This is still a new situation. There is a lot we don't know. We don't know if there are more possible exploit paths. We only know about this one path. Please update your systems regardless.
This is a living document. Everything in this document is made in good faith of being accurate, but like I just said; we don't yet know everything about what's going on.
You need to powercycle internal mSATA SSD to perform secure erase, while the NUC is powered on. Here's how to do it:
I've put both the MP3 and M3U8 lists in one repo, hosted on Codeberg. It is mirrored to this gist.
ASAHIネットがDS-Lite対応したので、 自宅の適当なLinuxルーターにて設定しようとして詰まったAFTR取得に関するメモ。
Linuxルーターを使ってる人向けのニッチなものだけど、情報として残しておく。
北九州市立大学 山崎 進
Nerves on Cloud は，次の理由で二酸化炭素を減らす効果的な解決策になると考えている: (1) Nerves はシステムを再現可能にすることで，十分にスケーラビリティと再起動時の同一の挙動を保証することができる (2) Nervesはシステムを最小化することで，十分に計算資源と消費電力を減らすことができる (3) Nerves はI/Oを制御できるので，デバイスの電源をオンオフできる．この事例では，Nervesカーネル上のそれぞれのNervesアプリケーションを仮想化することで，Nerves on Cloud を実現する試行を詳細に説明する．
Nerves on Cloud will be an effective solution to reduce carbon dioxide, because (1) Nerves makes a system be reproducible enough to ensure scalability and the same behavior when restarted; (2) Nerves enables a system be minimized enough to reduce computer resources and electricity; and (3) Nerves can control I/O that enables power of devices turn on and off. This case study explains a trial to realize Nerves on Cloud by virtualizing each Nerves application on a Nerves kernel, in detail.
Clockwork Base32 is a simple variant of Base32 inspired by Crockford's Base32.
See also a blog post (in Japanese).
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