io.github.CodeWever/wever-labs
OfficialClick on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@io.github.CodeWever/wever-labsquote movement fee for 5MB transfer"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Wever Labs Agentic Rails
Wever Labs Agentic Rails provides a free Agent Store and MCP-accessible rails for AI agents.
Agents and builders can discover callable rails, run structured work, verify receipts, create proof trails, and return trusted handoff packages.
Primary endpoints
Surface | URL |
Agent Store | |
Agents start here | |
MCP overview | |
Agent Integration Kit | |
MCP endpoint | |
MCP descriptor | |
Agent descriptor | |
Work-order API | |
Trust Ledger summary | |
Agent Work History | https://weverlabs.com/api/agent-work-history?agent_id=weverlabs-first-live-agent-001 |
OpenAPI | |
Smithery listing | https://smithery.ai/server/davidwever/wever-labs-agentic-rails |
Glama listing |
Related MCP server: dingdawg-agent-wallet
What the server exposes
The MCP server exposes tools for Agent Store discovery, scoped work orders, rail discovery, structured agent runs, receipt verification, callback evidence, proof trails, and work-history inspection.
The observed proof records show a non-sample requester moving through:
Work order -> Rail run -> Receipt -> Verification -> Trust Ledger -> Agent Work History
The current Agent Store records show that agent work can execute, verify, and persist end-to-end. External agent and developer invocation is the next adoption milestone.
Smithery integration
Wever Labs Agentic Rails is available through Smithery for agent builders who want to connect through the Smithery CLI, MCP SDK, or AI SDK.
Smithery listing: https://smithery.ai/server/davidwever/wever-labs-agentic-rails
Install Smithery CLI:
npm install -g smithery
Install Smithery CLI: npm install -g smithery
Add the Wever Labs MCP server: smithery mcp add davidwever/wever-labs-agentic-rails
List available tools: smithery tool list {connection}
Call a tool: smithery tool call {connection} {tool_name} '{"key":"value"}'
## Current capabilities
- List MCP tools
- Quote paid rail movement fees
- Create or reference payment authority
- Complete paid PacketOps rail runs
- Verify receipts
- Return signed proof objects
- Create callback-ready proof
- Demonstrate credential allow/deny boundaries
- Provide receiver-side callback examples
## Registry naming
Default GitHub-auth server name:
`io.github.CodeWever/wever-labs`
If the registry requires lowercase GitHub namespace matching, change it to:
`io.github.codewever/wever-labs`
If DNS authentication is used later, use the example file:
`server.dns-auth.example.json`This server cannot be deployed
Maintenance
Related MCP Connectors
Agentic rails for complex workflows with receipts, fees, and MCP tool access.
Workflow diagnostics, capability routing, and x402 settlement for MCP-compatible agents.
Self-facilitated x402/MCP payments for hosted endpoints, rail proofs, receipts, and agents.
Cross-border preflight, x402 quote and evidence receipts for A2A/MCP agent workflows.
Related MCP Servers
- AlicenseNot gradedqualityFmaintenanceOrchestrates persistent task graphs and enforces approval policies for MCP-driven agent workflows, coordinating with Agents Gateway for execution.MIT
- FlicenseNot gradedqualityDmaintenanceProvides MCP tools to enforce spend policies (allow, deny, step-up, allowlist) on agent wallets with an immutable audit trail.-
- AlicenseNot gradedqualityAmaintenanceEnables MCP-compatible LLM clients to execute server-verified agent workflows, with enforced transitions, invocation caps, and signed audit trails.MIT
- FlicenseNot gradedqualityCmaintenanceProvider-neutral MCP transport for Parent Main, Child Main, and Role Child conversation operations, enabling agents to create child conversations, send results, request user decisions, and manage missions via HMAC-signed capabilities without exposing credentials.1-