ux-analyst

Analyze CYPHER V3 UX/UI for usability issues and performance bottlenecks.

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

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Provides a focused UX/UI audit and actionable remediation plan for CYPHER V3 that eliminates latency, clarity, and interaction friction which impede professional traders who expect Bloomberg-terminal density and speed.

Core Features & Use Cases

  • Performance and perceived speed checks: validate skeleton loaders, replace generic spinners, and ensure sub-300ms perceived navigation responsiveness.
  • Resilience and feedback: enforce abortable fetch timeouts, clear error states, optimistic updates for trading actions, and WebSocket connection indicators.
  • Expert workflows and accessibility: standardize keyboard shortcuts, tabular numeric typography, visual success/error semantics, and persistence of layout/state for power users.
  • Use case: run a UX audit of the order submission and market overview flows to identify missing skeletons, absent abort controllers on fetches, inconsistent success/error colors, and absent keyboard shortcuts, then produce prioritized fixes.

Quick Start

Use the ux-analyst skill to audit the CYPHER V3 order flow, list critical UX blockers, and generate a prioritized remediation report.

Frequently Asked Questions about ux-analyst

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

FAQPage Schema
How do I audit trading platform UX for Bloomberg-style density and speed?

Auditing trading platform UX for Bloomberg-style density involves analyzing real-time feedback patterns, keyboard shortcuts, and loading-state skeletons to identify usability issues and performance bottlenecks. This process produces prioritized, actionable recommendations with implementation details and measurable validation steps.

What is the best way to fix perceived latency and loading states in a professional trading UI?

Fixing perceived latency in a professional trading UI requires validating skeleton loaders, replacing generic spinners, and ensuring sub-300ms perceived navigation responsiveness. A UX audit identifies missing skeletons and provides quick wins to eliminate interaction friction for professional traders.

How do I implement abortable fetch timeouts and optimistic updates for trading actions?

Implementing abortable fetch timeouts and optimistic updates for trading actions requires a resilience and feedback audit of the user interface. A UX analysis identifies absent abort controllers on fetches and generates a prioritized remediation plan enforcing clear error states and optimistic updates.

Can I use a heuristic audit to standardize keyboard shortcuts and accessibility in a desktop trading flow?

A heuristic audit can standardize keyboard shortcuts and accessibility in desktop trading flows by evaluating expert workflows. It checks for tabular numeric typography, visual success or error semantics, and layout persistence, ensuring power users get the expected terminal-level interaction speed.

Does a UX audit for professional traders include visual consistency checks across Ordinals and Runes modules?

A UX audit for professional traders includes visual consistency checks across desktop trading flows and Ordinals or Runes modules. It identifies inconsistent success or error colors and missing feedback patterns, producing a remediation report with accessibility notes and measurable validation steps.

Why do professional traders experience interaction friction in a dense trading interface?

Professional traders experience interaction friction in a dense trading interface due to latency, clarity issues, and absent WebSocket connection indicators. A focused UX and UI audit identifies these performance bottlenecks and eliminates them with Bloomberg-terminal density patterns and real-time feedback.