8 skills published by livekit across 3 repositories. Together they weigh 21 688 tokens — that is what loading all of them at once would cost you in context.
8 skills 21 688 tokens total vendor account
Implement and review Kotlin Coroutines on Android: configure CoroutineScopes, manage Dispatchers, expose StateFlow/SharedFlow from ViewModels, collect with repeatOnLifecycle, and convert callback APIs to callbackFlow. Use when writing suspend functions, wiring up Flow or StateFlow, fixing async bugs, replacing GlobalScope, or integrating coroutines with Android lifecycle components.
Build voice AI agents with LiveKit Cloud and the Agents SDK. Use when the user asks to "build a voice agent", "create a LiveKit agent", "add voice AI", "implement handoffs", "structure agent workflows", or is working with LiveKit Agents SDK. Provides opinionated guidance for the recommended path: LiveKit Cloud + LiveKit Inference. REQUIRES writing tests for all implementations.
Generate targeted test scenarios for a LiveKit voice or chat agent and run them as simulations — locally, from the agent''s own code plus what the user wants stress-tested. Use whenever the user wants to "test my agent", "what should I test", "create/generate simulation scenarios", "make a sim test suite", "use lk agent simulate", "stress-test the X flow", "set up scenarios for my agent", or wants to probe edge cases / refusals / regressions before shipping. Generates scenarios on the user''s machine (their code is never uploaded) and lets the user deeply steer what gets tested. Trigger even without the word "simulation" when the user clearly wants to decide what to test and verify how their agent behaves across realistic conversations. Not for building a new agent from scratch (use the livekit-agents skill), load-testing, or ordinary unit tests.
Expert guidance on setting up scalable Gradle build logic using Convention Plugins and Version Catalogs.
Kotlin Coroutines review and remediation for Android. Use when asked to review concurrency usage, fix coroutine-related bugs, improve thread safety, or resolve lifecycle issues in Kotlin/Android code.
Debug and optimize Android/Gradle build performance. Use when builds are slow, investigating CI/CD performance, analyzing build scans, or identifying compilation bottlenecks.
Comprehensive testing strategy involving Unit, Integration, Hilt, and Screenshot tests.