Cambrian Api

io.github.cambriannetwork由 GitHub 账号 cambriannetwork 发布v1.9.0更新于 Oct 27, 2026

Cambrian API MCP: Solana and EVM DeFi data, Deep42 social intelligence, and perpetual risk analysis.

已验证Streamable HTTP可网页运行网页搜索与抓取金融数据与分析

概览

AI 生成的概览

Cambrian API MCP 让助手获取 Solana 与 EVM 的 DeFi 数据、Deep42 社交情报、永续合约风险分析以及 API 文档,可通过托管端点或本地 npm 包运行。

可以做什么
  • 查询 Solana 与 EVM 的 DeFi 数据:Base、Ethereum、Arbitrum、Robinhood Chain 各链独立工具,以及 Solana 价格与代币工具
  • 读取 Deep42 社交情报信号,例如 alpha 推文检测
  • 通过风险引擎进行永续合约风险分析
  • 一次调用生成 Solana 代币快照
  • 查阅实时端点与指南文档,包括请求结构、响应字段和示例
  • 用工具集(solana、evm、deep42、risk)缩小目录,或在 progressive、compact、full 三种工具配置间切换
适用场景
当助手需要跨 Solana 与 EVM 链的实时链上 DeFi、社交或永续合约风险数据,且你已有 Cambrian API 密钥时适用。工具集与配置选项可帮助会加载全部定义的客户端控制工具列表体积。
运行要求
需要 Cambrian API 密钥(在 Cambrian 控制台创建):本地 stdio 包通过 CAMBRIAN_API_KEY 提供,托管 HTTP 端点通过 Authorization 的 bearer 令牌(或 X-Cambrian-Api-Key 请求头)提供。本地运行需 Node.js 执行 npm 包;托管方式需能访问 Cambrian 端点。
安装前请注意
每次调用都需要你自己的 API 密钥,服务器不代理共享密钥,因此凭据会随每个请求传递。README 说明无需密钥的 x402 按次付费仅限 CLI,MCP 传输仍必须提供密钥。请求会发往 Cambrian 的 API,查询内容会离开本机。

安装

在 SourceWeft 中

  1. 打开 控制台中的 Cambrian Api,将其添加到工作区。
  2. 连接 Authorization token 凭据。它们会被私密存储,绝不会在公开页面上展示。
  3. 为需要使用其工具的对话启用该服务。

Web executable,通过 Streamable HTTP。 远程服务在工作区中配置后即可从网页运行时运行。

交给智能体安装

把这段提示词粘贴到 Claude Code、Codex、Cursor 等智能体,或 SourceWeft 对话中。智能体会读取该服务器的安装指南,先向你展示发布者、端点和登录方式,经你同意后再把它添加到你的客户端。密钥不会写进任何命令。

阅读 https://sourceweft.com/mcp/io.github.cambriannetwork%2Fcambrian-api/install.md,并按其中说明把这个 MCP 服务器接入我的客户端。修改任何配置之前,先告诉我它的发布者、端点和登录方式,等我确认。不要把 API 密钥写进命令或我会提交的文件;问我密钥应从哪里获取。

查看智能体所依据的安装指南

其他 MCP 客户端

把它添加到你客户端的 mcpServers 配置中。

{
  "mcpServers": {
    "cambrian-api": {
      "type": "http",
      "url": "https://mcp.cambrian.org/mcp",
      "headers": {
        "Authorization": "Bearer <YOUR_TOKEN>"
      }
    }
  }
}

README

Cambrian API MCP

Model Context Protocol server for the Cambrian API. It exposes the same product surface as the cambrian CLI for agents that need live DeFi, social intelligence, risk, and API documentation tools.

Every call needs a Cambrian API key supplied by the caller. The hosted server and local package both require one; the server never ships or proxies a shared key. Create a key at https://console.cambrian.org/. For x402 pay-per-call access without an API key, use cambrian pay --help; MCP transport still requires a caller-supplied key.

What You Get

  • a progressive default profile with one concise tool per public Cambrian API endpoint
  • compact and full profiles for clients with different tool-loading behavior
  • a composite workflow tool for Solana token snapshots
  • cambrian_docs for live endpoint and guide docs from https://docs.cambrian.org/llms.txt
  • stdio transport for local MCP clients
  • Streamable HTTP transport for hosted and self-hosted deployments

Tool Profiles

ProfilestdioHTTPTool metadata
Progressive (default)no flag, or --profile progressive/mcpDirect endpoint tools with types, required fields, scalar enums, OpenAPI defaults, numeric bounds, and array item types.
Compact--profile compact/mcp/compactThree tools: cambrian_docs, cambrian_call, and cambrian_solana_token_snapshot.
Full--profile full/mcp/fullDirect endpoint tools with complete request descriptions, defaults, constraints, and response-size controls.

All profiles use the same progressive documentation flow. cambrian_docs returns the request schema by default. Set detail to response for response fields. The response view also includes the request schema. Set detail to full only for examples and all endpoint prose. The full profile does not preload response documentation for every endpoint.

Progressive omits repeated endpoint descriptions, long patterns, large array enums, and parameter prose. Call cambrian_docs for these details.

Progressive also omits offset, order_asc, and order_desc. These three are the same on every endpoint that has them, and Progressive already strips the per-endpoint sortable-column enum, so repeating them adds about 10 kB to the tool list and tells the agent nothing. The server instructions name them once, and every endpoint still accepts them. limit stays, with its maximum, because it is how an agent bounds a response.

Toolsets

The whole catalog is 159 tools. An agent that only asks about Solana still pays for 116 EVM tools it will never call. Use --toolsets to load only what you need.

ToolsetTools
solanacambrian_solana_* and the Solana token snapshot
evmcambrian_base_*, cambrian_ethereum_*, cambrian_arbitrum_*, and cambrian_robinhood_*
deep42cambrian_deep42_*
riskcambrian_risk_*
bash
npx -y cambrian-api-mcp --toolsets solana,riskCAMBRIAN_TOOLSETS=solana npx -y cambrian-api-mcp

Over HTTP, select per request: https://mcp.cambrian.org/mcp?toolsets=solana.

Omit the option, or pass all, to get every tool. cambrian_docs is always present, so a narrowed client can still discover and read about any endpoint.

Progressive tools/list sizes:

SelectionToolsBytes
default (all)15939,571
evm11728,158
solana3710,904
deep4263,663
risk22,093

How MCP Clients Load Tools

The MCP client receives the complete tools/list result for the selected profile. MCP does not control how much of that result enters the model context.

Claude Code normally loads tool names and server instructions first. It loads complete selected tool definitions after Tool Search. Codex can do the same when its Tool Search feature is available. Other clients can load every tool definition at the start.

The client loads the definition from the selected profile. It does not restore fields that Progressive omitted. Use cambrian_docs to load the complete request schema, response fields, and examples.

Agent Skill

New users and agent runtimes should start here: skills/cambrian-mcp/SKILL.md. It covers Cambrian API key auth, hosted and local client config, tool naming, cambrian_docs lookup, composite tools, response limits, and error handling in one document.

For the CLI instead of MCP, see the cambrian CLI skill.

Recommended Setup Through The CLI

The cambrian CLI prints and tests ready-to-use MCP client config:

bash
npm install -g cambriancambrian mcp config --mode hostedcambrian mcp config --mode localcambrian mcp install --client claude --mode hostedcambrian mcp test --mode hosted

Local stdio

Run the published package directly:

bash
export CAMBRIAN_API_KEY=<your-api-key>npx -y cambrian-api-mcp

Select another profile only when your MCP client needs it:

bash
npx -y cambrian-api-mcp --profile compactnpx -y cambrian-api-mcp --profile full

Narrow the catalog to the toolsets you need:

bash
npx -y cambrian-api-mcp --toolsets solana,risk

Or install it globally:

bash
npm install -g cambrian-api-mcpexport CAMBRIAN_API_KEY=<your-api-key>cambrian-api-mcp

Hosted Streamable HTTP

Use the CLI to print the current hosted URL and client-specific config:

bash
cambrian mcp config --mode hosted

Direct Claude setup:

bash
claude mcp add --transport http cambrian \  https://mcp.cambrian.org/mcp \  --header "Authorization: Bearer YOUR_CAMBRIAN_API_KEY"

Codex config uses TOML:

toml
[mcp_servers.cambrian]url = "https://mcp.cambrian.org/mcp"bearer_token_env_var = "CAMBRIAN_API_KEY"

The default URL uses the progressive profile. Use https://mcp.cambrian.org/mcp/compact or https://mcp.cambrian.org/mcp/full for another profile.

HTTP requests must include one of:

text
Authorization: Bearer <CAMBRIAN_API_KEY>X-Cambrian-Api-Key: <CAMBRIAN_API_KEY>

Self-Hosted HTTP

bash
npm installnpm run buildnode dist/index.js --transport http --host 127.0.0.1 --port 8080

Health endpoint:

bash
curl http://127.0.0.1:8080/health

For hosted deployments, bind to 0.0.0.0:

bash
node dist/index.js --transport http --host 0.0.0.0 --port 8080

Tool Names

Tool names are canonical and prefixed with cambrian_.

Examples:

  • cambrian_base_dexes
  • cambrian_ethereum_dexes
  • cambrian_arbitrum_dexes
  • cambrian_robinhood_dexes
  • cambrian_solana_price_current
  • cambrian_deep42_social_data_alpha_tweet_detection
  • cambrian_risk_perp_risk_engine
  • cambrian_docs
  • cambrian_solana_token_snapshot

Call cambrian_docs without a path to discover the live root index, or use guides/<slug> (for example, guides/x402) for any guide listed there. For an endpoint path, omit detail to get its request schema. Use detail: "response" for response fields and detail: "full" for examples and all endpoint prose.

Endpoint tools come from the same validated runtime registry as the CLI. MCP rechecks that local cache for each tool-list/tool-call request, while OpenAPI network attempts are coalesced and limited to once per source every 15 minutes. If runtime discovery is unavailable, the server uses the endpoint metadata bundled with the installed cambrian package (cambrian/metadata). Tool names, schemas, and argument validation come from cambrian/tools, so each tool sends the same request as the matching cambrian CLI command.

The API serves one generic /api/v1/evm/* surface whose chain_id parameter lists the chains each endpoint supports. The MCP turns that into one fixed-chain tool per supported chain, so an agent never has to remember a magic number and cannot aim an endpoint at a chain it rejects:

ChainIdTool prefix
Base8453cambrian_base_*
Ethereum1cambrian_ethereum_*
Arbitrum42161cambrian_arbitrum_*
Robinhood Chain4663cambrian_robinhood_*

A tool appears for a chain if and only if that endpoint's own chain_id schema allows the chain — from its enum, a fixed minimum/maximum pair, or an exclusive bound. No allowlist and no per-endpoint special case: an endpoint the API widens to include another registered chain ID gains that chain's tools on the next metadata load. Base tools fix chain_id to 8453, Ethereum tools to 1, Arbitrum tools to 42161, and Robinhood tools to 4663.

cambrian_docs accepts an optional chain segment in an EVM path, by id or slug: evm/42161/dexes, evm/arbitrum/dexes, and evm/dexes all resolve the same endpoint, with the chain-scoped forms returning that chain's pinned schema. Robinhood paths also accept evm/4663/dexes and evm/robinhood/dexes.

The chain table comes from the cambrian CLI (EVM_CHAINS in cambrian/tools). src/server.ts adds only cambrian_docs path aliases. To add a chain, add it to the CLI, release the CLI, and bump cambrian here.

Development

bash
npm cinpm testnpm run buildnpm pack --dry-run

The package depends on the published cambrian package for shared metadata and the API client. Publish cambrian first when changing both packages together, then refresh this package lock and deploy the MCP server through CI/CD.

Deployment

Deployments are handled by GitHub Actions and Cloud Run from the private source repository. Do not deploy manually.

The workflow:

  1. installs dependencies
  2. validates package.json#mcpName matches server.json#name
  3. validates package.json#version matches server.json#version
  4. builds and tests
  5. builds the Docker image
  6. deploys to Cloud Run
  7. smoke-checks staging directly; production is smoke-tested through the public edge URL after DNS and certificate activation

Registry

The official MCP Registry publishes this server under:

text
io.github.cambriannetwork/cambrian-api

The manifest uses https://mcp.cambrian.org/mcp, which matches the production edge URL. The public release workflow publishes each new Registry version after npm publication.

来源:README.md,提交 b0a291a

工具

0
该服务器需要 API 密钥等凭据,因此 SourceWeft 无法在没有凭据的情况下读取其工具,也未收录。

版本历史

5
  1. v1.9.0最新Oct 8, 2026
  2. v1.8.1Oct 6, 2026
  3. v1.8.0Oct 4, 2026
  4. v1.7.0Sep 23, 2026
  5. v1.6.0Sep 16, 2026

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