Image Ops
claudeImage ops — editing, format conversion, batch ops, and filesystem organization by resolution, aspect ratio, orientation, format, EXIF time, camera, plus dedupe and metadata scrubbing.
28 skills · 19 commands
Meta smart-glasses engineering — Wearables Device Access SDK integration on iOS and Android, camera, display, sensors, transport reliability, and device-backed release proof.
Plugin meta-wearables-ops from marketplace shotcowboystyle in shotcowboystyle/ai-plugins. Commands read from the repo's manifest — 1 month ago.
meta-dat-android-api-atlasMap and review the public Meta Wearables Device Access Toolkit Android API and artifact surface with exact Gradle/Maven coordinates, Kotlin/Java symbols, 0.9 migrations, Display/camera/MockDevice/debugging boundaries, and separate compile, mock, connected, physical, and release evidence. Use for And
meta-dat-android-integrationIntegrate and review the public Meta Wearables Device Access Toolkit for Android with exact Maven artifacts, Gradle/Manifest configuration, registration, typed DatResult flows, sessions, camera, Display, MockDevice, privacy, and separate physical-device evidence. Use when a request mentions DAT Andr
meta-dat-api-atlasMap and refresh the public Meta DAT iOS API surface, upstream role skills, sample apps, MCP/docs tooling, configuration keys, and DAT-versus-Web-Apps boundary without inventing release-specific symbols. Use when an implementation needs exact MWDAT modules, current 0.9 migration details, debugging to
meta-dat-camera-audioDesign and review Meta DAT camera and audio features with exact SDK-version checks, stream ownership, cancellation, AVFoundation boundaries, privacy-aware consent, and separate phone/mock/connected-glasses evidence. Use for wearable camera, microphone, preview, capture, transcription, or media-proce
meta-dat-displayDesign and implement native Meta DAT Display surfaces with capability gating, compact glanceable state, ButtonGroup/input handling, clear teardown, phone handoff, and physical Ray-Ban Display evidence. Use for native glasses UI requests, not for Web App HTML surfaces.
meta-dat-ios-integrationIntegrate the current Meta Wearables Device Access Toolkit into a native iOS companion app with source-checked package setup, registration, permissions, URL callbacks, session lifecycle, privacy controls, and testable unavailable states. Use when adding or reviewing DAT iOS code.
meta-wearables-agentic-teamOrchestrate source-grounded iOS companion apps, Meta Wearables Device Access Toolkit integrations, Meta Ray-Ban Display Web Apps, and physical-device proof across Ray-Ban Meta, Oakley Meta, and other supported Meta wearables. Use when planning, building, reviewing, or releasing a wearable feature th
meta-wearables-app-architectureArchitect maintainable iOS, Android, and Ray-Ban Display applications on top of Meta Wearables DAT without leaking platform SDKs into UI or domain code. Use when starting a wearable app, adding camera/audio/Display/Web App capabilities, sharing behavior across Swift and Kotlin, designing phone-first
meta-wearables-debugging-observabilityDiagnose Meta Wearables DAT iOS and Android setup, registration, permission, device-link, session, camera, audio, Display, and transport failures with source-grounded, read-only evidence. Use when a DAT app cannot communicate with glasses, a stream or Display session fails, live DAT Inspector MCP to
meta-wearables-developer-operationsOperate and audit the Meta Wearables Developer Center lifecycle for DAT iOS/Android and Ray-Ban Display Web Apps, including Managed Meta Account organization/team access, projects, platform app identities, product listings, permission justifications, versions, release channels, testers, Meta AI chan
meta-wearables-device-compatibilityResolve Meta Wearables product labels, DAT iOS/Android versions, Web Apps revisions, glasses firmware, Meta AI companion versions, and capability support without inventing Gen 3 or “regular SDK” mappings. Use for Gen 2/Gen 3 support, firmware drift, version-dependency tables, device compatibility fa
meta-wearables-device-proofPlan and audit reproducible target preflight and evidence for Meta Wearables apps across source inspection, iOS/Android/Web App inventory, unit/build checks, DAT MockDevice, browser simulator, connected-device tests, and physical Ray-Ban/Oakley/Meta glasses. Use whenever a result could be mistaken f
meta-wearables-full-sdk-auditAudit whether a Meta Wearables iOS, Android, or Ray-Ban Display Web App request actually covers the full public SDK surface, exact modules/artifacts, capability gates, upstream source conflicts, privacy boundaries, and required evidence. Use when a request says full SDK, regular SDK, all capabilitie
meta-wearables-implementation-recipesTurn a selected Meta Wearables API row and vertical-slice playbook into source-aligned Swift, Kotlin/Java, or Ray-Ban Display Web App implementation scaffolding with explicit compile, privacy, lifecycle, fallback, and physical-device gates. Use when building or reviewing a concrete iOS DAT, Android
meta-wearables-input-sensorsDesign and verify Meta Wearables physical input and sensor experiences across native DAT Display, Ray-Ban Display Web Apps, and phone fallbacks, while keeping hardware signals, browser APIs, permissions, lifecycle, and physical-device evidence separate.
meta-wearables-on-device-complianceEnforce on-device and product-compliance boundaries for Meta Wearables iOS DAT, Android DAT, native Display, and Ray-Ban Display Web Apps. Use when designing or reviewing camera, glasses-microphone, audio, sensor, Display, local-first, privacy, permission, thermal, network, background, fallback, or
meta-wearables-operational-readinessDiagnose and harden Meta Wearables DAT iOS, DAT Android, native Display, and Ray-Ban Display Web App integrations across firmware, Meta AI companion, Developer Mode, release channels, DAT app provisioning, compatibility, thermal and link failures, and recovery evidence. Use when an integration will
meta-wearables-privacy-publishingAudit privacy, consent, iOS permissions, data flows, Meta Wearables terms, acceptable use, App Store metadata, and release gates for DAT and Web App products. Use whenever a wearable feature captures camera/audio, uses personal context, connects a cloud service, or is prepared for testing or publish
meta-wearables-route-plannerChoose the correct Meta Wearables route across native iOS DAT, native Display, Ray-Ban Display Web Apps, phone fallback, and unsupported or unverified device requests. Use before implementation whenever a product mentions Ray-Ban Meta, Oakley Meta, Meta Glasses, Display, camera, audio, input, sensor
meta-wearables-security-attestationAudit Meta Wearables DAT iOS and Android identity, attestation, callback, release-channel, package-token, privacy-manifest, and secret-handling boundaries. Use when configuring Developer Mode or release builds, reviewing MetaAppID/ClientToken/application IDs, diagnosing registration failures, protec
meta-wearables-source-refreshRefresh the Meta Wearables DAT, Web Apps, device, terms, and Apple integration knowledge base with exact official URLs, release/tag/commit, retrieval date, API migrations, access gaps, and evidence boundaries, including a portable public Git ref drift check. Use before version-sensitive implementati
meta-wearables-transport-reliabilityDesign and review Meta Wearables DAT transport and runtime reliability across Bluetooth, Wi-Fi/local network, HFP/A2DP audio, camera and Display backpressure, background, thermal/power, disconnect, and recovery paths on iOS and Android. Use for Wi-Fi streaming, local-network configuration, audio-rou
meta-wearables-web-appsBuild and review Meta Wearables Web Apps for the Ray-Ban Display with the official HTML/CSS/JavaScript route, 600×600 display contract, public HTTPS delivery, focus and D-pad/EMG input, performance limits, source-conflict handling, and separate simulator/physical-device evidence.
Image ops — editing, format conversion, batch ops, and filesystem organization by resolution, aspect ratio, orientation, format, EXIF time, camera, plus dedupe and metadata scrubbing.
28 skills · 19 commands
Produce an AI-generated video end-to-end — brief, model choice, script, storyboard, generation pipelines, ffmpeg assembly, export.
11 skills · 11 commands · 7 agents · 3 MCP servers
Chain-of-custody evidence handling — hash, timestamp, inspect metadata, append to an immutable custody register, package as BagIt, verify, and sync to WORM or S3 Object Lock storage.
14 skills · 12 commands
Native iOS and Apple-platform engineering guidance — SwiftUI, Liquid Glass, on-device intelligence, framework routing, and device-backed release verification, grounded in a versioned knowledge base.
19 skills
Pack to the binding airline limit across a multi-carrier itinerary — researched allowances, weight-solved bags, priced overage, counter-card PDFs.
9 skills · 10 commands
Legal and OSINT matter workspaces — analyse documents, track sources and entities, build timelines, redact for disclosure, and render typeset briefs from workspace material.
8 skills · 8 commands
Apollo GraphQL agent skills for Claude Code — Apollo Client, Server, Federation, Connectors, Router, Rover CLI, iOS, Kotlin, and the Apollo MCP server. Covers schema design, query optimization, and GraphQL best practices.
14 skills · 1 MCP server · LSP
Comprehensive UI/UX design plugin for mobile (iOS, Android, React Native) and web applications with design systems, accessibility, and modern patterns
9 skills · 4 commands · 3 agents
Work with incident.io from Claude: respond to and investigate incidents, check on-call schedules and escalations, and author the runbooks, skills and architecture docs that incident.io investigations draw on. Bundles the official incident.io MCP server (OAuth on first use).
11 skills · 1 MCP server
Ship a new language without the usual breakage. Three deterministic stdlib scripts: a translation-file checker for JSON/ARB (i18next, ICU), .properties, .strings, Android strings.xml and gettext .po that blocks on missing keys, renamed placeholders, ICU syntax errors, plural/select without other, zero branches that never match and plural categories the target locale needs, from the embedded Unicode CLDR 49 table (ru few/many, ar six forms); a hardcoded-string scanner for React, Vue, Svelte and HTML that flags text and user-facing attributes outside t(), concatenated translations, locale-less toLocaleString and '$' + amount; and a pseudo-locale generator (en-XA accented and expanded, ar-XB right-to-left) that keeps placeholders and ICU syntax intact. Ships cs-i18n-engineer agent, /cs-i18n-check and /cs-pseudo-locale commands and 3 cited references.
1 skill · 2 commands · 1 agent
MiniMax AI skills library for frontend, fullstack, Android, iOS, shader, GIF sticker, document, presentation, spreadsheet, and multimodal media workflows
18 skills
Android skills are Google's official dedicated repository of AI-optimized, modular instructions and resources, to help LLMs better understand and execute specific patterns that follow the best practices and guidance on Android development. Android skills follow the open-standard agent skills - markdown files (SKILL.md) that provide a technical specification of a task, and ground LLMs with information on specialized domains and workflows.
36 skills
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