When We talk about Linux on the desktop, things leave a lot to be desired, from the issue of fragmentation to the small market it has compared to others. On the other hand, in other areas, Linux stands out far above many, for example in servers, IoT devices and even in the automotive industry.
In this specific sector, Linux has started to have some demand and even as my colleague PabLinux commented in one of his recent articles, the F1 uses Ubuntu The How?, Why?, this is not known at the moment and it may be something confidential.
The reason for mentioning This is for the purpose of share a small article where we will talk about EB corbos Linux, a system based on Ubuntu which is positioned as a customizable, cloud-ready software solution that includes an SDK, tools, and source code.
The Manufacturers in the automotive sector are required to follow andThe state of the art in the development of its systems and is the ISO 26262 standard which establishes the requirements for safety functional of electrical and electronic systems in vehicles, in order to ensure functional safety. This standard covers all electronic and electrical components used in automobiles, from sensors and actuators to control units and communication systems.
And today Modern vehicles can have more than 200 individual drivers, interconnected, since instead of a multitude of black boxes, there are a small number of domain controllers, also called “high-performance computing” platforms, each dedicated to a specific set of tasks.
Typically, there are four domain controllers. One of them deals with vehicle dynamics and handling: powertrain control, ABS, traction and stability control systems, etc. (this is mainly controlled by the Linux Kernel). Another will be responsible for the driving assistance systems, while another is dedicated to infotainment (this area is solved by QT with its developments in the 6.x branch) and a fourth can control the vehicle's comfort functions, such as air conditioning or lighting (it's already something else from the OS)
This is where Linux comes in, especially EB corbos Linux, since in the automotive sector it is a pioneer in the development and maintenance of software for critical safety functions, raising the globally recognized standard in this field.
“The automotive industry is undergoing a massive shift with advanced driver experiences, electrification and autonomy driving the need for more computing, software and artificial intelligence,” said Dipti Vachani, senior vice president and general manager of Arm's automotive business line. . “Security is non-negotiable in the mobility sector, and Arm and other industry players collaborating with Elektrobit to fill the gap for a security-certified OSS solution marks an important milestone in the development of software-defined vehicles.” .
EB Corbos Linux has received support from renowned companies such as Arm and Canonical, collaborating to accelerate the transformation towards software-defined mobility. Security is a fundamental aspect in this evolution, and EB corbos Linux complies with security certifications and standards such as ISO 26262 ASIL and IEC 61508 for safety critical applications.
Besides that, It is designed to optimize the use of resources and common points by combining and configuring binary packages, since security is a priority, managing vulnerabilities, common exposures (CVE) and software defects, with exhaustively tested and validated updates.
“We are excited to contribute to Elektrobit's innovative initiative to close the gap between safety-critical requirements and open source software,” said Bertrand Boisseau, Automotive Sector Leader at Canonical. “The introduction of EB corbos Linux for security applications, which leverages Ubuntu, marks a significant advancement in the field of software-defined vehicles. “This innovative solution paves the way for the development of safer and more reliable vehicles, driving the automotive industry forward.”
For security applications, EB corbos Linux offers up to 15 years of maintenance to ensure security throughout the life of the product. This solution also provides up to 50% faster time to market, thanks to more agile development cycles with open source.
finally if you are interested in knowing more about it, you can check the details in the following link