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metadata
title: ZKAEDI Solidity Voice Guide
emoji: πŸ”±
colorFrom: indigo
colorTo: purple
sdk: docker
pinned: false
license: apache-2.0
short_description: Spoken Solidity audits via Hamiltonian energy analysis
tags:
  - solidity
  - smart-contracts
  - security
  - auditing
  - tts
  - voice
  - zkaedi-prime
  - hamiltonian
  - llama-cpp
  - kokoro

πŸ”± ZKAEDI Solidity Voice Guide

Recursive Hamiltonian energy analysis β€” spoken aloud.

H_t = H_0 + Ξ·Β·H_{t-1}Β·Οƒ(Ξ³Β·H_{t-1}) + Ρ·N(0, 1+Ξ²|H_{t-1}|)

The companion voice interface to solidity-energy-auditor.
Rather than returning structured JSON findings, this guide narrates the audit β€” walking through the contract's energy landscape in conversational speech, as a senior auditor would in a live code review.

Pipeline

Solidity code
    ↓
ZKAEDI Guide LLM  (gemma-7b-solidity-energy-signatures GGUF)
    ↓  [Ξ·=0.4, Ξ³=0.3, Ξ²=0.1 β€” high memory, soft attractors β†’ flowing narration]
Guide Narration  (plain speech, no markdown)
    ↓
Kokoro-82M TTS  (am_michael / am_fenrir / af_bella / af_heart)
    ↓
Spoken Audio  (24kHz)

PRIME Energy Field

A lightweight scalar H∞ score is computed via 12 iterations of the recursive Hamiltonian equation over vulnerability token densities, giving a phase-state classification:

H∞ range Phase
< 2 🟒 STABLE
2–6 🟑 APPROACHING CRITICAL
6–12 πŸ”΄ CRITICAL
> 12 πŸ’€ CHAOTIC

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