kraken-paper-to-live
Promote a validated paper strategy to live trading with safety checks.
Promote a validated paper strategy to live trading with safety checks.
Minimize trading fees through maker orders, volume tiers, and fee-aware execution.
Build external plugins for the Temps deployment platform. Use when the user wants to create, modify, or debug a Temps plugin binary — a standalone Rust process that communicates with Temps over a Unix domain socket. Also use when the user mentions "temps plugin", "external plugin", "plugin binary", "plugin for temps", "plugin UI", or asks about plugin architecture, plugin events, plugin manifest, or plugin SDK. Covers the full lifecycle: project scaffolding, manifest, router, events, SQLite persistence, embedded React UI, build.rs, testing, and deployment into the plugins directory.
Add privacy-aware session recording and replay to React applications using Temps SDK. Captures user interactions for playback while respecting privacy through input masking, element blocking, and GDPR-compliant consent flows. Use when the user wants to: (1) Add session recording to their app, (2) Implement session replay functionality, (3) Record user sessions for debugging, (4) Add privacy-compliant screen recording, (5) Debug user issues with visual replay, (6) Implement rrweb-based recording, (7) Set up GDPR-compliant session capture. Triggers: "session recording", "session replay", "record sessions", "user replay", "screen recording", "rrweb", "session capture".
Decompose a user objective into a segmented journey. Each segment is a multi-view mini-app. Segments are separated by LLM decision points where the orchestrator decides what comes next.
External API integration and webhook handling including HTTP endpoint routing, request/response handling, authentication, CORS configuration, and webhook signature validation
Complete file handling including upload flows, serving files via URL, storing generated files from actions, deletion, and accessing file metadata from system tables
Prevent feature creep when building software, apps, and AI-powered products. Use this skill when planning features, reviewing scope, building MVPs, managing backlogs, or when a user says "just one more feature." Helps developers and AI agents stay focused, ship faster, and avoid bloated products.
Patterns for building reactive apps including subscription management, optimistic updates, cache behavior, and paginated queries with cursor-based loading
How to create, structure, and publish self-contained Convex components with proper isolation, exports, and dependency management
Deep security review patterns for authorization logic, data access boundaries, action isolation, rate limiting, and protecting sensitive operations
Writing queries, mutations, actions, and HTTP actions with proper argument validation, error handling, internal functions, and runtime considerations
Guidelines for building production-ready Convex apps covering function organization, query patterns, validation, TypeScript usage, error handling, and the Zen of Convex design philosophy
Scheduled function patterns for background tasks including interval scheduling, cron expressions, job monitoring, retry strategies, and best practices for long-running tasks
Extract evidence-based style guides and motion appendices from websites or web apps. Use when Codex needs reusable visual language, semantic tokens, component/state rules, runtime animation evidence, or style references that preserve design signal while stripping product-specific structure and content.
Standards for creating new High-Density Agent Skills with optimal token economy.
Apply Clean Architecture layering, modularization, and Unidirectional Data Flow in Android projects. Use when setting up Android project structure, placing code in Clean Architecture layers, configuring feature/core modules, or implementing UDF patterns. (triggers: build.gradle.kts, settings.gradle.kts, clean-architecture, module, layers, domain, UDF, unidirectional, feature module, core module, presentation layer, data layer)
Enforce separation of concerns, dependency inversion, and resilience patterns across layered and distributed architectures. Use when designing new features, evaluating module boundaries, selecting architectural patterns, or resolving scalability bottlenecks. (triggers: architecture, design, system, scalability, microservice, module boundary, coupling)
Modern JavaScript (ES2022+) patterns for clean, maintainable code.
Build standalone Angular components with Signals inputs, OnPush change detection, Control Flow, and Smart/Dumb patterns. Use when building standalone Angular components, implementing @if/@for control flow, applying OnPush change detection, or implementing Signals in Angular components. (triggers: **/*.component.ts, **/*.component.html, angular component, standalone, input signal, output, @if, @for, ChangeDetectionStrategy, OnPush, Input, Output)
Configure DI, inject() usage, and providers in Angular. Use when configuring Angular dependency injection, using inject(), or defining providers. (triggers: **/*.service.ts, angular inject, providedIn, injection token, provideAppInitializer)
Standards for creating clear, audience-appropriate C4 and UML architecture diagrams with Mermaid. Use when producing system context diagrams, container views, sequence diagrams, or updating ARCHITECTURE.md files. (triggers: ARCHITECTURE.md, **/*.mermaid, **/*.drawio, diagram, architecture, c4, system design, mermaid)