Models
Clawpy is designed around bring-your-own-key model routing. You can assign different providers and runtime profiles to different agents, lanes, and risk levels without locking the system to one fixed model list.
Supported Provider Families
The exact model catalogue changes over time, but Clawpy is intended to work with major hosted and local provider families through its routing and vault layers:
| Provider family | Typical use |
|---|---|
| OpenAI-compatible APIs | general reasoning, coding, tool use, structured outputs |
| Anthropic-compatible APIs | planning, code review, writing, careful reasoning |
| Google Gemini-compatible APIs | research, multimodal, fast triage, broad context |
| DeepSeek, Qwen, Moonshot, MiniMax, and similar providers | cost-aware reasoning, coding, fallback, regional/provider diversity |
| Local or self-hosted runtimes | privacy-sensitive work, cheap triage, offline/local experimentation |
How Model Selection Works
Each agent or workflow lane can use a different model profile. That lets you optimise for capability, cost, latency, privacy, and risk:
- Fast triage models for routing, classification, and low-risk summaries
- Reasoning models for architecture, review, planning, and disputed decisions
- Coding models for Clawpito review, scoped fixes, tests, and release-readiness work
- Local models for privacy-sensitive or low-cost background support
Select and tune models in the dashboard vault and routing surfaces. Where a workflow is high risk, Guardian policy and human review should matter more than raw model capability.
Bring Your Own Key
Clawpy uses a BYOK model. You add provider credentials to the Vault, and costs are billed by the provider you configure. Clawpy should not require one blessed model stack to be useful.
Routing And Budgets
Under the hood, Clawpy normalises provider access through routing services so agents can share common budget, telemetry, retry, and fallback behavior. The intent is to make model choice a policy decision rather than a hard-coded implementation detail.