
Kacper Stojek developed boot-time security and virtualization configurability features for Dasharo platforms, focusing on the Dasharo/edk2 and Dasharo/coreboot repositories. He implemented DMA protection and IOMMU handoff options in DasharoModulePkg and introduced a VT-d policy property mask in DasharoPayloadPkg, enabling granular virtualization configuration. In Dasharo/coreboot, he enabled DMA protection during the boot process based on configuration, enhancing hardware isolation and reducing the risk of DMA-based attacks. His work demonstrated expertise in UEFI development, low-level system programming, and configuration management using C and Dsc, delivering targeted improvements in secure boot and virtualization policy flexibility.

February 2023 monthly performance summary focusing on boot-time security and virtualization configurability across Dasharo platforms. Delivered critical enhancements in Dasharo/edk2: implemented DMA Protection and IOMMU handoff options in DasharoModulePkg and introduced a VT-d policy property mask in DasharoPayloadPkg to expand virtualization configuration options. In Dasharo/coreboot, enabled DMA protection during boot based on configuration to strengthen boot-time security. No major bugs documented as fixed in this period. Overall impact centers on strengthened hardware isolation, reduced risk of DMA-based attacks during boot, and clearer, configurable secure-boot capabilities. Technologies demonstrated include UEFI/EDK II development, Coreboot integration, DMA protection, IOMMU, VT-d policy configuration, and PCD management for boot-time settings.
February 2023 monthly performance summary focusing on boot-time security and virtualization configurability across Dasharo platforms. Delivered critical enhancements in Dasharo/edk2: implemented DMA Protection and IOMMU handoff options in DasharoModulePkg and introduced a VT-d policy property mask in DasharoPayloadPkg to expand virtualization configuration options. In Dasharo/coreboot, enabled DMA protection during boot based on configuration to strengthen boot-time security. No major bugs documented as fixed in this period. Overall impact centers on strengthened hardware isolation, reduced risk of DMA-based attacks during boot, and clearer, configurable secure-boot capabilities. Technologies demonstrated include UEFI/EDK II development, Coreboot integration, DMA protection, IOMMU, VT-d policy configuration, and PCD management for boot-time settings.
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