Mobile & PWA
You want to have a website or web application that works perfectly on mobile devices without any compromise in features. We use the best tools available to make sure your web projects look and work great on mobile and tablet - as well as desktop.
We create mobile-responsive sites, progressive web applications (PWAs) and native mobile apps that get results.
- Mobile-first development
- Multi-channel conversions
- No internet connection required
- High-speed, responsive frontends
- No need for separate mobile app
- Get seen on any device
- Works for all users and devices
Whether you’re using an old mobile phone or a high-definition monitor, a PWA applies all view modes and user interface changes without hiccups. No need to refresh pages or go to separate URLs.
If a device can go online, a PWA will run on it. It’s a single application that will work wherever your audience wants to use it - on their desktop, laptop, tablet or mobile phone.
A PWA looks and acts like a mobile app, once it’s been installed. It doesn’t always need an internet connection to work, and is better than a native mobile app because you don’t have the hassle of publishing to an app store.
The codebase is one and the same for desktop, tablet, mobile and PWA versions of the app. This means one set of management costs and one set of maintenance, leading to overall lower overhead costs.
To make a mobile-first app or a PWA, all that’s needed are libraries of open-source web technology staples, namely HTML, CSS & JS. This saves costs and makes feature delivery more efficient.
If your project encompasses many users over different devices and usage patterns, then a mobile-first PWA approach is almost guaranteed to be the most efficient way of delivering the project.
PWAs prompt the user to install the app as soon as they navigate to it. If downloaded and installed, it becomes an icon in the user’s app list or a shortcut on their desktop. It performs as best as the device allows, with no browser in sight.
According to Statista, more than half of all web traffic now originates from mobile devices. A PWA additionally allows our clients to completely side-step all of the sign-up and costly vendor verification required with traditional app-store publishing.
A traditional web app is beholden to whether or not the user is online. Making any changes when offline or accidentally closing the page can be disastrous in most cases. A PWA mitigates this by helping manage data and frontend purely on the device rather than through a browser.
A key feature of any PWA is that it’s lightning fast, because it doesn’t need to query the browser or the server for its core functionality. Using native rendering techniques, the UIs can be as slick and fanciful as needed.
One of the basic assumptions by the WHO EQUIP team when drafting a digital tool for assessing mental health assessors was that users would rarely have any internet connection at all. A connection would be required when uploading data to servers for processing, but anything running as a web page would be prone to corruption from outages of the device and connectivity.
In many cases, a web application would not have been an adequate solution for this project. However, leveraging the advantages of PWA, we developed an intuitive and seamless web app that allows users to install it from their browser onto their tablets and never have to care about if and when they are online while using it.
Leveraging the best open-source tools available, we made a web app that behaves like a native mobile app, without needing the user to be online. The user is prompted for any function requiring internet access, and there is never any data corruption.
Nothing’s perfect. Not having a native binary mobile distribution cuts off access to features like NFC and Bluetooth. Other features that browser environments traditionally don’t have access to are the device’s phone number, contacts, the calendar etc. However, this is where React Native can help to deliver all desired features.
Many frontend frameworks such as React have native support via tools and libraries to allow a straight-forward implementation of PWA features. Since these are all open standards, there are no licenses or proprietary knowledge required.
If there is no internet connection, then it can’t. The idea isn’t to make a backend redundant, it’s to make the frontend a separate entity that behaves as if everything is happening on the user’s device. If a PWA’s frontend needs a connection, then it can alert the user and behave in any way necessary.
It completely depends on your requirements. Many features an always-online desktop user would require could very well be the same as those of an iPhone-user when they lose their 5G connection. There might be some overhead and extra development effort associated with features that require extra considerations for all usage patterns.
No, there is no difference in risk versus a traditional web app running in the browser. Behind the scenes, a PWA runs in an environment based on the browser it was downloaded from. It is actually less likely to be manipulated in any way, since there are no easily-accessible dev tools or console commands like most browsers have.
Surprisingly, it’s even more seamless and simple than a traditional native app delivered via an app store! The next time the PWA is opened, any updates to the frontend are automatically applied, just like in a browser when the page is reloaded to fetch any changes.