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650,522 tools. Updated 2026-10-14 02:52

"Session" matching MCP tools:

  • Manage isolated browser sessions for Strudel live coding. Create, destroy, list, or switch between named sessions to maintain separate contexts.
    AGPL 3.0
  • Maintain a persistent browser session with cookies and JavaScript state across calls. Use it to log in, click, fill forms, or execute JS for multi-step flows on protected pages.
    MIT
  • Retrieve a full conversation session in chronological order, page by page, using a session ID from search results or session list.
    Apache 2.0
  • Report, attach to, start, stop, or interrupt Houdini instances, and list installed versions; use it when Houdini is unreachable or you need another target.
    MIT
    Destructive
  • Create, list, monitor, and archive development sessions. Optionally isolate work with git worktrees for context switching and progress tracking.
    MIT
  • Manage PDM sessions: start a new session, stop an existing one, or list all active sessions with their status.
    MIT

Matching MCP Servers

  • A
    license
    A
    quality
    B
    maintenance
    Session Watcher treats your prompt cache as inventory — it uses EOQ theory to tell you whether the current context is still worth carrying, and when to restart. Works with any session-based coding agent.
    3
    20 npm
    5
    MIT
  • F
    license
    A
    quality
    B
    maintenance
    Enables selecting a saved Codex or Claude Code session from the same PC and importing its recent context into the other tool, so work can continue across clients with source and omission information.
    3
    -

Matching MCP Connectors

  • Read and triage bug reports captured by Session Replay for your verified domains.

  • MCP for retrieving information about recorded session replays.

  • Report current operating posture, including dry-run state, effect gates, approvals, act journal, and last wait result, to resume flows or plan actions. Read-only, works offline.
    Apache 2.0
  • Manage agent work intervals: start, end, review, and clean up stale records, convert summaries into draft memories, and get a boot-time briefing on decisions, conflicts, and knowledge gaps.
    MIT
  • View a Claude Code or Codex session turn by turn to see model, effort, token counts, and cost per response. Accepts a full session id or unique prefix.
    MIT
  • Create and manage document-bound CAD modeling workflows, recording each mutation as a rollback/redo step; add notes, pause/resume, and complete with save options.
    MIT
    Destructive
  • Inspect session status, end remote control, or resume only after user consent. Use to manage ongoing desktop control.
    MIT
  • List active sessions, print the daemon state directory, or publish an open-to-destination script without closing the session. Times out after 90 seconds.
    MIT
  • Resolve biological entities, build and inspect knowledge graphs, save/restore sessions, and export provenance for streamlined research workflows.
    MIT
    Destructive
  • Start, orient, and compact sessions to manage project context. Track tasks, goals, blockers, and decisions for reproducible AI development.
    MIT
    Destructive
  • Register, update, or query active agent sessions for multi-agent coordination. On complete, persists a session note to the vault.
    Apache 2.0
    Destructive
  • Manage cookie jars for HTTP testing: list, get, set, delete, clear, import from response headers, and remove expired cookies. Control domain, path, secure, HttpOnly, SameSite, and expiry attributes.
    -
  • Manage AI session memory: capture decisions and lessons, recall past conversations, and ground context from prior work. Action-driven retrieval and storage for persistent context.
    MIT
  • Manage AI sessions with auto-priming, handoff between devices, prompt discovery by mode or keywords, and task assignment to agents or humans.
    MIT
  • Make causal analysis reproducible by setting every reachable random generator to a known seed for the duration of a block. Restore RNG state afterward to prevent drift.
    MIT
  • Manage agent work sessions by starting, checkpointing, or ending them, recording goals, decisions, blockers, and files changed to maintain synchronized memory across coding agents.
    MIT
  • Manage the lifecycle of a team memory context through actions: init, observe, context, summarize, compress, and tasks.
    MIT