## Abstract: Can you explain the whole project and its expected outcome(s).
+LibreBMC replaces the proprietary Boot Management Controller and its
+secret firmware, entirely. In servers typically used in Data Centres
+and for scenarios where data privacy is paramount
+this turns out to be critical. One of the most commonly-used BMC
+Processors in the world has a silicon-baked plaintext password for its
+Serial Console, and with a BMC being the very means by which
+a processor's BIOS is uploaded it allows full bypass of every conceivable
+security measure.
+
+BMC Processors are also present in every AMD and Intel desktop and Laptop
+in the world. Even replacing the BIOS with coreboot is not enough to
+gain trust because the BMC is in charge of uploading coreboot.
+At least in this case if the BMC's firmware is replaced it increases
+trust that the payload (coreboot) has not been tampered with. However
+this is so low-level that there is serious risk of damaging the machine.
+
+LibreBMC therefore intends to make a low-cost dual FPGA-based "Experimentation"
+platform, as Libre/Open Hardware, for developers to iteratively
+test out development of alternative BMC Firmware (LibreBMC, OpenBMC),
+without risk of damage to the machine it is managing. One FPGA will
+run LibreBMC, the other Libre-SOC/Microwatt/A2O, and the first will boot
+the second.
+
# Have you been involved with projects or organisations relevant to this project before? And if so, can you tell us a bit about your contributions?