Explore

Navigate through the portfolio and discover selected work, technologies, and ways to connect.

Contact
Back to tech stack
Data & application architecture

Frontend State Management

Design predictable client-state architecture across React and Vue applications. Keep local UI state, shared application state, and remote server data in the correct layers.

01 / Application contexts

Where this stack fits.

Examples of project contexts and delivery patterns this technology can support.

01Repository-backed stack

Cross-route application state

Shared user, filter, and preference state that remains consistent while navigating.

02Repository-backed stack

Feature-level workflows

Multi-step forms and operational workflows with clear state transitions.

03Repository-backed stack

Server and client state coordination

Separate remote cache lifecycles from local interface state.

02 / Technology

The tools for the job.

A practical selection of technologies used to plan and deliver this kind of work.

PiniaRedux ToolkitVuexZustandTanStack QueryReact ContextVue ReactivityTypeScript
01

State ownership boundaries

Decide which values belong in local state, shared stores, or server cache.

02

Framework-specific stores

Use Pinia/Vuex for Vue and Redux Toolkit/Zustand for React where appropriate.

03

Typed actions and selectors

Keep mutations and derived state easy to understand and verify.

04

Predictable async workflows

Coordinate pending, success, failure, and reset states.

03 / Outcomes

What this technology helps you achieve.

The outcome is a dependable foundation that can support your audience and business goals.

01

Fewer duplicated sources of truth

Clear ownership reduces conflicting state across screens.

02

Maintainable feature flows

Stores and selectors organize complex interface behaviour.

03

More reliable user feedback

Explicit transitions make loading and error handling consistent.

04 / Process

A clear path from brief to delivery.

Each stage helps keep expectations, feedback, and delivery aligned.

01

Map state requirements

Identify shared values, local interactions, remote data, and persistence needs.

02

Choose the right store

Select the framework-native store or lightweight state library.

03

Define actions and selectors

Model updates and derived values with explicit types.

04

Test state transitions

Cover initialization, mutation, persistence, and failure states.

Next step

Let's shape the right scope for your project.

Tell me what you need and what success looks like. We can work through a practical plan.

Start a conversation