Run agents with real power.
Hardened enclaves where AI agents push code, call APIs, and access services. Every outbound request is intercepted at the trust boundary. Credentials are injected at the edge, never visible inside.
From request to response.
Every step mediated.
The agent can use tools, call APIs, and interact with services. Every action passes through a policy-enforcing mediation layer.
Enclave boots with zero secrets
A hardened, isolated environment starts with no API keys, no tokens, no credentials. The agent process runs with full compute but zero secrets to leak.
Agent makes an outbound request
When the agent calls an external API or pushes code, the request is caught at the trust boundary before it leaves the enclave. No direct egress.
Policy engine evaluates
The mediation layer checks the destination host, HTTP method, request scope, and rate against declared policy. Deny-by-default. No ambient authority.
Scoped credential injected at boundary
If allowed, the narrowest possible credential is injected at the proxy layer. The agent never sees the token. The runtime stays clean.
Request forwarded or blocked
Allowed requests proceed to the destination. Disallowed requests are denied. Every decision is written to the audit trail with full context.
Most runtimes isolate code.
Celeris isolates trust.
Every request meets policy before it meets the outside world.
Standard agent environments give untrusted code direct possession of secrets and unmediated network access. Celeris moves trust to an enforceable infrastructure boundary.
From one-off tasks to permanent workstations.
Same trust boundary.
Coding agents, sandboxes, and persistent dev environments. Every outbound request is mediated regardless of runtime lifetime.
Any coding agent. Same trust boundary.
Run Claude Code, Codex, Aider, or any coding agent inside a Celeris enclave. Agents get real tools and can spawn child enclaves for testing and orchestration. The boundary controls every outbound request.
- Agents spawn child enclaves for isolated tasks
- Push scoped to specific repos and branches
- Every operation logged to audit trail
- Credentials injected at boundary, never exposed
$ celeris agent run \ --agent claude-code \ --policy coding-agent \ --auth-pack github:org/frontend ✓ Enclave booted (enc-7f2a) ✓ Policy: coding-agent ● Claude Code is running... > celeris.spawn("node:20", ttl="10m") ✓ Child enclave: enc-8b3c # push to feature/add-auth → allowed # push to main → denied by policy
Full desktop. Agent-controlled. Completely isolated.
Give your agents a complete virtual desktop with terminal, browser, and GUI apps. They see and control everything inside the enclave while every action stays contained at the boundary.
Linux
Ubuntu, Debian, AlpineFull root access with complete programmatic control. Ready for automation, development, and testing with any runtime or toolchain.
macOS
Ventura, SonomaNative macOS desktop for iOS development and testing. Code-controlled instances for mobile app automation and Apple ecosystem tooling.
Windows
Server 2022, Windows 11Full Windows desktop with programmatic control. PowerShell, .NET, Visual Studio. Enterprise-ready for Windows-specific workflows.
Built for agents that don't stop.
Sub-second boot. Persistent state. Global edge. Zero cold starts.
Enclave boots before the agent blinks.
From API call to running process in under 100ms. No cold starts, no spin-up delays.
Sessions that survive reboots.
Filesystems persist across enclave restarts. Months of uptime, not minutes.
Run near your agents, not your office.
Deploy enclaves in the region closest to your infrastructure.
Save, restore, resume. Instantly.
Capture full enclave state. Fork from any snapshot. Branch your agent's work.
Shared data, isolated execution.
Mount volumes across enclaves. Agents share data without breaking isolation.
Fork, fan-out, converge.
Spawn hundreds of enclaves in parallel. Each isolated. All coordinated.
Full access for debugging, oversight, or intervention.
SSH in. Open in VS Code. Drop to a web terminal. Never break autonomy.
SSH into any enclave, instantly.
Ephemeral keys. Auto-rotated. Zero-trust authentication.
Open in your editor. One click.
Connect VS Code directly to any running enclave. Full IntelliSense, full debugging.
Full terminal in your browser. No setup.
Zero latency. No SSH client needed. Just open and type.
Define once.
Enforce automatically at the boundary.
This section shows how one policy controls runtime shape, outbound destinations, and credential injection. Choose a policy view, trigger a request, then inspect how the boundary allows or blocks it.
Five parts: runtime, destinations, auth, enforcement, lifecycle.
1. Define policy
Describe allowed egress, auth, and lifecycle.
2. Simulate traffic
Run example requests and see allow or block decisions.
3. Observe boundary
Credentials inject at edge, then every action is logged.
Now viewing: Human-readable contract for what the enclave can and cannot do.
Request queue
Trust boundary
Runtime outcome
Simulate outbound requests
The moat is not the file. It is the infrastructure that turns this definition into a real, enforceable trust boundary at runtime.
One switch. Every connection severed.
Revoke all agent access instantly. Active sessions terminate, credentials invalidate, egress drops to zero. One toggle.
Full power inside. Total control at the boundary.
Agents get full machine access: read and write files, execute code, install packages. The only thing restricted is what leaves the enclave.
Hardware-level isolation. Not containers. Not namespaces.
Agents cannot modify the runtime. No privilege escalation.
All egress forced through proxy. No bypass path.
Every request. Every decision. Every byte.
Real-time monitoring, audit logging, and rate limiting across every enclave.
Isolation is not enough. Mediation is the difference.
Other sandboxes isolate processes. Enclaves mediate every interaction between the agent and the outside world.
| Solution | Process isolation | Outbound mediation | Credential injection | Deny-by-default | Scoped auth | Audit trail | Agent-aware |
|---|---|---|---|---|---|---|---|
| Docker containers | |||||||
| Codespaces / Dev boxes | |||||||
| VM sandboxes | |||||||
| Browser sandboxes | |||||||
| Prompt guardrails | |||||||
| Celeris Enclaves |
Ship agents your security team will approve.
Why security teams, platform teams, and engineering leaders can all say yes.
Review policy, not agent internals.
Pay only for what you use.
Spin up enclaves in milliseconds, shut them down just as fast. No commitments, no minimums.
The trust boundary your agents need.
Let agents act without giving them the keys. Secure execution for the next generation of software.