2 posts tagged with "Development"

Secure Boot is an important mechanism for establishing a trusted verification chain during system startup. For system adaptation, firmware debugging, and boot process validation on RISC-V platforms, a reproducible configuration workflow helps developers understand the trust relationships among boot components.

Based on the openRuyi Documentation Center guide, "Enable Secure Boot on openRuyi"^[1], this article uses the openRuyi UEFI firmware and the openRuyi Server edition QCOW2 image as examples to outline the main steps for configuring Secure Boot in a QEMU environment. The process begins with preparing the firmware and system image.

openRuyi is a native Linux distribution for the RISC-V architecture, with a focus on performance, security, AI, and cloud-native workloads. The rolling-release version of openRuyi tracks the latest upstream baseline and is committed to building best practices for cutting-edge standards and software applications on RISC-V.