The production infrastructure layer for AI agents. Build, deploy, and scale multi-agent systems with a high-performance Rust data plane, formal verification, and enterprise-grade governance.
Rust Data Plane · 200+ Patterns · 40+ Mesh Services · 18 LLM Providers · Formal Verification · MCP + A2A
88% of AI pilots never reach production. The bottleneck isn't the models — it's the infrastructure around them. Every team that gets serious about production agents ends up building the same operational stack from scratch: observability, reliability, cost control, security, deployment.
AgentiCraft is that stack. One platform. One command. Any scale.
High-performance Rust data plane. A 29-stage middleware pipeline processes every agent request at microsecond latency — intelligent provider routing, PII masking, budget enforcement, circuit breakers, and compliance audit trails. Policy enforcement happens in the data plane, not in Python.
Formal verification. Agent protocols are verified before deployment. If a coordination pattern has a deadlock or a protocol violation, you find it at compile time — not in a 3 AM incident.
One file, any platform. Define your entire multi-agent system in app.yaml — agents, topology, workflows, policies, plugins. The runtime compiles it into infrastructure and deploys it on a laptop, Docker, Kubernetes, or an edge device.
Research-backed reliability. In our fault tolerance experiments, mesh-coordinated agents maintained 100% task completion with zero cascade failures across all tested failure rates. Hub-and-spoke dropped to 82% at 20% failure rate and 72% at 30%. The architecture isn't theoretical — it's tested.
| Layer | Name | What It Does |
|---|---|---|
| 0 | Foundation | Formal verification, session types, topology analysis |
| 1 | Transport | Async messaging between agents |
| 2 | Data Plane | Rust proxy — per-request enforcement at microsecond latency |
| 3 | Control Plane | 40+ mesh services — orchestration, policies, LLM management |
| 4 | Runtime | Universal deployment — laptop, Docker, Kubernetes, edge |
| 5 | Developer Experience | craft CLI, SDK, templates, test harness |
| 6 | App Framework | Declarative app manifest, plugin system, marketplace |
| 7 | Products | End-user applications — bots, dashboards, enterprise tools |
# app.yaml — agents, topology, workflows, policies in one file
name: research-team
agents:
- id: researcher
capabilities: [web_search, paper_analysis]
models: { default: gpt-5-mini, for_analysis: gpt-5.4 }
memory: { tiers: { hot: { backend: redis } } }
autonomy: { level: 0.9 }
- id: analyst
capabilities: [data_analysis, visualization]
topology:
connections:
- { from: researcher, to: analyst, type: delegate }
workflows:
- id: deep-dive
pattern: pipeline
steps:
- { id: search, agent: researcher }
- { id: analyze, agent: analyst }
policies:
budgets: { org: { monthly_usd: 10.0 } }
guardrails: { pii: { action: mask } }
sla: { researcher: core, analyst: standard }craft start --app app.yaml- 200+ production patterns — reasoning, coordination, workflow, resilience, RAG, safety, planning
- 40+ mesh services with defined SLAs — security, deployment, gateway, observability, and more
- 18 LLM providers with automatic failover — OpenAI, Anthropic, Google, Mistral, Azure OpenAI, Ollama, and 12 more
- MCP + A2A native — open protocols for tool integration and inter-agent communication
- 3 plugin tiers — agent, app, and middleware plugins for extensibility without forking
| Library | Description |
|---|---|
| agenticraft-foundation | Formally verified mathematical foundations for multi-agent AI coordination. Process algebra, session types, spectral topology, temporal logic. 1,165 tests, zero runtime dependencies. |
- Website — platform overview and early access
- Blog — architecture decisions, research findings, technical deep dives
- Foundation Docs — formal verification toolkit
- Email: hello@agenticraft.ai