Provisioned and wired for production, not a throwaway container.
- Isolated VM per customer
- Docker, Caddy, firewall, ports set up for you
- Custom domains with automatic HTTPS
- Larger VMs available on request
Not a browser sandbox and not an agent loose on a raw VPS. A dedicated Linux VM with governed pipelines, durable project memory, and a full audit trail.
Real infrastructure for AI agents to build, test, deploy, recover, and keep context.
Five things an agent needs to do serious work, and what YokeDev gives it for each. Bring any MCP-capable model (Claude, ChatGPT, Codex, and others); the environment is the same.
Provisioned and wired for production, not a throwaway container.
The platform checks the agent's work so regressions surface early.
A predictable path from code to live, with safety on the way out.
An agent will get things wrong; the environment makes that safe.
Durable, structured context instead of forgetting between sessions.
From idea to a governed deployment flow, without stitching together scripts, terminals, and ad-hoc logs.
Provision a dedicated Linux VM with baseline runtime and platform wiring.
Claude, ChatGPT, Codex, and other MCP-capable models can work at the same time.
Work is tied to outcomes, checkpoints, and a clear definition of done.
Checks, reviews, and a governed deploy flow keep releases predictable.
Public by default, with private and self-hosted options as your needs grow.
Lock a project to a private Tailscale network so the VM and its tooling are reachable only inside your tailnet, not the public internet.
Connect an on-prem or self-hosted model to a YokeDev environment, so sensitive code stays inside your own boundary.
Start small and scale up. Larger VMs are available when a project outgrows its tier.
No lock-in to one vendor. Use the model you prefer, or several at once, against the same governed environment.
| Question | Raw CLI / VPS | YokeDev |
|---|---|---|
| Can the AI write code and run commands? | Yes | Yes |
| Is work tied to goals and a DoD? | Manual discipline | Built-in workflow |
| Does it keep durable context between sessions? | No, it forgets | Knowledge map + AI headers + memory |
| Can it recover from a bad change? | Hope you have a backup | Git history + one-step rollback |
| Can multiple models work safely in parallel? | High collision risk | Session-isolated worktrees |
| Is testing scoped to what changed? | Run everything, or guess | Knowledge-map dependent testing |
| Are internal docs kept out of public surfaces? | On you to remember | Doc leak gate |
| Can you audit every action? | Fragmented shell history | Full tool-call trace by goal and session |
Bring your own MCP-capable AI, set a goal, and let it build, test, deploy, and recover on a dedicated VM with guardrails.