react-native-architecture

Overview of react-native-architecture skill

What react-native-architecture helps you do

The react-native-architecture skill gives an AI agent a practical blueprint for designing production React Native apps, especially with Expo. It is most useful when you need more than “create a screen and fetch data” and want help making structural decisions: app layout, navigation, state boundaries, native integrations, offline behavior, and cross-platform tradeoffs.

Best fit users and teams

This skill is a strong fit for:

• frontend developers moving from web React into mobile
• teams starting a new Expo or React Native codebase
• engineers planning offline-first flows or native module usage
• developers who want architecture guidance before coding many screens

It is less about isolated UI snippets and more about setting the app up so future features are easier to ship.

The real job-to-be-done

Users typically need react-native-architecture when they are asking questions like:

• Should this app stay on Expo or go bare React Native?
• How should I structure folders, routes, services, and stores?
• Where should auth, tabs, and shared layouts live?
• How do I add native capabilities without creating upgrade pain?
• What changes if the app must work well offline?

That is the real value: reducing early architectural guesswork that becomes expensive later.

What makes this skill different from a generic prompt

A generic prompt can propose patterns, but the react-native-architecture skill is opinionated around real React Native concerns:

• Expo-centered project structure
• navigation grouping with app layouts
• service and store separation
• native module decision points
• offline-first considerations
• performance and release workflow awareness

That makes it more useful for install decisions and app scaffolding than a broad “help me architect a mobile app” prompt.

What to know before you adopt it

The repository evidence shows a single SKILL.md with strong conceptual coverage but limited supporting files, scripts, or worked examples. That means the skill is best used as an architecture advisor, not as a turnkey generator. Expect to provide your own app context and ask for concrete outputs such as:

• folder trees
• routing plans
• state ownership rules
• Expo vs bare recommendation
• migration or implementation steps

If you want copy-paste-ready project automation, this skill will need stronger prompting.

How to Use react-native-architecture skill

Install react-native-architecture in your skills setup

Use the repository skill installer:

npx skills add https://github.com/wshobson/agents --skill react-native-architecture

After installation, invoke it from your AI workflow the same way you would call any installed skill in your client or agent environment.

Read this file first

Start with:

• plugins/frontend-mobile-development/skills/react-native-architecture/SKILL.md

Because this skill has no extra references, scripts, or metadata files surfaced here, SKILL.md is the main source of truth. Read it before assuming the skill includes automation or framework-specific helper assets.

Understand the input this skill needs

The react-native-architecture usage quality depends heavily on the project context you provide. The skill performs best when you give:

• app type and core user flows
• Expo managed vs prebuild vs bare constraints
• platforms: iOS, Android, web, tablet, kiosk, etc.
• offline requirements
• auth model
• backend and data sync model
• expected native integrations
• team size and maintenance preferences

Without that, the output will stay high-level.

Turn a rough goal into a strong prompt

Weak prompt:

Design a React Native architecture for my app.

Stronger prompt:

Use the react-native-architecture skill to propose a production Expo architecture for a field service app. We need auth, tab navigation, background sync, image upload, offline queueing, push notifications, and occasional barcode scanning. Team size is 4 frontend engineers. Prefer Expo unless native limits are severe. Show recommended folder structure, routing groups, service layer boundaries, store strategy, and where offline sync logic should live.

The second version gives the skill enough context to make real tradeoffs instead of listing generic best practices.

Ask for decisions, not just descriptions

The best react-native-architecture guide prompts ask the model to choose and justify. For example:

• “Recommend Expo or bare and explain the trigger conditions for switching.”
• “Map each feature to route, store, service, and native dependency.”
• “Define what must stay feature-local versus shared.”
• “Design for offline writes first, then explain conflict handling assumptions.”

This produces output you can review and implement, not just read.

Suggested workflow for a new app

A practical workflow for react-native-architecture for Frontend Development looks like this:

1. Describe product scope and platform constraints.
2. Ask for Expo vs bare recommendation.
3. Request a proposed folder and route structure.
4. Add state management and service boundaries.
5. Layer in native module needs.
6. Add offline-first strategy if required.
7. Ask for implementation sequence by milestone.

This order matters because routing, native dependencies, and offline needs can change the initial architecture.

Use the skill for Expo vs bare decisions early

One of the highest-value uses of react-native-architecture install and adoption planning is deciding whether Expo is enough. Ask specifically:

• Which required features are supported in Expo?
• Which need config plugins, prebuild, or custom native code?
• What release, OTA, or build workflow constraints matter?
• What is the migration cost if we start in Expo now?

This helps avoid a common failure mode: discovering native requirements after the team has optimized around managed Expo assumptions.

Ask for concrete folder and boundary outputs

The skill’s project structure guidance becomes actionable when you request artifacts like:

• full src/ tree
• route grouping for auth and tabs
• naming rules for components/ui vs components/features
• definitions for services/, stores/, and hooks/
• examples of what belongs in utils/ versus feature modules

That is especially useful for teams trying to keep React Native codebases from turning into unstructured screen folders.

Use it carefully for offline-first architecture

If your app must work offline, be explicit. Tell the skill:

• what data is cached locally
• which actions can queue offline
• whether conflicts are possible
• how users should see pending vs synced state
• whether sync is background, foreground, or manual

Without these details, the skill may mention offline-first patterns without making the hard decisions that actually affect implementation.

Prompt for native module integration paths

For camera, Bluetooth, location, notifications, biometric auth, or background tasks, ask:

• whether Expo packages cover the need
• whether config plugins are enough
• what pushes the app into custom native work
• how to isolate native dependencies from feature code

This is where react-native-architecture usage becomes materially better than generic architecture prompts.

Ask for milestone-based implementation plans

Once you have a proposed architecture, ask the skill to convert it into a build order:

1. app shell and routing
2. auth and session management
3. API client and services
4. feature stores
5. offline persistence
6. native integrations
7. performance hardening
8. CI/CD and releases

This prevents teams from over-designing abstractions before core navigation and data flows are proven.

What this skill does not appear to provide

Based on the repository structure, do not expect:

• helper scripts
• starter templates
• validation rules
• companion references
• installation automation beyond adding the skill itself

Use react-native-architecture as a decision framework and prompting aid, then implement the chosen pattern inside your own repo.

react-native-architecture skill FAQ

Is react-native-architecture good for beginners?

Yes, if you already know basic React or React Native concepts and need help organizing a real app. It is not a substitute for learning component basics, navigation APIs, or Expo fundamentals from official docs. It is best for beginners who are past “hello world” and now need structure.

Is this skill only for Expo projects?

No, but Expo is clearly central to the skill’s framing. If your app depends on heavy custom native work, you should ask the skill to compare managed Expo, prebuild, and bare React Native directly instead of assuming the default path fits.

When should I not use react-native-architecture?

Skip it if your need is very narrow, such as:

• fixing one component bug
• writing a single animation
• styling one screen
• debugging one package install issue

The skill is most valuable when architecture, project shape, or platform tradeoffs are the main problem.

How is this better than a normal architecture prompt?

The react-native-architecture skill narrows the model toward mobile-specific concerns that generic prompts often underspecify: route groups, native module boundaries, Expo tradeoffs, offline sync, and production-ready app structure. It still needs your app context, but it reduces vague advice.

Can I use it on an existing React Native app?

Yes. A good prompt is to paste your current folder tree and ask the skill to:

• identify structural pain points
• suggest minimal refactors
• separate shared and feature-local code
• recommend migration steps without rewriting everything

This makes the skill useful for rehabilitation, not just greenfield work.

Does it choose state management for me?

Not automatically. It gives architectural direction, but you should explicitly ask for a state strategy based on your app’s needs: local UI state, server cache, auth/session state, offline queue state, and persistent domain state are different problems and should not be collapsed into one tool by default.

How to Improve react-native-architecture skill

Give the skill real constraints

The fastest way to improve react-native-architecture output is to stop prompting at the slogan level. Include:

• business-critical flows
• required device APIs
• online/offline assumptions
• release deadlines
• team experience level
• whether long-term maintainability or shipping speed matters more

Constraints force better architecture.

Provide a feature map before asking for structure

A strong input format is:

• Core flows: onboarding, auth, browse, detail, edit, sync
• Native features: camera, notifications, location
• Data model: users, tasks, assets, drafts
• Connectivity: online-first or offline-first
• Platforms: iOS/Android only or web too
• Scaling concerns: white-label, multi-tenant, enterprise auth

This gives the skill enough signal to produce boundaries that match the product.

Ask for anti-pattern checks

A useful follow-up prompt is:

Review this proposed React Native architecture and list the 5 biggest risks, likely scaling problems, and what to change before implementation.

This improves decision quality because early architecture drafts often hide coupling problems.

Request examples tied to your own repo shape

If you already have a project, paste:

• current folder tree
• navigation setup
• major dependencies
• state libraries in use
• native package list

Then ask the skill to adapt rather than replace. That usually yields more realistic react-native-architecture guide output than asking for a fresh idealized structure.

Separate routing, state, and services in your prompts

A common failure mode is asking for “architecture” as one giant answer. Better results come from staged prompts:

• routing architecture
• state ownership model
• service/API layer design
• offline sync strategy
• native integration boundaries

This produces sharper decisions and makes review easier.

Push for tradeoff tables

Ask the skill to answer in a table when comparing:

• Expo vs bare
• global store vs feature stores
• optimistic updates vs queued writes
• shared components vs feature components
• local persistence options

Tradeoff tables force the model to surface assumptions instead of hiding them in prose.

Improve first-pass outputs with iteration prompts

After the first answer, use prompts like:

• “Make this architecture smaller for a 2-person team.”
• “Reduce abstraction and optimize for shipping in 8 weeks.”
• “Refactor this plan for strict offline-first behavior.”
• “Show what changes if we add custom Bluetooth support.”

These edits are often more valuable than the initial draft.

Watch for common weak-output patterns

Be cautious if the skill output:

• recommends too many layers without product complexity
• avoids choosing Expo vs bare
• treats offline support as simple caching
• mixes API, persistence, and UI state together
• creates shared folders for code that is really feature-specific

Those are signs the prompt needs more constraints or the answer needs a second pass.

Pair react-native-architecture with implementation requests

The skill becomes more useful when you follow architecture with targeted implementation asks:

• “Generate the initial src/app route layout.”
• “Create service and store interfaces for the sync flow.”
• “Show a feature module example for tasks.”
• “Draft a migration plan from our current flat screens/ structure.”

That turns react-native-architecture for Frontend Development from planning advice into execution support.

Improve trust by validating against official docs

Because this repository is concept-heavy and light on support assets, verify critical recommendations against:

• Expo docs
• React Native docs
• router and state library docs
• native package installation docs

Use the skill for structure and decisions, then confirm package-specific details in upstream documentation before implementation.