Every device that we own that connects us with the digital world has a system within it that helps connect the hardware it’s made of to the software that operates it. This is the second level of the device’s system and is known as a kernel. Think of the operating system of a device as a pyramid. The hardware – the physical parts of the device – is the base on which everything else is built.
After that is the kernel which differs based on which operating system you use. This is what controls the memory resources, the CPU resources and the processes of the device. On top of that is built the operating system the device employs – Android, iOS, etc. One step more is what you interact with. These are the applications and buttons that your phone or computer employs.
The catch that trips up many devices is that operating systems typically use different kernels for their base operations. Android uses Linux kernel whereas iOS implements the Darwin kernel. Getting these systems to play nice with each other can be difficult. Luckily, there are companies that offer devices that make system switching easy. macOS driver development allows iOS devices to operate on a Linux kernel with Androids.
What to look for in a Linux development service
Plenty of companies are available to start your Linux development service. If you’re in need of someone to help build a quality driver that allows you to access a Linux kernel without an Android device, you might also want to consider a company with the below-listed features.
- GUI-based development – When trying to implement an end-user program or a GUI-based program, you’ll need an external driver that can grant you communication with the device. Some services offer this feature during the development process.
- Integrating Linux – By integrating the peripheral devices onto a Linux kernel, you’re able to access communication between systems. An iOS device will be able to function with a Linux kernel due to the implementation of a separate driver.
- Kernel module development – When attempting to manually access low-control features on the hardware of a device, a kernel module is needed. This will enter into the system and grant low-control access to the user for customized additions to the device.