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Appcelerator vs Parse
May 28, 2023 | Author: Sandeep Sharma
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Everything you need to create great, native mobile apps—all from a single JavaScript code base.
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The complete mobile app platform. Focus on creating unique & engaging apps on any platform. We take care of everything else your app needs, from the core of your app to analytics and push notifications.
Appcelerator and Parse are both platforms that offer solutions for mobile app development, but they have distinct differences in their approach and functionality.
Appcelerator, now known as Axway Titanium, is a comprehensive mobile app development platform that allows developers to create native mobile applications using JavaScript. It provides a cross-platform development framework that enables the development of apps for iOS, Android, and other platforms, leveraging a single codebase. Appcelerator offers a wide range of tools, including an integrated development environment (IDE), API connectors, and a large collection of pre-built modules and plugins.
Parse, on the other hand, is a Backend-as-a-Service (BaaS) platform that simplifies backend development for mobile and web applications. It provides a cloud-based backend infrastructure that offers services like data storage, user authentication, push notifications, and more. Parse allows developers to focus on frontend development by abstracting away the complexities of backend infrastructure management.
See also: Top 10 Mobile App Builders
Appcelerator, now known as Axway Titanium, is a comprehensive mobile app development platform that allows developers to create native mobile applications using JavaScript. It provides a cross-platform development framework that enables the development of apps for iOS, Android, and other platforms, leveraging a single codebase. Appcelerator offers a wide range of tools, including an integrated development environment (IDE), API connectors, and a large collection of pre-built modules and plugins.
Parse, on the other hand, is a Backend-as-a-Service (BaaS) platform that simplifies backend development for mobile and web applications. It provides a cloud-based backend infrastructure that offers services like data storage, user authentication, push notifications, and more. Parse allows developers to focus on frontend development by abstracting away the complexities of backend infrastructure management.
See also: Top 10 Mobile App Builders
Appcelerator vs Parse in our news:
2014. Mobile app builder Parse adds crash reporting and local datastore
Parse, the mobile development platform that was acquired by Facebook last year, provides developers with a comprehensive set of features. However, one crucial aspect that was missing until now was crash reporting. While Parse offers an analytics service, developers had to rely on third-party tools to track app crashes. Fortunately, today, this much-needed feature has been made available. Another exciting addition is the support for Parse's local datastore on iOS, which was previously only available for Android. This framework enables developers to facilitate the use of critical app features even when users are offline, making it easier to deliver a seamless experience.
2014. App builder Parse adds A/B testing for push notifications
The latest feature being introduced by Parse, a subsidiary of Facebook, is called Parse Push Experiments. This feature is specifically targeted towards marketers and developers utilizing the Parse SDKs in their applications. It enables them to conduct A/B tests on various messages and timings for push notifications sent to mobile devices. The update seamlessly integrates with apps that are already using the most recent versions of the Parse SDKs, requiring no modifications from the developers' end. Instead, a new option has been added to the push composer in the Parse web console, allowing users to access A/B testing capabilities. According to Parse, over the past month, they have dispatched a staggering 2.4 billion mobile push notifications. Incorporating A/B testing into such a massive distribution system will undoubtedly have a significant impact on how and when millions of individuals choose to engage with their devices.
