auditor-claw

Aggregates scanner, compliance, and optimizer hashes into a Merkle tree with TEE attestation.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/Skottbie/VeriTax-Plus --skill auditor-claw
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: auditor-claw
Source: https://github.com/Skottbie/VeriTax-Plus/tree/main/skills/auditor-claw
Command: npx skills add https://github.com/Skottbie/VeriTax-Plus --skill auditor-claw

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill automates the creation of cryptographically verifiable audit trails for tax-related data, binding scanner proofs, compliance results, and optional optimizer outputs to ensure provenance and integrity across the verification lifecycle.

Core Features & Use Cases

  • Merkle-tree based audit trail: aggregates scanner, compliance, and optimizer hashes into a single root with proofs.
  • Attestation and storage: binds data to a TEE attestation and pins the proof bundle to IPFS for immutable storage.
  • End-to-end workflow: supports embedding zkTLS proofs, remote attestation endpoints, and mock fallbacks for resilience in diverse environments.
  • Use Case: Generate a verifiable audit bundle for a tax report by collecting dataset hashes, attesting them, and exporting a ProofBundle with IPFS CID.

Quick Start

Run the AuditorClaw tool to generate a verifiable audit trail from your scanner and compliance hashes.

Frequently Asked Questions about auditor-claw

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

FAQPage Schema
How do I create a verifiable audit trail for tax compliance data?

A verifiable audit trail is created by aggregating scanner, compliance, and optimizer hashes into a Merkle tree and generating a TEE attestation. This binds the data proofs and pins the resulting bundle to IPFS for immutable storage.

How does a TEE attestation secure tax audit data provenance?

TEE attestation secures data provenance by cryptographically binding the Merkle root of your compliance hashes to a trusted execution environment. This generates a verifiable proof bundle validating the integrity of the tax audit trail.

Do I need Python and Node.js to generate Merkle tree audit proofs?

Yes, generating Merkle tree audit proofs requires Python 3.10+ and Node.js. You also need environment-based credentials and optional remote attestation and IPFS endpoints configured for full interop.

Can I embed zkTLS proofs into an IPFS audit bundle?

Yes, you can embed zkTLS proofs into an IPFS audit bundle. The workflow binds these proofs within the TEE attestation and exports the complete bundle with an IPFS CID for immutable, verifiable storage.

What is the best way to aggregate compliance and scanner hashes for tax reports?

The best way to aggregate compliance and scanner hashes for tax reports is building a Merkle tree. This creates a single root with proofs, which is then attested in a TEE and pinned to IPFS for verification.

What happens if remote attestation endpoints are unavailable during audit trail generation?

If remote attestation endpoints are unavailable during audit trail generation, the workflow supports mock fallbacks for resilience. This allows the Merkle tree aggregation and proof bundle export to continue operating in diverse environments.