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Open source firmware allows for greater transparency and collaboration<br>in the development process, which can lead to more reliable and secure firmware.<br>In addition, open source firmware can be freely modified and customized to meet<br>the specific needs of an organization or user, which can be particularly useful<br>in a server environment where the firmware may need to be tailored to the<br>specific hardware and software configurations of the server. In short, open<br>Source firmware is smaller, faster, more secure and more flexible than the<br>closed sourced software it replaces.<br><br>This talk will give a introduction into the open source firmware projects out<br>there that target the x86 architecture, what devices they support, how to get<br>them and how to install open source firmware onto them.<br><br>We will provide a short introduction to the concept of open source<br>firmware and its role in controlling the basic functions of devices. We will<br>discuss some of the popular open source firmware projects, such as coreboot,<br>U-Boot, and TianoCore, the types of Intel x86 devices that they are used on, and<br>where to get them.<br><br>The talk will also showcase innovative projects in the firmware space like<br>System Transparency, that have been made possible with open source firmware,<br>highlighting the benefits and potential of this approach. Through this talk,<br>attendees will gain a better understanding of the role of open source firmware<br>in modern device development and the ways in which it can enable more flexible<br>and adaptable solutions.
