About
Automatically saves and restores project state when Claude threads hit token limits, ensuring uninterrupted dialogue across multiple projects with local privacy and zero configuration.
Capabilities
Claude Thread Continuity MCP Server
The Claude Thread Continuity server tackles a common pain point for developers working with AI assistants: losing context when a conversation thread exceeds its token limit. By persisting the entire project state—including files, technical decisions, and milestones—at key moments, it ensures that subsequent threads can pick up exactly where the last one left off. This continuity eliminates the need for manual copy‑and‑paste of relevant snippets or the risk of inadvertently discarding critical information.
At its core, the server automatically triggers state saves whenever a file is modified, a decision is recorded, or a milestone is reached. It also falls back to periodic saves every ten messages if no explicit trigger occurs, guaranteeing that progress is never lost. When a new thread starts, the assistant can simply load the saved project state and instantly regain full context. This seamless restoration is especially valuable in iterative design or code review workflows where developers rely on the AI to maintain a shared mental model of the evolving project.
Key capabilities include smart validation that guards against accidental project fragmentation. By employing fuzzy name matching (with a configurable similarity threshold), the server warns developers when a new project name closely resembles an existing one, suggesting consolidation or allowing a force override. The system also supports multiple concurrent projects, maintaining separate state spaces for each and providing commands to list or summarize active projects. All data remains local, addressing privacy concerns, and the server operates transparently once configured—no additional prompts or manual steps are required during normal use.
Real‑world scenarios that benefit from this MCP include large codebases where developers interact with Claude across multiple sessions, product design sprints that require tracking decisions over days, or educational settings where students iteratively refine projects with AI guidance. By integrating directly into Claude Desktop via the MCP framework, developers can embed continuity into their existing toolchain without disrupting established workflows. The result is a smoother, more reliable AI collaboration experience that preserves context, reduces friction, and keeps projects coherent across time.
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