qa-engineer

Validate CYPHER V3 API health, live data, latency, and UI consistency.

4|1|Updated Feb 12, 2026
One-click install
npx skills add https://github.com/0xjc65eth/CYPHER-V3 --skill qa-engineer-0xjc65eth
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: qa-engineer
Source: https://github.com/0xjc65eth/CYPHER-V3/tree/main/skills/qa-engineer
Command: npx skills add https://github.com/0xjc65eth/CYPHER-V3 --skill qa-engineer-0xjc65eth

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Validates CYPHER V3 from the perspective of a professional trader by checking that all market data, ordinals, runes, fees, and trading UX are real, timely, and actionable rather than mocked or broken, ensuring traders can rely on the terminal for real-money decisions.

Core Features & Use Cases

  • Environment Health Checks: Verify server status and core API endpoints are reachable and returning expected schemas.
  • Real-data Validation: Confirm BTC price ranges, detect mock collections, validate rune naming formats, and ensure fee estimates are plausible.
  • Performance & UX Checks: Measure endpoint latency, review a visual checklist for loading/errors/images, and validate critical flows like wallet connection and trading indicators.
  • Reporting: Produce a standardized QA report with API availability, latency metrics, mock detection, and prioritized issues for remediation.
  • Use Case: Run this protocol on a local or staging deployment before any release to ensure market feeds and trading flows present accurate information to users.

Quick Start

Start the CYPHER V3 server locally and run the QA protocol to validate API health, live market endpoints, latency, visual UI checks, and generate the QA report.

Frequently Asked Questions about qa-engineer

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

FAQPage Schema
How do I validate live trading data on a cryptocurrency terminal to ensure it is not mocked?

To validate live trading data and detect mocked feeds, you can run a QA protocol that verifies BTC price ranges, checks rune naming formats, and confirms fee estimates are plausible. This ensures the terminal provides real, actionable data for traders.

What is the best way to test API latency and health for a local crypto trading deployment?

Testing API latency and health involves measuring endpoint response times against defined thresholds and verifying core endpoints return expected schemas. A dedicated QA protocol can automate these checks to produce a report with latency metrics and API availability.

How do I perform a pre-release QA check on ordinals and runes data feeds?

Performing a pre-release QA check on ordinals and runes data feeds requires verifying that the API returns real collection data rather than mocks. The validation protocol checks API health, real-time price feeds, and rune naming formats to ensure data integrity.

Can I automate UI consistency checks for wallet connection and trading indicators?

Yes, you can automate UI consistency checks by applying a QA protocol that reviews a visual checklist for loading states, errors, and images. It validates critical flows like wallet connection and trading indicators to ensure UX reliability.

Do I need HTTP access to local endpoints to run a trading terminal QA report?

Yes, you need HTTP access to local endpoints to run a trading terminal QA report. The validation protocol requires connecting to local or staging deployments to verify server status, test API health, and measure latency thresholds.

Why does my crypto trading terminal show incorrect fee estimates or broken market data?

Incorrect fee estimates or broken market data occur when APIs return mocked data or fail schema validation. Running a QA protocol detects these issues by validating real-data integrity, checking fee plausibility, and measuring endpoint availability.