Chat.
• No Workflow Disruption
No new console or training required. Developers stay in their IDE, using the same GitHub Copilot Chat they already rely on.
• Secure by Default
Authentication, RBAC, policy checks, and audit logs are enforced automatically-no shortcuts.
• Future-Ready
While this release supports CAEPE-managed infrastructure, upcoming updates will allow customers to expose their own internal tools via customer-managed or third-party MCP-compatible servers.

"This isn't about layering AI on top of legacy tools," added Mooney. "It's about building a secure, intelligent interface that fits how modern teams work-without compromising how enterprises operate."

The CAEPE MCP Server is now available to all CAEPE users.

To learn more, visit docs.caepe.sh/mcp or try CAEPE today at caepe.sh

Press Contact:
Joanne Goh
Head of Content
joanne.goh@biqmind.com
Biqmind Pte Ltd
34 Toh Guan Rd E, Unit 12 Enterprise Hub, Singapore 608579

CAEPE is a Kubernetes continuous deployment platform that helps teams deploy better and ship faster at scale. By simplifying complex deployment workflows, CAEPE enables developers and DevOps teams to focus on innovation and delivery rather than operational overhead.

CAEPE is developed by Biqmind, a cloud-native software company dedicated to building tools that empower teams to accelerate application development and delivery.

Learn more at https://caepe.sh

This release was published on openPR.