We develop progressive web apps that deliver a near-native experience with offline capability and push notifications. This approach lowers the cost of reaching multiple platforms from a single codebase. We optimise load speed and performance to ensure a smooth experience even on weak networks.
What's included
- Progressive web apps that work offline using service workers and local storage
- Installability on devices as a native-like app via the web app manifest
- Push notifications to re-engage users
- Optimisation of Core Web Vitals for a fast, smooth experience
- A single codebase reaching web and mobile, lowering the cost of multi-platform delivery
- Caching strategies and background sync that keep the app working on weak networks
Methodology & standards
Identify the critical user journeys that must work offline and the performance targets
Design the caching and sync strategy and the service-worker layer
Build the app, enable installation and notifications, with Arabic and right-to-left support
Measure and optimise Core Web Vitals until target thresholds are met
Test across varied devices and networks, then launch with field-performance monitoring
Deliverables
- An installable progressive web app that works offline
- A service-worker layer with a caching and background-sync strategy
- Push-notification support with subscription and delivery infrastructure
- A Core Web Vitals report before and after optimisation
- Technical documentation and deployment and maintenance guides
Regulatory controls it satisfies
Typical timeline
A typical progressive web app is delivered in eight to fourteen weeks, depending on the number of offline journeys and the target performance level.
Common questions
What is the difference between a progressive web app and a native app?
A PWA runs from the browser and installs without an app store, from a single codebase that lowers cost and time. A native app grants deeper access to certain device capabilities. We recommend the approach that fits your actual need.
Does the app truly work offline?
Yes, within the journeys we define together. We cache the necessary assets and data locally and sync changes automatically once connectivity returns, so core functions stay available on weak or interrupted networks.
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