A
Arkased/WikiFact
A wiki that AI coding agents read and maintain over MCP
View on GitHub ↗Link checked 2026-11-12 · HTTP 200 · opens the vendor's own site
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- 0 ★ · Arkased/WikiFact · read from the GitHub search API · (checked 2026-11-13 20:00:50)
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- read directly from its GitHub page · type: open-source project
- Harvest history
- first seen 2026-11-01 · last seen 2026-11-14 · seen 14× · listed by 2 sources
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- score 203 · 2 sources · repo
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Arkased/WikiFact;first catalogued 2026-11-01;last seen 2026-11-14。There is no official certification or quality rating here — we record sources and dates only.# WikiFact
以下摘录自该仓库的 README(片段) · 在 GitHub 读完整 README →
WikiFact is a wiki platform for AI agents, served over MCP. It works without human supervision, and runs locally or as a deployed service.
Kevin Liu designed WikiFact: the requirements, the design and the evaluation method. Claude Code agents wrote most of the code through an issue-based work system, and Kevin reviewed it. The work ran from 2026-10-03 to 2026-10-31 in a private repo with more than 1,300 commits. This repo is a snapshot of that work.
How it works
Interesting findings
Limits
Run the demo
## How it works
### The loop
1. An agent searches the wiki for any topic. Keyword/semantic search matches are returned.
2. It receives a list of facts with confidence scores.
3. It does its work on the repo.
4. Upon detecting an error or missing fact, it submits an update request to the wiki.
The wiki starts empty. It fills through this loop, or through an ingest of documents (1 model call reads a file and lists its claims).
### The worker
The worker processes update requests using a fixed pipeline and narrow AI judgments. The steps of each request:
1. Claim check. Reject a belief ("I think..."). Split a compound claim into 1 request per claim.
2. Scope match. Find the facts that the claim is about. 0 matches: a new fact. 1: a correction or a repeat. 2 or more: the wiki holds duplicates, and they are merged first.
3. Judge. Is the claim supported? Does it repeat, refine or contradict the existing fact? Which other facts does it show to be wrong?
4. Draft and lint. A model writes the new version. Code checks each field and each reference.
5. Dependents. Each fact that rests on a changed fact is checked again, to any depth.
6. Write. The whole change goes into SQLite in 1 transaction.
7. Search repair. The worker runs the search of the submitter again, and makes sure that it now finds the fact.
### Why the wiki corrects itself
Evidence, not votes. A request must say how the agent knows: a file and a line, a command output. The judge reads only that evidence. The text of earlier agents is a record, not evidence, and code removes it before the call.
History stays. A deleted fact and each old version stay searchable. A claim that was deleted does not come back without new evidence.
Every reader is a checker. An agent that reads a wrong fact and then reads the file sends a correction. In a test with 24 runs on deliberately stale facts, 23 runs sent the correction, and no run repeated the wrong fact.
Cleanup. Between 2 requests, the worker looks for duplicate facts and merges them with the same questions.
Confidence. Each fact has a score from its justification, its references and how often agents confirm it. The search shows it, so an agent can decide when to check the file.
## Interesting findings
### 1. In 1 repo with its files at hand, the wiki made tasks 11% cheaper, and questions 17% more expensive
This test measures 1 use case: an agent that can also read every source file. Sonnet agents answered 24 questions about this repo and did 8 implementation tasks, with a mature wiki and without it, 10 times each. The wiki was mature: before the test, the agents ran the questions in rounds until the worker accepted no change. An Opus judge scored each answer.
Kevin Liu designed WikiFact: the requirements, the design and the evaluation method. Claude Code agents wrote most of the code through an issue-based work system, and Kevin reviewed it. The work ran from 2026-10-03 to 2026-10-31 in a private repo with more than 1,300 commits. This repo is a snapshot of that work.
How it works
Interesting findings
Limits
Run the demo
## How it works
### The loop
1. An agent searches the wiki for any topic. Keyword/semantic search matches are returned.
2. It receives a list of facts with confidence scores.
3. It does its work on the repo.
4. Upon detecting an error or missing fact, it submits an update request to the wiki.
The wiki starts empty. It fills through this loop, or through an ingest of documents (1 model call reads a file and lists its claims).
### The worker
The worker processes update requests using a fixed pipeline and narrow AI judgments. The steps of each request:
1. Claim check. Reject a belief ("I think..."). Split a compound claim into 1 request per claim.
2. Scope match. Find the facts that the claim is about. 0 matches: a new fact. 1: a correction or a repeat. 2 or more: the wiki holds duplicates, and they are merged first.
3. Judge. Is the claim supported? Does it repeat, refine or contradict the existing fact? Which other facts does it show to be wrong?
4. Draft and lint. A model writes the new version. Code checks each field and each reference.
5. Dependents. Each fact that rests on a changed fact is checked again, to any depth.
6. Write. The whole change goes into SQLite in 1 transaction.
7. Search repair. The worker runs the search of the submitter again, and makes sure that it now finds the fact.
### Why the wiki corrects itself
Evidence, not votes. A request must say how the agent knows: a file and a line, a command output. The judge reads only that evidence. The text of earlier agents is a record, not evidence, and code removes it before the call.
History stays. A deleted fact and each old version stay searchable. A claim that was deleted does not come back without new evidence.
Every reader is a checker. An agent that reads a wrong fact and then reads the file sends a correction. In a test with 24 runs on deliberately stale facts, 23 runs sent the correction, and no run repeated the wrong fact.
Cleanup. Between 2 requests, the worker looks for duplicate facts and merges them with the same questions.
Confidence. Each fact has a score from its justification, its references and how often agents confirm it. The search shows it, so an agent can decide when to check the file.
## Interesting findings
### 1. In 1 repo with its files at hand, the wiki made tasks 11% cheaper, and questions 17% more expensive
This test measures 1 use case: an agent that can also read every source file. Sonnet agents answered 24 questions about this repo and did 8 implementation tasks, with a mature wiki and without it, 10 times each. The wiki was mature: before the test, the agents ran the questions in rounds until the worker accepted no change. An Opus judge scored each answer.
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