Curtis Blanton
Community@shotcowboystyle · Charleston, SC
Building smarter with AI, automation & modern tools. Exploring how far one person can go without a big team using today’s AI.
Agent Skills by Curtis Blanton
Showing 23 vetted skills indexed across 1 GitHub repositories.
shotcowboystylemeta-dat-android-integration
Integrates the Meta Wearables Device Access Toolkit into Android apps with Gradle, Kotlin, and DatResult flows.
shotcowboystylemeta-wearables-full-sdk-audit
Audit Meta Wearables SDK requests for full API surface coverage, capability gates, and evidence levels.
shotcowboystylemeta-dat-api-atlas
Maps the Meta Wearables DAT iOS API surface, migrations, and tooling against pinned source revisions.
shotcowboystylemeta-dat-camera-audio
Designs and reviews Meta DAT camera and audio features with SDK-version checks and device evidence.
shotcowboystylemeta-wearables-transport-reliability
Design and review Meta Wearables DAT transport reliability across Bluetooth, Wi-Fi, and audio routes.
shotcowboystylemeta-wearables-implementation-recipes
Generate source-aligned Swift, Kotlin, and Web App scaffolding for Meta Wearables DAT features.
shotcowboystylemeta-wearables-agentic-team
Orchestrates Meta Wearables DAT iOS, Android, and Web App integrations with evidence-gated specialist routing.
shotcowboystylemeta-dat-display
Designs and implements native Meta DAT Display surfaces with capability gating and teardown.
shotcowboystylemeta-wearables-web-apps
Build and review Meta Wearables Web Apps for Ray-Ban Display with 600x600 contract and HTTPS delivery.
shotcowboystylemeta-wearables-input-sensors
Design and verify Meta Wearables input and sensor experiences across native DAT Display, Web Apps, and phone fallbacks.
shotcowboystylemeta-wearables-privacy-publishing
Audit privacy, consent, permissions, and release gates for Meta Wearables DAT and Web App products.
shotcowboystylemeta-dat-ios-integration
Integrates the Meta Wearables Device Access Toolkit into native iOS companion apps.
shotcowboystylemeta-dat-android-api-atlas
Maps and audits the Meta Wearables Device Access Toolkit Android API surface with pinned Maven artifacts and evidence levels.
shotcowboystylemeta-wearables-security-attestation
Audit Meta Wearables DAT identity, attestation, callback, and credential boundaries on iOS and Android.
shotcowboystylemeta-wearables-app-architecture
Architects iOS, Android, and Ray-Ban Display apps on Meta Wearables DAT with platform adapter boundaries.
shotcowboystylemeta-wearables-device-proof
Plan and audit reproducible preflight and evidence for Meta Wearables apps across iOS, Android, and Web targets.
shotcowboystylemeta-wearables-debugging-observability
Diagnose Meta Wearables DAT iOS and Android failures with redacted, source-grounded evidence.
shotcowboystylemeta-wearables-source-refresh
Refresh Meta Wearables DAT knowledge base with verified source revisions and drift checks.
shotcowboystylemeta-wearables-device-compatibility
Validates Meta Wearables device compatibility claims against versioned evidence tuples and firmware matrices.
shotcowboystylemeta-wearables-developer-operations
Audit and operate Meta Wearables Developer Center projects, release channels, testers, and telemetry.
shotcowboystylemeta-wearables-operational-readiness
Diagnose and recover Meta Wearables DAT integration failures across firmware, companion, and release channels.
shotcowboystylemeta-wearables-route-planner
Selects the correct Meta Wearables platform route across native DAT, Display, Web Apps, and phone fallback.
shotcowboystylemeta-wearables-on-device-compliance
Audits Meta Wearables DAT features for data-flow, permission, and processing-location compliance.
Frequently Asked Questions About Curtis Blanton
FAQPage SchemaWhat tasks can I accomplish with shotcowboystyle's Meta Wearables skills?▼
You can integrate the Meta DAT SDK into iOS and Android apps, build Ray-Ban Display Web Apps, design camera/audio/Display features, plan transport reliability over Bluetooth and Wi-Fi, audit privacy and security attestation, verify device compatibility, and produce physical-device evidence for release.
Who are these Meta Wearables skills designed for?▼
They target iOS and Android engineers, wearable product developers, and release managers building on the Meta Wearables Device Access Toolkit or Ray-Ban Display Web Apps who need source-grounded implementation guidance, privacy compliance checks, and reproducible hardware evidence across Gen 2 and Gen 3 devices.
How do I use these skills in a typical development workflow?▼
Start with the route planner to select native iOS DAT, Android DAT, native Display, or Web App routes, then apply implementation recipes for Swift or Kotlin scaffolding, run debugging and operational-readiness checks, and finish with device-proof and privacy-publishing audits before release.
What prerequisites do these Meta Wearables skills require?▼
Prerequisites include access to the public Meta Wearables Device Access Toolkit, a Managed Meta Account with Developer Center organization access, Xcode or Android Studio with Gradle, and optionally physical Ray-Ban Meta or Oakley Meta glasses for connected-device and hardware evidence collection.
Do these skills cover SDK version drift and device compatibility?▼
Yes. Dedicated skills map exact DAT 0.9 migrations, Maven/Gradle coordinates, firmware and Meta AI companion versions, and Gen 2/Gen 3 capability matrices, with a source-refresh process that pins official URLs, release tags, and commit references to prevent stale compatibility claims.