giza-zkml-visualization

Convert on-chain proof verification and model metrics into dashboards.

5|Updated May 2, 2026
One-click install
npx skills add https://github.com/nirholas/three-ui --skill giza-zkml-visualization
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: giza-zkml-visualization
Source: https://github.com/nirholas/three-ui/tree/main/data/skills/development/giza-zkml-visualization
Command: npx skills add https://github.com/nirholas/three-ui --skill giza-zkml-visualization

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill solves the challenge of understanding and monitoring verifiable AI agent activity by translating ZKML proof verification status and model performance into an interpretable visualization.

Core Features & Use Cases

  • ZKML Proof Verification Dashboards: Interpret proof history with verified/pending/failed ratios and per-proof status details across proof backends and chains.
  • Agent and Model Performance Analytics: Track agent deployment activity and model accuracy, inference latency, and proof generation time through dedicated dashboards.
  • Protocol-Wide Visibility: Use aggregated metrics like total agents, proof counts, chain distributions, and multi-trend analytics to evaluate system health at a glance.
  • Use Case Example: If your Giza agents are showing rising failed proof statuses, use the proof history and model performance views to pinpoint whether issues concentrate on a specific proof system (Cairo/Noir/RISC0), a specific chain, or a specific model.

Quick Start

Ask an AI assistant to explain the current Giza proof verification health from the SperaxOS dashboards, including how to interpret verified versus failed proof ratios.

Frequently Asked Questions about giza-zkml-visualization

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

FAQPage Schema
How do I visualize ZKML proof verification status for AI agents on-chain?

To visualize ZKML proof verification status, this skill maps on-chain proof verification data and model metrics into human-readable dashboards. It tracks verified, pending, and failed proof ratios across multiple chains and proof backends like Cairo, Noir, and RISC0.

What is the best way to monitor verifiable AI agent performance and inference latency?

The best way to monitor verifiable AI agent performance is by using dedicated visualization dashboards that track model accuracy, inference latency, and proof generation time. These dashboards aggregate protocol-wide metrics to evaluate system health at a glance.

How do I interpret failed ZKML proof ratios across different proof backends?

You can interpret failed ZKML proof ratios by inspecting proof history dashboards that detail per-proof status across backends. If agents show rising failed statuses, these views help pinpoint whether issues concentrate on Cairo, Noir, RISC0, a specific chain, or a specific model.

Does the Giza visualization dashboard work without a live api.gizatech.xyz connection?

Yes, the Giza visualization dashboard works without a live api.gizatech.xyz connection by utilizing a demo-data fallback. This ensures you can still interpret agent overview monitoring and model performance analytics even without real-time on-chain data access.

Can I track agent deployment activity and total proof counts across multiple chains?

Yes, you can track agent deployment activity and total proof counts across multiple chains. The skill provides protocol-wide visibility by aggregating metrics like total agents, proof counts, and chain distributions into actionable multi-trend analytics views.

Why do I need dashboard interpretation for on-chain ZKML model metrics?

You need dashboard interpretation for on-chain ZKML model metrics because it translates complex verifiable AI agent activity into an interpretable visualization. This allows you to easily evaluate system health, monitor proof generation time, and identify performance bottlenecks.