ClawHub vs Velane: Features, Pricing & Which Is Better (2026)
A side-by-side comparison of ClawHub and Velane — features, pricing, and ideal use cases — to help you decide which AI tool fits your workflow.
ClawHub
OpenClaw (openclaw)
A fast skill registry for agents that provides semantic (vector) search and a CLI + web interface for publishing and discovering skills.
Key features
- Vector Search: Uses OpenAI embeddings (text-embedding-3-small) combined with Convex vector search to enable semantic discovery of skills by meaning rather than exact keywords.
- Convex-backed Storage and API: Backend built on Convex for database, file storage, and HTTP actions, with a predefined API schema (clawhub-schema) exposing routes for programmatic access and automation.
- CLI Publishing & Sync: A command-line tool to publish, sync, and manage skills from local projects or GitHub imports, enabling CI-friendly skill deployment and updates.
- GitHub OAuth & Auth: Authentication via Convex Auth with GitHub OAuth and support for API tokens for CLI workflows (with telemetry opt-out available).
- Web UI Skill Registry: A hosted web application (default site at clawhub.ai) showing skill listings, details, and search capabilities with performance optimizations for browsing large registries.
- Local Dev & Self-Hosting Support: Environment variables and local development instructions for running the app locally, including Nix plugin support and guidance for deploying with Convex and OpenAI keys.
- Skill registry and directory for agent skills with support for multiple versions and metadata
- Semantic vector search using OpenAI embeddings (text-embedding-3-small) and Convex vector search
- clawhub CLI for publishing, syncing, login, and managing skills from local/workflow environments
- Backend powered by Convex (DB + file storage + HTTP actions) with Convex Auth (GitHub OAuth)
- Shared API schema and routes in packages/schema (clawhub-schema) for CLI and web app integration
- Telemetry emitted on certain operations (e.g., clawhub sync) with opt-out via CLAWHUB_DISABLE_TELEMETRY
- Local development configuration via environment variables (VITE_SITE_MODE, CONVEX_SITE_URL, SITE_URL, AUTH_GITHUB_ID/SECRET, JWT_PRIVATE_KEY/JWKS, OPENAI_API_KEY)
- Deployment-friendly config (example: vercel.json proxying /api to Convex)
- Support for Nix-mode skill packaging/plugins and skill metadata (metadata.clawdbot preferred)
- MIT-licensed, self-hostable, and open-source with public GitHub repositories
Best for
- Skill Catalog for Agents: Maintain a centralized registry of agent skills (actions, plugins) so agents can discover and call capabilities at runtime using semantic search.
- Semantic Discovery in Agent Orchestration: Use embedding-based search to match user intents to the best skill implementations, improving agent routing and orchestration decisions.
- CI/CD for Skills: Publish and update skills from CI pipelines or developer machines via the clawhub CLI, enabling automated versioning and deployment of skill artifacts.
- Integrating with OpenClaw/Clawdbot: Serve as the authoritative skill directory for the OpenClaw ecosystem, allowing the assistant to query available skills and metadata.
- Self-Hosted Registries: Organizations can self-host ClawHub to keep skill metadata and artifacts on-premises while leveraging the same API and CLI integration.
- Developer Discovery & Moderation: Curate, search, and moderate community-contributed skills with title/summary management, sorting, and metadata controls exposed in the web UI.
- Host and browse a central registry of agent skills for reuse across agents and projects
- Perform semantic search over skill descriptions and metadata to discover relevant skills
- Publish, update, and remove skills programmatically or from CI using the clawhub CLI
- Integrate skill discovery into agent runtimes (e.g., Clawdbot / OpenClaw) via the shared API schema
- Self-host a private skill registry for organizations with GitHub OAuth and Convex backend
- Index skill repositories using OpenAI embeddings to improve discovery and recommendation of capabilities
Velane
Velane
Open-source integration infrastructure for AI agents — 800+ OAuth-connected APIs, sandboxed runtimes, and dev/staging/prod promotion via MCP.
Key features
- 800+ OAuth Integrations: One connection lets agents call Salesforce, Stripe, Slack, HubSpot, Notion, GitHub, Linear, Zendesk and hundreds more via the Nango catalog.
- MCP-Native Interface: Agents connect to mcp.velane.sh and drive discovery, code generation, execution, and deployment through a single MCP server.
- Bun & Python Sandboxes: Every invocation runs in an isolated ephemeral runtime, so agent code can be tested safely without touching production state.
- Dev / Staging / Prod Environments: Promote workflows through three environments with agent-issued publish_snippet calls and stable versioned HTTP endpoints.
- Shared Credential Store: One OAuth connection per provider is reused across every team member's agent — no secret ever appears in code.
- Invocation Logs & Audit Trail: Per-tenant execution logs let agents call get_logs to debug failures and give teams a full audit history.
- Role-Based Access: Invoke, manage, and admin scopes control what each teammate's agent is allowed to do.
- Self-Host or Hosted: Run Velane on your own infrastructure under AGPL-3.0 or use the managed mcp.velane.sh endpoint.
Best for
- Agent-Built Stripe→HubSpot Automations: An agent in Cursor writes a Bun workflow that reads Stripe customers and pushes them into HubSpot, tests it in dev, and promotes to prod in one conversation.
- Solo Developer Shipping SaaS Integrations: A single developer wires up Slack, Notion, and GitHub actions without maintaining an OAuth backend.
- Multi-Tenant B2B Agent Products: A team runs Velane per tenant so each customer's agent has isolated credentials, sandboxes, and audit logs.
- Safe Refactors of Live Workflows: Deploy a new version of a workflow to staging, verify with logs, then roll to prod with instant rollback.
- MCP-First Prototyping: Prototype an entire integration pipeline from an IDE chat without spinning up backend infrastructure.