[KongchangAI]
Productagentic-trust-layer / AI事实核查工具

recommend-agentic-trust-layer

An open-source fact-checking tool for AI agents that independently verifies model outputs using a dual-score mechanism that separates a truthfulness score from a confidence score. It supports verification against the public web and internal document consistency checks, and can be embedded into agent workflows as an MCP tool.

Timeline (last 90 days)

Sep 11

The open-source project recommend-agentic-trust-layer is a fact-checking tool for AI Agents, fully open-sourced under the MIT license.

Unverified50%
Sep 11

The tool adopts a dual-score mechanism that completely separates the Truth Score from the Confidence Score.

Unverified50%
Sep 11

The Truth Score measures whether a claim actually holds up; the tool verifies this by fetching real sources in real time rather than recalling answers from the model's memory.

Unverified50%
Sep 11

The Confidence Score measures how much the fact-checking result should be trusted, and decreases when supporting sources are scarce or contradict each other.

Unverified50%
Sep 11

The tool returns cited sources and a plain-language explanation, making the fact-checking process transparent and traceable.

Unverified50%
Sep 11

The tool can verify whether the claims in a document are consistent with the sources it cites, performing an internal consistency check on the document.

Unverified50%
Sep 11

For content such as internal policies, metric definitions, and database schema documentation for which no reference information is available on the public web, traditional web-based fact-checking fails, whereas document-internal consistency checking can perform cross-verification.

Unverified50%
Sep 11

In a demonstration using a fictional financial policy document package, four errors were deliberately planted while one clean reference document was retained; the tool accurately caught all four errors without generating false positives on the clean reference document.

Unverified50%
Sep 11

After applying for two free API keys, the tool can be run locally within minutes.

Unverified50%
Sep 11

The trust layer is positioned not to make the model itself smarter, but to establish an independent verification checkpoint between the model and the real world.

Unverified50%

All Facts (10)

Unverified

The open-source project recommend-agentic-trust-layer is a fact-checking tool for AI Agents, fully open-sourced under the MIT license.

50%
Unverified

The tool adopts a dual-score mechanism that completely separates the Truth Score from the Confidence Score.

50%
Unverified

The Truth Score measures whether a claim actually holds up; the tool verifies this by fetching real sources in real time rather than recalling answers from the model's memory.

50%
Unverified

The Confidence Score measures how much the fact-checking result should be trusted, and decreases when supporting sources are scarce or contradict each other.

50%
Unverified

The tool returns cited sources and a plain-language explanation, making the fact-checking process transparent and traceable.

50%
Unverified

The tool can verify whether the claims in a document are consistent with the sources it cites, performing an internal consistency check on the document.

50%
Unverified

For content such as internal policies, metric definitions, and database schema documentation for which no reference information is available on the public web, traditional web-based fact-checking fails, whereas document-internal consistency checking can perform cross-verification.

50%
Unverified

In a demonstration using a fictional financial policy document package, four errors were deliberately planted while one clean reference document was retained; the tool accurately caught all four errors without generating false positives on the clean reference document.

50%
Unverified

After applying for two free API keys, the tool can be run locally within minutes.

50%
Unverified

The trust layer is positioned not to make the model itself smarter, but to establish an independent verification checkpoint between the model and the real world.

50%

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