When researching mobile development platforms, there are numerous features to consider. The 11 features that were most important to my decision included:
Platform compatibility: There are now two main platforms available in the mobile app market: iOS and Android. If possible, your product should be cross-platform so that users can download and use it on Windows, macOS, and other operating systems. Your program must support at least these two platforms.
Scalability: The software you use to guarantee the long-term objective of your business strategy plan expands along with your company as it grows. So pick platforms with cross-platform frameworks and tools that enable scaling.
Strong security: Individual consumers may not be concerned about security when using mobile applications, but it is critical for professionals and enterprise customers. Additionally, security flaws can be avoided by using robust cross-platform tools regardless of platform.
Artificial intelligence (AI) services: AI is crucial when comparing mobile application development platforms. AI can drastically enrich and optimize the customer experience, which, in turn, can lead to a rise in app store downloads.
Code-centric developer tool: This tool allows you to visualize your app's architecture and design without modifying the code. The tool will show the modifications you make once you import the code. But the code must be modified before being reintroduced into the tool in order for the designs and builds to be altered.
Mesh app and service architecture (MASA): This capability enables development platforms to accommodate serverless, microservices, API mediation, and event-driven application needs.
Support for DevOps: This feature reduces the length of the system’s development life cycle, which allows you to speed up the creation of apps using high-quality mobile application development tools. It also simplifies process automation through release management and tracking automation.
Analytics reporting: Before releasing an app to mobile app stores, you must monitor and assess its performance. With this tool, you will receive reports on the usage and performance data for an app after it has been developed and launched on a platform.
Low-code or codeless: With this function, you may comfortably and quickly get creative without needing to perform any difficult manipulations. This drag-and-drop method enables declarative, model-driven, metadata-driven, and other non-coding approaches, allowing you to create various app templates in accordance with the needs of your users.
Micro apps patterns: This enables the transfer of an app between clouds. Several clouds can be used simultaneously. Using micro app patterns, which lets you reuse app building blocks or components, transferring between clouds can be built into your app.
Core back-end services: Some application services, like user management, push notifications, location services, offline syncing, and file storage, can be reused to improve cost efficiency. Core back-end services can also include integration, API design, and orchestration.
Mobile Development Platforms enable seamless creation of mobile apps, offering tools and frameworks for both Android and iOS platforms. They aid developers in building, testing, and deploying apps efficiently, enhancing productivity and reducing time to market.Renowned platforms like Xamarin and React Native allow developers to utilize shared codebases across operating systems, simplifying cross-platform development. These solutions provide robust APIs and extensive libraries, supporting...
My two cents (worth of input) would be:
a) Easy to adapt (a smooth learning curve) and adopt (customers using the Apps effectively).
b) Ability to develop cross-platform.
c) Easy to maintain source code.
d) No Vendor Lock-ins.
e) Works well in a DevOps setting.
f) Ability to design, develop, and deploy B2B mobile apps and go to market quicker.
g) Cost-effective - reduction of resources, infra and maintenance.
@Muhammad Shaamel This list is extremely helpful.
When researching mobile development platforms, there are numerous features to consider. The 11 features that were most important to my decision included:
Platform compatibility: There are now two main platforms available in the mobile app market: iOS and Android. If possible, your product should be cross-platform so that users can download and use it on Windows, macOS, and other operating systems. Your program must support at least these two platforms.
Scalability: The software you use to guarantee the long-term objective of your business strategy plan expands along with your company as it grows. So pick platforms with cross-platform frameworks and tools that enable scaling.
Strong security: Individual consumers may not be concerned about security when using mobile applications, but it is critical for professionals and enterprise customers. Additionally, security flaws can be avoided by using robust cross-platform tools regardless of platform.
Artificial intelligence (AI) services: AI is crucial when comparing mobile application development platforms. AI can drastically enrich and optimize the customer experience, which, in turn, can lead to a rise in app store downloads.
Code-centric developer tool: This tool allows you to visualize your app's architecture and design without modifying the code. The tool will show the modifications you make once you import the code. But the code must be modified before being reintroduced into the tool in order for the designs and builds to be altered.
Mesh app and service architecture (MASA): This capability enables development platforms to accommodate serverless, microservices, API mediation, and event-driven application needs.
Support for DevOps: This feature reduces the length of the system’s development life cycle, which allows you to speed up the creation of apps using high-quality mobile application development tools. It also simplifies process automation through release management and tracking automation.
Analytics reporting: Before releasing an app to mobile app stores, you must monitor and assess its performance. With this tool, you will receive reports on the usage and performance data for an app after it has been developed and launched on a platform.
Low-code or codeless: With this function, you may comfortably and quickly get creative without needing to perform any difficult manipulations. This drag-and-drop method enables declarative, model-driven, metadata-driven, and other non-coding approaches, allowing you to create various app templates in accordance with the needs of your users.
Micro apps patterns: This enables the transfer of an app between clouds. Several clouds can be used simultaneously. Using micro app patterns, which lets you reuse app building blocks or components, transferring between clouds can be built into your app.
Core back-end services: Some application services, like user management, push notifications, location services, offline syncing, and file storage, can be reused to improve cost efficiency. Core back-end services can also include integration, API design, and orchestration.