Best MCP Servers for OpenCode: Data and Tool AccessOpenCode 最佳 MCP Server：数据与工具接入指南

QVeris fits OpenCode workflows that need more than one narrow vendor integration. Its official MCP server exposes a compact discover, inspect, and call flow: find a capability, review its parameters and evidence, then execute it. This is especially useful for research, market monitoring, location, enrichment, or other workflows where current API-backed data matters.

The key advantage is consolidation: OpenCode can call a smaller, intentional tool surface instead of carrying separate integrations for every data source. The trade-off is governance—you still need to select individual operations, understand provider inputs, and keep credentials out of prompts and shared configuration.

GitHub's official MCP server turns repository context into structured tools for code, issues, pull requests, and related workflows. It is the natural choice when OpenCode triages incoming work, summarizes project activity, or coordinates a coding agent.

Start with read access to named repositories. Add issue or pull-request writes only after testing the exact workflow and approval path. Repository content is untrusted input: an issue, README, or code comment can contain instructions that should never override your system policy.

Context7 retrieves current, library-specific documentation instead of relying only on model memory. It is valuable when an OpenCode coding workflow spans fast-moving SDKs, frameworks, or APIs and needs version-aware examples.

Ask the agent to identify the library and target version before retrieval. Documentation is evidence, not execution authority: examples still need review against the project's runtime, lockfile, and security policy.

Microsoft's Playwright MCP server lets an agent inspect and interact with web pages through structured browser tools. Use it when OpenCode must verify a user journey, collect evidence from a web application, or perform a bounded browser task.

Use a dedicated browser profile without personal sessions. Restrict target origins where possible, require confirmation before submissions or purchases, and separate read-only inspection from actions that change external state.

Supabase's official server is the right domain-specific choice when the application already uses Supabase. Its documented surface includes project context and documentation search, with feature groups and access controls that should be narrowed to the task.

Connect a development project first. Keep production data and schema-changing operations behind a separate, explicit approval path; database access can turn a plausible but wrong agent step into durable damage.

The reference Filesystem server is useful for a curated document directory, runbooks, exports, or a project workspace that OpenCode cannot otherwise access. Its value comes from a narrow root—not from exposing an entire machine.

Create a dedicated directory containing only the material the agent needs. Prefer read-only mounts, exclude secret files and credential stores, and never configure a home directory, filesystem root, or broad shared drive as the allowed path.

Fetch is a lightweight option when OpenCode needs to retrieve a known URL and extract readable content without a full browser. It suits public documentation, static pages, and bounded research inputs.

It does not replace search, JavaScript-capable browsing, or source verification. Treat returned content as untrusted, enforce network policy, and avoid internal addresses or endpoints that could expose metadata and private services.

A Memory server can preserve entities, relationships, preferences, or decisions across sessions in a structured store. Use it only when OpenCode's existing memory model does not meet a clearly defined retention need.

Persistent context creates privacy and lifecycle obligations. Define what may be stored, who can retrieve it, how corrections work, and when records expire. Do not use memory as a silent archive of every conversation.