"CBC" matching MCP servers:

An interface that allows developers to interact with ChatCBI LLM through AI Agents, providing access to CB Insights' conversational AI capabilities.

Enables an external AI agent to delegate tasks to a local Claude Code installation and receive structured reports, with code modifications governed by a plan-approval-execution workflow and direct file and git operations available outside that loop.

Enables cross-session memory, weighting, and factory/PR/artifact linking for CIC agents, aggregating multiple sessions to identify promotion candidates.

Enables Claude Code to run JavaScript scripts that call its existing tools as async functions, fanning out calls, filtering nested outputs, and returning only concise results while preserving permission checks and limited session state.

Compiles and routes context from trust-domain sources (session, workdir, knowledge, shared) into unified, trust-tagged context envelopes for agents, without storing any data itself.

MCP server for priority-weighted token budget management in multi-agent LLM systems, enabling dynamic reallocation of unused tokens between agents based on priority and current spend.

Enables Claude Code to dispatch opencode CLI tasks as background processes with immediate task handle return, status polling, and result retrieval, avoiding tmux and log parsing issues.

Enables a coding-agent session to exchange messages with another machine's session over SSH, returning replies and maintaining per-peer conversation history across calls without a cloud relay or extra API keys.

Lets AI agents check remaining MiniMax Token Plan quota and automatically pause themselves before hitting rate limits.

Enables a planning Claude chat and Claude Code to exchange work through local Markdown files, letting the chat create tasks that code agents pick up, complete, and report back on. Project-scoped task and report tools track each item's status from open through reported, eliminating manual copy-paste between the two clients.

An MCP server that bridges Claude Desktop and Claude Code by letting Desktop read and interact with Claude Code Remote Control sessions, enabling cross-agent coordination.

Enables Codex to manage a local Claude Code companion through MCP, implementing a dual-agent workflow where Codex handles reasoning and review while Claude Code performs engineering tasks.

Enables browser control through your existing signed-in Chrome profile, letting MCP clients like Claude Code manage tabs, navigate, inspect pages, and perform real user interactions via tool calls. Works with any model backend without needing Playwright or a fresh browser profile.

Enables Codex to delegate already-scoped coding tasks to Claude Code and manage the resulting execution and fresh read-only review sessions, returning deterministic PASS/FAIL results through a local MCP interface.

MCP server to control Chrome browsers locally or remotely via the Claude extension, enabling navigation, form filling, screenshots, and JavaScript execution from any MCP client.

Enables Claude Code and OpenAI Codex to exchange messages directly within their sessions, including optional cross-review of plans, without copying between terminals.

Enables coding agents like Codex to use the ChatGPT web app as a planning and review brain, letting ChatGPT read only needed code via OAuth MCP and submit locally authorized tasks without API keys or repository uploads.

Routes Claude Code tasks to different AI roles with separate APIs, keys, and models while preserving existing MCP, skills, and project settings.

Enables the ChatGPT web app to securely read selected files, git state, and test output from a local workspace through OAuth-protected read-only MCP tools, so TeleAgent retains full execution control.

Exposes a local simulated two-arm robot to TUI agents through stateful, serialized MCP tools that start trials, return camera images and joint state, jog the arm or move joints within bounded limits, and finish runs with scored metrics and native Inspect log paths. Agents can therefore drive and record robotic manipulation rollouts in Chrome-visible MuJoCo physics without any robot hardware or policy weights.