FOSS Self-Hosted Sandbox Platform with Secretless Remote Access
Cordium is an open-source Kubernetes-based sandbox for dev environments, AI agent tasks, and CI/CD that provides identity-based secretless access to infrastructure via an integrated ZTNA proxy. Shared as a product launch post. No problem statement articulated.
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Similar Problems
surfaced semanticallyAI dev workflows need full-system sandboxes that standard containers cannot provide
AI coding agents and complex development workflows require sandboxed environments capable of running systemd services, OCI containers, and Kubernetes — capabilities that OCI containers, landlock, and bubblewrap fundamentally cannot provide. The only alternative is spinning up a full VM per worktree, which takes minutes to boot and wastes significant RAM. A fast LXC-based container approach with full init system support fills this gap with sub-10-second startup times.
Self-hosters debate orchestrators secrets and registries for personal infra
A founder building a PaaS-style self-hosting tool asks the HN community about orchestrators, secrets management, image registries, and CI/CD speed. Discussion thread for feedback.
AI Coding Agents Lack Sandboxing Without Breaking OAuth and MCP Flows
Developers using AI coding agents like Claude in agentic mode face a security risk: without proper sandboxing, the agent can delete files, access emails, or take unintended actions. Existing isolation solutions like devcontainers break critical developer workflows such as MCP integrations, OAuth flows, and browser automation. This leaves teams choosing between security and functionality, with no well-established middle ground.
AI coding agents need full-computer sandboxes with memory forking and sub-second startup
AI coding agents require sandbox environments with full operating system capabilities — not lightweight containers — including the ability to fork running memory state to explore multiple execution paths simultaneously and snapshot mid-execution for later resumption. Existing container and VM solutions are either too slow to start, too limited in capability, or cannot fork state without pausing the entire environment. This missing infrastructure capability prevents entire categories of sophisticated agentic behavior.
Remote Access and Team Sharing of MCP Tool Servers Is Operationally Complex
MCP (Model Context Protocol) servers function well in local stdio environments, but distributing them across machines or sharing them across a team introduces networking complexity — exposed endpoints, VPN dependencies, or port forwarding. This creates a gap between local development simplicity and production-grade multi-user deployment. The problem is real but narrow, affecting teams actively building agentic tooling infrastructure, which is still a small and emerging population.
Problem descriptions, scores, analysis, and solution blueprints may be updated as new community data becomes available.