Voice agent teams must balance latency, turn taking, speech quality, and control. This skill guides architecture choices and production design tradeoffs.

Shareable generators often fail because results feel generic or hard to post. This skill helps Claude, Codex, and Claude Code design quizzes, name tools, avatars, and calculators with clear sharing loops.

Large repositories make it difficult to find files by meaning instead of exact names. This skill guides Claude, Codex, and Claude Code workflows that use Vexor for vector-powered semantic file search.

Vercel deployments can fail because environment settings, runtimes, and build behavior differ across stages. This skill guides Claude, Codex, and Claude Code through practical Next.js deployment decisions.

Teams need fast preview deployments without setting up a Vercel account first. This skill guides deployment to Vercel and returns preview and claim links.

Vercel administration often requires switching between dashboards, logs, and API details. This skill guides Claude, Codex, and Claude Code through Rube MCP workflows.

Vector search tuning can waste memory and hide recall regressions. This skill gives practical benchmarks, parameter guidance, and monitoring checks for production indexes.

Vector search projects need clear architecture choices before teams commit to an index or database. This skill guides retrieval design, embedding strategy, and tuning for production systems.

Secrets can leak through AI chats, terminal output, logs, and commits. This skill provides concise practices for handling environment variables safely with Claude, Codex, and Claude Code.

Teams need accurate Neon setup guidance across drivers, APIs, and local workflows. This skill directs Claude, Codex, and Claude Code to official Neon references.

Serverless applications need reliable background jobs without queue infrastructure. This skill helps Claude, Codex, and Claude Code design QStash messaging, scheduling, retries, and webhook handling.

Expo SDK upgrades can break dependencies, configuration, and native behavior. This skill gives a structured upgrade plan with checks for packages, app settings, APIs, and testing.

Unreal Engine C++ has strict lifecycle, reflection, and memory rules. This skill guides Claude, Codex, and Claude Code toward UE5 patterns.

Unity ECS projects can become hard to structure, optimize, and explain. This skill provides DOTS patterns for components, systems, jobs, baking, command buffers, and Burst performance work.

Unity projects often struggle with performance, platform differences, and maintainable architecture. This skill provides practical Unity guidance for C#, rendering, assets, UI, testing, and deployment.

Writing complete unit tests is slow when projects use different languages and frameworks. This skill analyzes code structure and drafts focused tests, mocks, coverage notes, and CI commands.

UI changes can pass code review while still missing visual, responsive, or accessibility goals. This skill guides rigorous screenshot-based validation with measurable findings and remediation.

Teams often struggle to turn user needs into consistent, accessible interfaces. This skill guides research, flows, design systems, tokens, and handoff.

AI-built interfaces can drift into inconsistent patterns and unclear design choices. This skill gives agents focused constraints for interface work.

Complex TypeScript projects can lose safety when types, configs, and contracts grow unevenly. This skill guides strict typing, advanced type design, and maintainable architecture.