Dasharo

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Dasharo

Dasharo

@Dasharo_com

Dasharo is open-source firmware distribution focusing on long-term maintenance, transparent validation and privacy-respecting implementation.

Katılım Temmuz 2020
7 Takip Edilen525 Takipçiler
Dasharo retweetledi
3mdeb
3mdeb@3mdeb_com·
In the meantime, check out some recent updates and developments: • x.com/pietrushnic/st… • phoronix.com/news/AMD-openS… Event details: events.dasharo.com/event/12/dasha… We look forward to sharing more progress with you in June!
Piotr Król@pietrushnic

@GigaComputing @phoronix Thanks for the mention. For clarity: the @phoronix article is about @3mdeb_com @Dasharo_com ongoing work porting coreboot + AMD openSIL to the GIGABYTE MZ33‑AR1 (EPYC 9005 “Turin”), with an upstreaming goal in H1'26 and plans for SEV‑TIO + OpenBMC and OpenSFI.

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Dasharo retweetledi
3mdeb
3mdeb@3mdeb_com·
📢 Dasharo User Group #13 - New Date Due to increased activity and ongoing work on exciting developments, we are shifting the next Dasharo User Group event by three months. Thank you for your understanding. 📅 New date: 11 June 2026
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Dasharo retweetledi
Piotr Król
Piotr Król@pietrushnic·
@GigaComputing @phoronix Thanks for the mention. For clarity: the @phoronix article is about @3mdeb_com @Dasharo_com ongoing work porting coreboot + AMD openSIL to the GIGABYTE MZ33‑AR1 (EPYC 9005 “Turin”), with an upstreaming goal in H1'26 and plans for SEV‑TIO + OpenBMC and OpenSFI.
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Dasharo retweetledi
Piotr Król
Piotr Król@pietrushnic·
I'm proud that @3mdeb_com @Dasharo_com is contributing to this shift with our coreboot + AMD openSIL work on the GIGABYTE MZ33-AR1. We looking forward to deliver more exciting news this year. Stay tuned.
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Dasharo
Dasharo@Dasharo_com·
This is the platform we’ve been porting coreboot + AMD openSIL to, with an upstreaming goal in H1'26 and more planned later (including SEV-TIO and OpenBMC work). We’re also preparing a few surprises for you this year.
Giga Computing@GigaComputing

Open-source firmware is gaining momentum across modern data center infrastructure. @phoronix recently detailed how the MZ33-AR1 single-socket AMD EPYC platform delivers strong scalability, high memory capacity, and a forward-looking path toward firmware openness. GIGABYTE MZ33-AR1 supports AMD EPYC 9005 / 9004 series processors (up to 192 cores, 500W TDP), offering 24 DDR5 DIMMs, 4× PCIe Gen5 x16, dual 10GbE, and full BMC management, enabling flexible deployment for compute-intensive workloads. The platform is actively advancing toward open firmware adoption with openSIL + Coreboot and future OpenBMC support, making it one of the few retail EPYC 9005 motherboards with open firmware potential. Read more 📖 gogct.link/8qy5e9 MZ33-AR1 🛒 gogct.link/8r65gb #GIGABYTE #GIGABYTEgroup #GigaComputing #EPYC9005 #OpenSourceFirmware #Phoronix

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Dasharo
Dasharo@Dasharo_com·
Filip Lewiński presents Dasharo's path to achieving HSI-3, including the technical hurdles, design tradeoffs, and validation on live hardware. It is especially useful for developers and power users who want to turn HSI results into concrete firmware actions.
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Dasharo
Dasharo@Dasharo_com·
If you work with #Linux #firmware and platform #security, understanding what #fwupd HSI actually measures and how to move a real platform toward higher HSI levels is often unclear. This presentation explains the HSI index from a practical angle:
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Dasharo
Dasharo@Dasharo_com·
aimed at evaluating its usefulness and limitations in a firmware-centric workflow. The work focuses on analysis of the benefits HLK tests can provide, deployment, and result analysis, and whether HLK can become a valuable component for future validation and cert. processes.
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Dasharo
Dasharo@Dasharo_com·
For #UEFI and platform #firmware devs, ensuring real Windows compatibility goes far beyond a successful boot. Issues in ACPI, power management, and device enumeration, or SMBIOS, often appear only under OS-level stress and are difficult to reproduce with typical firmware tests.
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