This document provides an agenda and overview of a Progressive Web Apps development summit. It discusses key characteristics of Progressive Web Apps including being progressive, responsive, connectivity independent, app-like, re-engageable, installable, fresh and safe. It covers service workers, caching strategies, app shells, manifest files and codelabs. Specific topics covered in more depth include what service workers are and their lifecycle, how to register and handle service worker events, and how to make apps installable using a manifest file and caching strategies for responding to requests. The presentation aims to explain how to build progressive web apps that work offline.
Progressive Web Apps (PWAs) are user experiences that have the reach of the web and feel like native apps. They are reliable, fast, and engaging. Key aspects of PWAs include using HTTPS, an app shell model, service workers to enable offline support, and manifest files to allow adding the app to the home screen. The document provides an overview of core PWA concepts and technologies and how to evaluate if a web app qualifies as a PWA.
This document discusses building progressive web apps with Angular 2. It covers using service workers to enable offline functionality through caching, implementing an app shell architecture for immediate loading, and other features like background syncing and push notifications. The last section describes the Angular Mobile Toolkit for generating starter code and manifest files to help develop progressive web apps.
This document discusses progressive web apps (PWAs), including what defines their usage, how they work, and their key characteristics. PWAs are defined as progressive, responsive, connectivity independent, app-like, fresh, safe, discoverable, re-engageable, installable, and linkable. Service workers play an important role in PWAs by running in the background, enabling features like caching and push notifications. For a user to add a PWA to their home screen requires an web app manifest, service worker, HTTPS connection, and visiting the web app twice within 5 minutes.
What are the ways that startups can leverage the benefits that progressive web apps allow these days? In this talk, I covered some of the startups best practices and how entrepreneurs can take advantage from the capabilities that PWAs give them.
Progressive web apps (PWAs) are experiences that combine the best of the web and mobile apps. They load quickly, work offline, and feel like native mobile apps. The key aspects of PWAs include service workers for offline functionality, app shells for fast loading, and manifest files for home screen capabilities. PWAs use caching strategies and service workers to load from the cache first for offline access, then request updates from the network as needed. This provides a better user experience than online-first solutions which require network connectivity.
Progressive Web Apps (PWAs) provide an app-like user experience through the use of features like service workers, web app manifests, and push notifications. They load instantly, work offline, and can be installed on the home screen without an app store. Service workers act as a proxy to cache resources, enabling fast and reliable performance even in uncertain network conditions. PWAs are responsive across devices and browsers, and feel natural on each platform due to their immersive, app-like interfaces.
The document discusses the current state and future of the web. It notes that while native apps have gained popularity, especially on mobile, the web still accounts for a large portion of usage. It outlines tools from Google like service workers, push notifications, and app install banners that aim to close capabilities gaps between the web and native apps. The document advocates for progressive web apps that are accessible like websites but also feel like native apps to users. The future of the web, it argues, depends on continuing to match and surpass native platforms while keeping the web open, accessible, and long-lasting.
This document discusses progressive web applications (PWAs), which aim to provide users with an app-like experience through the web. PWAs load quickly, work offline or on low-quality networks, feel native on devices, and are discoverable. The key aspects that define a PWA are HTTPS, a web app manifest, and a service worker. Case studies show that popular sites like AliExpress, Flipkart and Google I/O saw significant increases in user engagement and conversion through PWAs compared to regular web or native apps. Service workers allow caching assets, pushing notifications, and handling requests when offline to improve the user experience.
Let's focus on the Mobile Web and talk about the keys to a building a great mobile experience. From AMP (=Accelerated Mobile Pages) as a starting point up to PWA (=Progressive Web Apps). I will cover the steps through some of the key features we see as core to the modern web experience. As a bonus, we will close with new APIs that expending the web even farther.
Progressive Web Apps presentation for GDG Istanbul's Progressive Web Apps Meetup. I'm not a web developer or front-end developer but I tried to explain how PWAs work.
A Progressive Web App uses modern web capabilities to deliver an app-like user experience. Progressive Web Apps bring features we expect from native apps to the mobile browser experience in a way that uses standards-based technologies and run in a secure container accessible to anyone on the web.
Slides from my talk at Software Architecture Conf 2016, on the Offline First architecture of Flipkart Lite.