Today, we are more interconnected than ever thanks to advancements in technology that have made it easier for people to communicate and access information regardless of which devices and platforms they use.
There are now thousands of applications that work perfectly with Android and iOS devices, while numerous video games can be played across PS5 and Xbox consoles as well as PCs.
Cross-platform technology is driving this connectedness, and its role is only expected to grow as the world becomes more reliant on connected devices.
The Essence of Cross-Platform Technology
Developers work hard to make their devices and software compatible across different platforms, and this is often achieved by using the same code base. This means that they can use the same code for different platforms, reducing the need to rewrite code and enabling the sharing of libraries and other components used while creating their products.
The result is savings in terms of both money and time. Cross-platform tech is the embodiment of an approach that optimizes resources, creates consistency, and improves the overall user experience.
3 Types of Cross-Platform Technologies
Cross-platform technology can be divided into three major groups: native cross-compilation, web-based, and hybrid.
Native cross-compilation is based on the usage of one code and compiling information that can be applied across numerous different platforms, while web-based approaches make use of all the available technologies, such as JavaScript, CSS, and HTML. Hybrid approaches, meanwhile, are a combination of native cross-compilation and web-based technologies.
Here is a closer look at each category.
1. Native Cross-Compilation
Here, everything starts with a universal language that developers use with binaries that are specifically tailored for a single platform. This is provided to them by the native cross-compilation.
When performed correctly, each application should be able to use the power of the device on which it runs to its fullest extent. C++ and Qt are examples of languages that provide great integration across various platforms.
2. Web-Based Cross-Platform Development
This leverages the use of well-known technologies such as JavaScript, HTML, and CSS. All of these tech solutions are used to create different applications.
These apps use a shell that works like a simple browser and can access device features on many levels. Tools such as Flutter and React Native can be useful for this type of development. Developers choose which language they’ll use, but their end goal is compatibility across different devices.
As the battleground for digital gambling becomes a ferocious, global, and incessant environment, there’s an ever-increasing need for companies to have an omnipresence in the sector. While this could envelop a number of options, there’s a few key components to ensure the success of cross-platform technology in casino gaming.
Technological advancements are imperative to the constant development of live casinos and slots. It acts as a foundation for continued success, and fuels the constant ingenuity that continues to keep bettors engaged.
A provider who is able to facilitate access for bettors to use their site across mobile devices and desktops, provides convenience and choice to their client base, which is vital.
If you have the option to place several types of bets across a range of devices, be it a live card-based table game, sports betting, or a slots machine, you’re most likely to stick with that provider because of the number of choices available.
Consider the example of RoyalPanda, whose platform operates equally well on desktop and mobile devices.
3. Hybrid Cross-Platform Development
Hybrid platforms combine the best of both worlds, bringing together the various technologies found on the web with original developer’s shells. These platforms can be installed as native apps on devices chosen by users who want to access their features.
Although this sounds like the ideal approach, there may be cases where hybrids do not function as well as pure native apps. Ionic and Cordova are some of the best choices for hybrid development.
Development Tools
Anyone who is interested in the world of cross-platform development should keep in mind that there are more options beyond the three methods mentioned above. This sector is constantly evolving. However, you’ll find that these platforms are aided by a plethora of frameworks.
For example, if you’re trying to be a C# developer, you can take advantage of Xamarin, which aids people in writing apps for different platforms. You also have Cordova, which aids inexperienced developers in building apps from scratch by implementing codes from JavaScript, CSS, and HTML.
How This Technology Operates
Cross-platform technology works on the principle of cooperation. Imagine a single pool of all information; the power of cross-platform technology lies in the fact that it can use one code base and spread its knowledge across other platforms, devices, and apps.
The gap between them is usually filled by different plugins and APIs. It is quite adept at crossing the differences between the native code and functions that are specific to particular platforms, ensuring that the app takes full advantage of the capabilities of each device.
Advantages
There are numerous advantages to cross-platform technologies. Here is a look at some of the most important benefits of this approach.
- Cost Effectiveness – These platforms use a single code base, eliminating the need for the development and maintenance of multiple codes.
- Quicker Development – In the world of technology, speed is paramount. The entire development process is made faster by using a singular code database.
- Wider Reach – Cross-platform technology meets the needs of a broad range of users across different devices and geographical locations. Many innovations in this field are used by millions of people daily. Some popular examples include Skype and Zoom, both of which are used for messaging and video calls.
The Bottom Line
Cross-platform technology makes the use of technology seamless for developers and end users. As people rely on more platforms, applications, and codes, the need for cross-platform technology will only grow.
