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Large Language ModelsOpen-Source AIHacker NewsPublished: Jul 22, 2026, 13:01 JST

ThoughtDAG turns LLM chats into editable graph maps

ThoughtDAG turns LLM chats into editable graph maps

3 Key Points

  1. What happened

    ThoughtDAG, a new tool, lets users visualize and edit LLM conversations as interactive graphs on an infinite canvas. Wires connecting nodes represent context; deleting a wire changes what the model sees and produces a different answer. The tool supports reading PDFs into maps, merging nodes into higher conclusions, and weaving highlighted passages into cited prose.

  2. Why it matters

    The design puts humans in control: the model works only on what wires into each node, and no autonomous agent redraws the graph. Users can inspect, edit, and reproduce answers by modifying the graph structure itself, making reasoning visible and verifiable rather than hidden inside a chat log.

  3. What to watch

    ThoughtDAG runs free in a browser at app.thoughtdag.workers.dev with no signup or key required; an example canvas demonstrates the workflow. Local installation is available via npm. The tool supports OpenAI, Anthropic, Google, DeepSeek, and any OpenAI-compatible endpoint; PDFs stay on your machine, and backups export to Markdown for permanent portability.

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Context & Analysis

ThoughtDAG addresses a gap in how LLM conversations are typically managed: chat interfaces are linear and ephemeral, making it difficult to inspect, verify, or systematically refine reasoning. By representing conversations as directed acyclic graphs, the tool makes the flow of context explicit and editable. The core principle—"wires are the context"—means the human retains full visibility and control over what information the model receives at each step. This design philosophy applies across features: merging nodes represents human judgment about which ideas compress into a higher-level insight, weaving highlights into cited prose ensures every sentence traces back to the user's own marked passages, not the model's selection, and replaying upstream edits with token estimates lets users reason about the cost and validity of changes.

The tool's support for reading PDFs directly into maps and its local-first architecture (automatic folder backup, PDFs never leaving the user's machine) suggest an intent to keep knowledge work grounded in primary sources and user control. The read-only share feature enables collaboration without requiring accounts or server-side storage, and backward-compatible export to Markdown provides an escape hatch independent of the ThoughtDAG platform itself.

FAQ
How do I access ThoughtDAG?
ThoughtDAG runs free in a browser at app.thoughtdag.workers.dev with no signup or key required; an example canvas needs no API key. You can also install it locally via npm and run a server at localhost:5173.
Which AI models does ThoughtDAG support?
ThoughtDAG supports Zhipu, Qwen, OpenAI, Anthropic, Google, DeepSeek, Kimi, OpenRouter, Ollama, and any OpenAI-compatible endpoint. Image requests automatically reroute to vision models.
How does editing the graph change the model's answers?
Wires connecting nodes represent the context the model sees. Deleting one edge removes that context, so asking the same prompt again produces a different answer based only on the remaining wired inputs.

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