The optimally solved agentic sandbox.
Agents call solvers. Solvers hang. Trytet makes sure the agent doesn't. Deterministic Wasm execution with fuel-bounded traps, live state migration, and
| Technology | Cold Start | Solver Safety | Live Migration | Per-Agent Overhead |
|---|---|---|---|---|
| Docker/K8s | 2-5s | None | Extremely Difficult | Whole OS Stack |
| Agent Frameworks (LangChain, CrewAI) | Variable | None (process-level) | No | Unbounded |
| V8 Isolates | 5ms | None | No | High Memory |
| Trytet | < 200µs | Fuel-bounded traps | Native | < 5MB |
Multi-layer stack. Technical details in the Architecture Guide.
graph TD
A[Mesh Gateway] -->|Ingress| B(Trytet API)
B --> C{Mesh Router}
C -->|Local Execution| D[Wasmtime Sandbox]
C -->|P2P RPC| E[Hive Peers]
D -->|Persistent VFS| F[(LSM-Vector Store)]
D -->|Pricing| G[Market Scheduler]
E -->|Arbitrage| G
style A fill:#00d4ff,stroke:#1e1e2e,color:#0a0a0f
style D fill:#00ff88,stroke:#1e1e2e,color:#0a0a0f
style F fill:#ff4466,stroke:#1e1e2e,color:#0a0a0f
-
Neuro-Symbolic Cartridges: Load deterministic Wasm Components (solvers, verifiers, constraint engines) into an agent's execution graph. Each cartridge runs in a fuel-bounded sub-sandbox with
$O(1)$ teardown. The agent reasons; the cartridge computes. -
Teleportation: Serialize agent state into a
.tetartifact, transfer over P2P, revive on a remote node. - Copy-on-Write VFS: Isolated Vector File System with sub-1µs reads and native deduplication on fork.
- Market Scheduling: Elastic resource market. Nodes bid for agent workloads using Fuel Vouchers scaled by thermal pressure and CPU availability.
- Fuel Determinism: Strict instruction-level fuel limits. Infinite loops are trapped, not timed out.
-
Consensus Locks:
$O(1)$ multi-phase commit prevents double-execution during migration. - Northstar Benchmarks: Built-in latency instrumentation across five critical paths.
- Path Jailing: Host filesystem isolation, OOB bounds checking, and preemptive watchdogs for inference loads.
Experience Trytet's uncrashable determinism in under 60 seconds.
Launch the Time-Travel Debugger or the Sub-Millisecond Wasm benchmark instantly.
# 1. Install the CLI
curl -sL https://trytet.io/install.sh | bash
# 2. Run the interactive Uncrashable Demo
tet mcpCompile standard TypeScript into a secure, deterministic Trytet agent and execute it.
# 1. Write an agent script
echo "console.log('Hello from a deterministic sandbox');" > agent.ts
# 2. Compile to a Trytet Component (.tet)
tet build agent.ts -o agent.tet
# 3. Boot it in the Trytet Engine
tet up agent.tet --fuel 1000000Dashboard at http://localhost:3000/console.