"Handshake" matching MCP servers:

Enables AI assistants to search and apply for jobs on Handshake, track applications, and research employers using your browser session.

Enables AI agents to list, retrieve, add, and audit credentials from an encrypted vault during an active human-unlocked session, while providing no tool to unlock the vault itself.

A learning-oriented MCP server that exposes basic tools (echo, add, reverse) over stdio transport to validate MCP handshake and tool calls.

MCP-native health monitoring that probes MCP servers using the list_tools protocol handshake, detects version drift, stores history in SQLite, and generates an HTML dashboard.

Wraps a legacy MCP stdio server and presents it as a modern stateless 2026-07-28 protocol server, translating the legacy handshake and server-initiated requests.

A network analysis MCP server providing 23 tools for packet capture, protocol analysis, and cryptographic inspection, including TLS handshake, certificate extraction, and SM2/SM3/SM4 support.

Enables running a minimal MCP server over stdio that manually implements JSON-RPC, exposing an add tool so users can observe the handshake, tool listing, and tool call cycle without the official SDK.

Enables MCP clients such as Claude Code, Codex and Antigravity to connect to a single always-on local service instead of spawning their own copy of every stdio server. Each window's handshake is served from cached memory with no process launched, and only on the first real call does that window get its own private server process — replayed faithfully, isolated per window, and stopped when the window closes.

Enables agents to inspect and diagnose their own MCP setup by exposing read-only tools that audit configured servers, report which coding agents have configs, surface misplaced or duplicated registrations, and list curated preset packs. It also powers CLI workflows for checking handshake, tool lint, and tool-surface quality scores of any stdio server.

Enables an agent to find a business by phone number, check availability, book and cancel appointments, and verify business-signed receipts against a sandbox registry and demo shops that run locally over stdio. Every registry record and receipt is signature-checked, and nothing real is booked because the shops live inside the server process.

Enables LLM agents to interact directly with Qualcomm EDL devices over USB, including device enumeration, Sahara protocol handshake, SoC identity queries, Firehose programmer upload, command-mode execution, and device reset.

Enables AI agents to drive wireless penetration testing end-to-end through MCP, including monitor mode, network scanning, handshake and PMKID capture, WPS attacks, deauthentication, and password cracking. It exposes all h4kfi tools to MCP-compatible clients like OpenCode and Claude Code.

Launches any MCP server as a real client would, running the handshake, inspecting every tool's schema and description, and deliberately making a bad tool call to test error handling. Returns one deterministic, evidence-backed score with named issues so servers can be verified before users' agents hit them in production.

Enables AI agents such as Claude Code, Cursor, and Codex to safely drive a locally installed Xilinx Vivado through 32 curated tools spanning GUI, Tcl, and attach sessions, synthesis, implementation, timing, CDC, XDC, IP, waveforms, and device programming. It provides structured timing evidence with baseline comparison, offline VCD queries for unknown values and handshake events, environment self-checks, and Chinese-language diagnosis of timing issues and CRITICAL WARNINGs.