Add your books and notes — or photograph the pages of a physical textbook. Grout reads them, indexes them locally, and answers questions from that material instead of from whatever a model absorbed during training.
A file manager for AI context, organised the way a syllabus is organised.
Organise your material the way a syllabus is organised. A subject holds textbooks, notes and other sources; a textbook splits into chapters; a chapter holds its pages.
Photograph a chapter from a physical book. Grout reads the pages, extracts the text and keeps a thumbnail of each page alongside it.
Your material is embedded into a local vector index, so you can ask a question in your own words and get the passage that answers it — not a keyword match.
The chapter is passed to the model as context, so answers come from your syllabus rather than from whatever the model absorbed during training.
The assistant keeps long-term memory across sessions in a local vector store, so it remembers what you have already covered instead of starting cold every time.
Build a clean PDF from a chapter or a whole book you have captured, for revision or for sharing with the class.
Summaries, practice questions and explanations built from the chapter in front of you, which is exactly the material that is safe to generate questions from.
Embeddings and the vector store are local files. Your textbooks, your notes and your questions are never uploaded to be indexed by someone else.
Set it up once per subject at the start of term.
One per subject you are studying or teaching — Physics, History, whatever the syllabus calls it.
Drop in PDFs, or photograph the pages of a physical textbook. Notes and handouts go in the same place.
Group pages into chapters so the assistant can be pointed at exactly the part of the book you are working through.
Grout runs OCR on image pages and builds a local embedding index over the text. This happens on your machine.
Ask in your own words. The answer is grounded in the chapter you selected, and you can see which pages it came from.
A general model knows a great deal about photosynthesis. It does not know which definition your board expects, which four factors your textbook lists, or which worked example your teacher will assume you have seen. Those are the things exams are actually built on.
Retrieval fixes that. When the chapter is supplied as context, the answer comes back in the vocabulary of your syllabus, using your textbook’s framing — which is what you need for revision, and what makes generated practice questions worth answering.
Yes. Grout’s AI-Memory module lets you add a PDF textbook, or photograph the pages of a physical one, split it into chapters and then ask questions answered from that material. The text extraction, the embedding index and the model all run on your own computer.
Yes — that is the point of the OCR step. Photograph the pages, and Grout reads them, keeps a thumbnail of each page and indexes the extracted text. You do not need a digital copy of the book.
Three differences. Your material is organised persistently by subject, book and chapter rather than pasted per conversation; a vector index lets you search across everything you have added instead of only the chunk you pasted; and none of it is uploaded — the index and the model are both local files on your disk.
Yes. The embedding model, the vector index and the language model all run on-device, so once your material is added the whole thing works with the network disconnected.
Grounding an answer in a retrieved chapter reduces fabrication substantially compared with asking a model from memory, but it does not eliminate it. Answers show which pages they drew on so you can check. For anything that matters, read the cited page.
The index is a local file, so the practical limit is your disk rather than a plan tier. A full year of textbooks and notes across several subjects is a normal amount.
Free download for Windows and macOS. Your books, your notes, your machine.
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