an-anti-hallucination-framework

Enforce pre-execution baselines and post-verification checks for AI task outputs.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/shichiyou/hermes-agent-001 --skill an-anti-hallucination-framework
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: an-anti-hallucination-framework
Source: https://github.com/shichiyou/hermes-agent-001/tree/main/.devcontainer/hermes-backup/skills/.archive/an-anti-hallucination-framework
Command: npx skills add https://github.com/shichiyou/hermes-agent-001 --skill an-anti-hallucination-framework

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

AI task outputs can be unreliable or misleading; this framework enforces physical evidence and gatekeeping to prevent hallucinated success reports.

Core Features & Use Cases

  • Pre-Execution Baselines: Establish environment state and inputs before any action.
  • Tool-Driven Execution: Run commands with explicit pre-checks and post-verifications to prove outcomes.
  • Structured Verification: Produce a no-story report detailing exact commands, raw outputs, and conclusions to ensure auditability.
  • Use Case: In code generation or automation tasks, verify each step with concrete evidence before progressing.

Quick Start

Walk through a sample task by performing a pre-execution baseline, executing a tool-driven action, and presenting the verifiable results with explicit user approval.

Frequently Asked Questions about an-anti-hallucination-framework

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I prevent hallucinated success reports in AI task execution?

To prevent hallucinated success in AI task execution, establish pre-execution baselines, run tool-driven actions with explicit checks, and produce verifiable post-action reports. This enforces physical evidence to prove actual outcomes before progressing.

What is a pre-execution baseline in AI verification workflows?

A pre-execution baseline in AI verification workflows is the recorded environment state and inputs established before any action runs. It serves as a deterministic reference point to validate post-action results and ensure tool-driven execution accountability.

How do I verify code generation tasks with concrete evidence?

You verify code generation tasks with concrete evidence by enforcing a deterministic workflow that runs explicit pre-checks and post-verifications. This produces a no-story report detailing exact commands and raw outputs to ensure auditability.

Can I use this anti-hallucination framework for data processing pipelines?

Yes, you can use this anti-hallucination framework for data processing pipelines. It is applicable to any AI-assisted technical task where verification of results is critical, enforcing physical evidence and gatekeeping across development and operations contexts.

Does tool-driven execution work without dependencies for audit trails?

Tool-driven execution works without external dependencies to generate audit trails. The framework internally enforces structured verification by capturing raw command outputs and producing a no-story report detailing exact conclusions for auditability.

What's the best way to audit AI automation tasks for quality assurance?

The best way to audit AI automation tasks for quality assurance is to enforce a deterministic workflow with pre-execution baselines and verifiable post-action reporting. This grounds task outputs in physical evidence, preventing misleading or unreliable results.