Raw sources
Emails, Slack threads, private messages, meeting transcripts, CRM records, inventory data, documents, PDFs, spreadsheets, and call notes. These remain the source of truth and are not overwritten.
Neuro is a local organisational brain built around an LLM-maintained markdown wiki. Instead of rediscovering knowledge from raw files on every question, Neuro compiles business context into persistent, interlinked .md memory that compounds over time.
.md Wikisources → pages → links → citationsTraditional document AI retrieves chunks from raw files at query time. Neuro works differently: it reads new sources, extracts what matters, updates the relevant memory pages, creates cross-links, flags contradictions, and keeps the organisation’s knowledge current.
The wiki is the persistent artifact. Answers, summaries, decisions, corrections, and source updates are filed back into structured memory, so the company brain gets richer every time the business works.
Neuro separates immutable source material from AI-maintained business memory, then controls the system with explicit rules for how knowledge is ingested, linked, cited, queried, and cleaned.
Emails, Slack threads, private messages, meeting transcripts, CRM records, inventory data, documents, PDFs, spreadsheets, and call notes. These remain the source of truth and are not overwritten.
.md wikiLLM-generated markdown pages for projects, people, customers, decisions, entities, topics, processes, incidents, and summaries. Neuro writes, updates, links, and maintains this layer.
A governance layer defines folder structure, citation style, page conventions, ingest workflow, query workflow, lint rules, and what the AI is allowed to change.
Built for local deployment, operational context, and measurable productivity — not generic cloud prompting.
.md memoryStructure company knowledge into durable markdown pages that are readable by humans, editable by AI, portable across tools, and useful as long-term company memory.
Create links between people, projects, decisions, customers, incidents, processes, and systems so context is connected before anyone asks a question.
When new information conflicts with old claims, Neuro flags the difference, updates relevant pages, and preserves why the understanding changed.
Useful answers, comparisons, summaries, and management analyses can be filed back into the wiki instead of disappearing inside chat history.
Neuro operates like a disciplined knowledge maintainer. It does not merely search files; it continuously compiles, repairs, and improves the organisation’s memory layer.
When a new source arrives, Neuro reads it once, extracts the key takeaways, writes a source summary, updates the index, edits related topic/entity pages, notes contradictions, and logs what changed.
When teams ask questions, Neuro searches the maintained wiki first, reads the relevant pages, synthesizes an answer with citations, and can save useful outputs back into memory.
On a schedule, Neuro checks for stale claims, orphan pages, missing cross-links, unsupported statements, duplicated knowledge, and important concepts that deserve their own pages.
Real-world deployments focus on converting scattered company activity into a maintained, queryable, compounding memory system.
Leadership can ask what changed, what is blocked, which customers are at risk, why decisions were made, and which sources support the answer.
New hires can understand project history, decision context, owners, unresolved questions, and linked source pages without relying on tribal memory.
Slack threads, meetings, CRM updates, inventory changes, and private documents become maintained company pages rather than disappearing into search results.
Every major decision can be connected to source documents, conversations, customer signals, assumptions, contradictions, and later revisions.
Neuro is designed for controlled infrastructure so raw sources and the maintained .md wiki can stay inside your environment. The result is a private organisational brain that compounds without handing sensitive business context to generic cloud systems.