Taika specialists · workflow release 0.1.0
Different disciplines.Shared intent. A collection of cooperating agent workflows, from the first mark to the application that carries it.
These are workflow plugins and a local artifact contract. Native studios, authoring engines and compiled component libraries are not bundled. Each target needs its own implementation and runtime verification.
Working together
One handoff builds on another. Keep native source and share explicit artifact revisions, outputs and checks. Each specialist carries the work into its own discipline.
Logo Defines the identity and vector source. Icon Extends that identity into a coherent icon family. Layout Composes the artifacts for real content and sizes. Language Implements components in the chosen framework. Docker Packages the application as a reproducible image. Kubernetes Plans the workload using that exact image digest. Find your specialist. Inspect the workflow. Download the portable package.
Search specialists DisciplineAll specialists Creative Language Infrastructure
18 specialists shown
creative
Taika Layout Adaptive composition systems for screens, documents and spatial interfaces.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Web · iOS · Android · Desktop · Documents · Embedded
Outputs Layout specification · Constraint map · Token bindings · Platform implementation plan Workflow, checks and limits + Workflow Read content hierarchy and target sizes before composition. Choose grid, rhythm, typography and density from the content. Define reflow, localization, focus and empty/error/loading states. Reference logo, icon and motion artifacts by immutable digest. Implement through the selected platform specialist; review actual rendered sizes. Checks No lost or obscured content at target widths. Keyboard order follows meaning; text scales without truncation. Long translations, RTL and reduced motion have explicit decisions. Native runtime limitation A layout specification is not a native screen or a printed proof. Each target requires its own render and interaction evidence.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika Logo Editable identity systems with responsive marks, lockups and production handoffs.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Vector · Digital · Print · App identity
Outputs SVG master · Monochrome and inverse variants · Clear-space specification · Asset provenance Workflow, checks and limits + Workflow Establish name, audience, brand character and usage constraints. Develop distinct geometric concepts with optical corrections. Keep editable paths and text/font provenance; do not flatten the master. Review small, large, monochrome and inverse applications. Hand exact vector revisions to Icon, Layout and language specialists. Checks SVG has a viewBox, bounded paths and no external executable content. Small-size silhouette and stroke behavior remain legible. Font and reference rights are recorded; trademark review is separate. Native runtime limitation Originality and trademark availability require separate review. A generated mark is not a clearance opinion.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika Icon Consistent icon families with optical sizes and accessible platform bindings.
Workflow release 0.1.0 · Native runtime: not qualified
Targets SVG · Web · SwiftUI · Compose · Flutter · Qt
Outputs SVG family · Size and stroke rules · Semantic names · Platform bindings Workflow, checks and limits + Workflow Define family grid, corner language, weight and intended sizes. Create consistent silhouettes and aligned keylines. Specify optical changes rather than scaling every size blindly. Give meaningful icons accessible labels; mark decoration as such. Package exact SVG sources and map names into target frameworks. Checks Compare every icon at actual 16/20/24/32 pixel sizes. No duplicate semantic names; touch targets are independent of glyph size. Validate RTL mirroring and filled/outlined states. Native runtime limitation Third-party icon collections retain their own licenses. Platform-owned symbol assets are not redistributed as original Taika artwork.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika 3D Native scene authoring and portable geometry, material and animation handoffs.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Blender · glTF · WebGL · Native apps · XR · Games
Outputs Native scene reference · glTF/GLB delivery · Material inventory · Performance report Workflow, checks and limits + Workflow Choose units, axis convention, bounds, polygon and texture budgets. Retain original scene, rigs, constraints and linked dependencies. Author geometry, physically based materials, cameras and lighting. Export only features supported by the target and report losses. Validate the exported file and inspect it in the intended runtime. Checks glTF validator passes for a glTF deliverable. Scale, normals, UVs, animation clips and texture color spaces are checked. Measure actual frame time and memory on the target device. Native runtime limitation A glTF delivery file is not a lossless replacement for a native authoring scene. No GPU renderer is bundled.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika Rive Native Rive authoring, state machines and verified runtime integration.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Rive editor · Rive CLI · Web · Apple · Android · Flutter
Outputs RML/native authoring source · Rive runtime export · State-machine contract · Runtime integration Workflow, checks and limits + Workflow Inspect the installed official CLI and project before choosing commands. Preserve native source, artboards, assets, bindings and existing state machines. Use the official RML/editor workflow for supported authoring changes. Verify, inspect and render with the installed CLI; exercise inputs in the target runtime. Return source and export hashes separately, including unsupported features and licensing requirements. Checks No-op editor/CLI roundtrip preserves the original feature inventory. Named states and input transitions are exercised. Fallback, reduced motion, disposal and runtime loading are verified. Native runtime limitation Official CLI support is documented but is not installed or qualified by this package. Export/publish signing, workspace and watermark conditions must be checked. Never rename JSON to .riv.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika Lottie Vector animation authoring with explicit player and container compatibility.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Lottie JSON · dotLottie · Web · iOS · Android · Flutter
Outputs Animation source · Lottie JSON · Versioned dotLottie package · Player support matrix Workflow, checks and limits + Workflow Pin the target players and format/container versions. Keep editable authoring source and exact font/image dependencies. Use supported shapes, transforms and animation features. Inspect first/last frames, loop seam, text and state changes in each target player. Deliver reduced-motion/static alternatives and measured payload/render costs. Checks Validate actual JSON and container inventory; detect missing assets. No required expressions or effects are silently dropped. Play the exported file on every declared supported runtime. Native runtime limitation Lottie JSON and dotLottie are distinct formats. A JSON parser pass does not prove player fidelity or animation quality.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references creative
Taika Qt Qt Quick and QML systems for desktop, embedded and touch products.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Qt Quick · QML · C++ · PySide · Desktop · Embedded
Outputs QML module · Public properties/signals · CMake integration · Qt Quick Test fixture Workflow, checks and limits + Workflow Inspect the project Qt version, imports, style and deployment target. Define component properties, signals, focus policy and state ownership. Use layouts, native semantics and adaptive input rather than fixed screenshots. Connect to C++ or Python through explicit typed boundaries. Run qmllint and Qt Quick Test with the project toolchain and real imports. Checks Keyboard, touch, focus, scaling and accessibility are exercised. Signal behavior and state transitions have meaningful assertions. Deploy and inspect on the intended embedded/desktop target. Native runtime limitation QML source is not a native test pass. Qt licensing and platform deployment requirements remain project-specific.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika TypeScript Reusable TypeScript / JavaScript components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets React · Vue · Svelte · Node.js
Outputs Typed component API · Semantic HTML or framework source · Package exports · Interaction tests Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Separate browser/server boundaries and preserve the repository framework. Model controlled state, keyboard behavior and async/error states explicitly. Use design-token and asset references without baking in a single brand. Verify SSR/hydration when applicable and package the real supported exports. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Typecheck the public API and consuming fixture. Exercise keyboard, focus, error and loading behavior. Measure client payload and runtime cleanup. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Swift Reusable Swift components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets SwiftUI · UIKit · AppKit
Outputs Swift package or target source · State/binding API · Accessibility metadata · Native test plan Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect deployment target, actor isolation and existing architecture. Keep application/domain authority outside the visual component. Implement identity, bindings, cancellation and lifecycle with native controls. Adapt to Dynamic Type, VoiceOver, resizable windows and reduced motion. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Build with the project Apple toolchain. Exercise accessibility, state changes and cancellation on simulator/device. No claim of signed/device success from source checks. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Kotlin Reusable Kotlin components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Jetpack Compose · Compose Multiplatform
Outputs Composable API · State holder · Semantic tests · Target integration Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect the project Kotlin/Compose versions and platform targets. Hoist state and define stable inputs, events and coroutine lifetime. Use semantics, adaptive layouts and platform input behavior. Separate shared logic from Android and other platform integration. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Compile the actual consuming target. Test semantics, restoration, cancellation and state transitions. Measure recomposition and performance in the intended app. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Dart Reusable Dart components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Flutter · Mobile · Desktop · Web
Outputs Widget API · Theme extension · Widget tests · Target integration Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect Flutter/Dart pins, target platforms and package constraints. Use explicit state ownership, keys and lifecycle cleanup. Support semantics, focus, text scaling and platform adaptation. Keep asset loading and motion bounded with fallback states. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Run analyze and actual widget tests. Exercise keyboard, semantics and text scaling. Profile a real target build; debug timing is not release performance. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Python Reusable Python components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets PySide6 · CLI · Services · Libraries
Outputs Typed public API · Package metadata · Synthetic fixtures · Framework integration Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Determine whether the target is a library, service, CLI or native UI. Use explicit data models, bounded I/O and cancellable work. Keep GUI work on its framework thread and domain code independent. Preserve project dependency pins and packaging conventions. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Typecheck where configured and exercise public behavior. Test malformed input, resource cleanup and cancellation. Run native GUI checks separately from headless service tests. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Rust Reusable Rust components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Libraries · Services · egui · Native bindings
Outputs Crate API · Error model · Ownership/lifetime contract · Consumer fixture Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect Rust toolchain, features, target and existing crate boundaries. Design ownership and fallible operations before UI projection. Bound allocation, cancellation and cross-thread/FFI access. Keep visual adapters separate from domain authorization. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Run relevant cargo tests and project format/lint gates. Exercise error paths and feature/target combinations actually claimed. Any unsafe or FFI change requires focused review and valid target execution. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika C++ Reusable C++ components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Qt · Native libraries · Embedded · Games
Outputs CMake target · Headers and implementation · Ownership contract · Consumer tests Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect language standard, compiler, ABI and project build targets. Use RAII and explicit ownership, allocation and thread contracts. Keep UI and engine integrations behind narrow tested boundaries. Package headers, symbols and dependencies for the intended consumers. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Build with the actual compiler/target matrix. Exercise lifetimes, error paths and thread behavior. Run configured sanitizers and ABI checks where relevant. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika C# Reusable C# components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets .NET · Avalonia · MAUI · Unity
Outputs Public component API · Binding/state contract · Project package · Consumer tests Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect .NET target frameworks and the chosen UI/application runtime. Use nullable contracts, explicit ownership and cancellable async operations. Define binding updates, dispatcher boundaries and event cleanup. Keep Unity, MAUI and Avalonia adapters independently qualified. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Build and test the selected target framework. Exercise cancellation, disposal and event subscription lifetime. Verify native UI/accessibility in the claimed runtime. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references language
Taika Java Reusable Java components fitted to the actual framework and target.
Workflow release 0.1.0 · Native runtime: not qualified
Targets JavaFX · Android · Services · Libraries
Outputs Module API · Thread/lifecycle contract · Build integration · Consumer tests Workflow, checks and limits + Workflow Read the consuming repository and exact framework/toolchain before selecting an adapter. Inspect the JDK, build system, module boundaries and chosen runtime. Design immutable inputs, explicit errors and bounded background work. Respect GUI dispatcher and lifecycle boundaries. Keep JavaFX, Android and service adapters separate. Consume exact creative artifact revisions; return source, checks and remaining target gaps. Checks Build with the pinned JDK and execute relevant tests. Exercise resource closure, concurrency and error paths. Verify actual JavaFX/Android behavior when declared. Native runtime limitation This release provides an agent workflow and shared contract, not a precompiled component library or verified support for every listed framework.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references infrastructure
Taika Docker Reproducible containers, development environments and bounded build delivery.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Dockerfile · BuildKit · Compose · OCI
Outputs Dockerfile · Compose configuration · Image provenance · Build/run verification Workflow, checks and limits + Workflow Inspect the repository build, runtime contract and existing trusted image route. Use narrow build context, multi-stage builds and pinned project dependencies. Keep credentials out of build layers; use supported ephemeral secret mounts. Define user, ports, health, signals, persistence and resource requirements. Build, scan and run a synthetic smoke case; record immutable image digest. Checks No secret, agent home or unrelated source in context/layers. Startup, readiness and graceful termination are exercised. Rebuild and runtime evidence bind to source and image digest. Native runtime limitation The plugin does not install Docker, provision a registry or authorize production deployment. Build and runtime checks require an admitted existing executor.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references infrastructure
Taika Kubernetes Version-aware Kubernetes workloads, rollout plans and operational evidence.
Workflow release 0.1.0 · Native runtime: not qualified
Targets Kubernetes · Helm · Kustomize · GitOps
Outputs Workload manifests · Resource and health policy · Rollout/rollback plan · Validation receipts Workflow, checks and limits + Workflow Verify cluster context, namespace, server/API versions and existing delivery ownership. Consume the exact OCI image digest from Docker and typed runtime configuration. Specify identity/RBAC, probes, resources, disruption, scaling and network needs. Validate manifests against the intended API and render the actual Helm/Kustomize output. Use an authorized staging rollout to observe readiness and rollback before any production action. Checks Schema validation and server dry-run are recorded separately. Least-privilege workload identity and secret references are reviewed. Readiness, failed rollout and recovery are exercised on the intended cluster. Native runtime limitation No cluster access, RBAC grant or rollout is performed by installing this workflow. Generated YAML is not a tested deployment.
This package is not native runtime-qualified. Installing a workflow does not establish build, device or deployment evidence.
Official references