By contrast, most modern web frameworks were designed for building web applications. These frameworks excel at building more complex, application-like experiences in the browser: logged-in admin dashboards, inboxes, social networks, todo lists, and even native-like applications like Figma and Ping. However with that complexity, they can struggle to provide great performance when delivering your content.

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Home / Blog / How to Build Scalable Web Applications: Challenges and Solutions How to Build Scalable Web Applications: Challenges and Solutions

Universal Links allow you to register a series of domains that are allowed to interact with an installed application. If the application is not installed, the universal link is opened with Safari, allowing you to inform the user of the existence of an application or whatever is necessary.

Implicit intents do not name a specific component, but instead declare a general action to perform, which allows a component from another app to handle it. For example, if you want to show the user a location on a map, you can use an implicit intent to request that another capable app show a specified location on a map.

If you're creating an actual, informational web page, stick to frameless HTML, CSS and unobstrusive JavaScripts and keep in mind that the page should still be usable with scripting disabled.

Capacitor's origins lie in Ionic's mission to provide a holistic framework for developing hybrid apps—apps that run on mobile devices, on desktops, and in the browser. It does not only replace Apache Cordova as a “bridge” to native platform access in new Ionic projects but also “provides a consistent, web-focused set of APIs”.

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export books as apps

One of the great things about the new Web is that you can manipulate text, but the iPad treats you like a child.

So instead we introduced the loading spinner on each widget. Nothing is actually any faster, but the whole experience feels more responsive

Simply reducing some CSS transition times from 500ms to 250ms, and cutting others out entirely, made the whole dashboard feel snappier and more responsive.

This means content is served from the nearest possible geographic location to the user, cutting down request latency from as high as 2500ms (in places such as Singapore) to tens of milliseconds

We eventually came up with a compromise solution based on Addy Osmani’s basket.js, using a combination of server-side script concatenation and localStorage for caching. In a nutshell, the page includes a lightweight loader script, which figures out which JS and CSS it has already cached and which needs to be fetched. The loader then requests all the resources it needs from the server in one request, and saves all the resources into localStorage under individual keys. This gives us a great compromise between cutting down the number of HTTP requests while still being able to maintain cacheability, and not re-downloading code unnecessarily when it hasn’t changed. Addtionally, after running a few benchmarks, we found that localStorage is (sometimes) actually faster than the native HTTP cache, especially on mobile browsers.

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Ebenfalls eingebaut ist der naheliegende Zugang über eine Kartenvisualisierung (Google Maps).