グローバルでは今月中(アメリカは10/29)にGoogle StoreとWalmartが取り扱うと発表された新色、何故か日本ではその翌日にもうビックカメラが取り扱っているの謎ムーブすぎる
https://www.biccamera.com/bc/item/5894986/
Programming Language Foundations in Agda https://plfa.github.io/
Thoughts on GCs | κeenのHappy Hacκing Blog https://keens.github.io/blog/2018/09/09/thoughts_on_gcs/
HEP Software Foundation https://hepsoftwarefoundation.org/
"The HEP Software Foundation facilitates cooperation and common efforts in High Energy Physics software and computing internationally."
SWIFT経由で不正送金されるやつ、ネットワークインフラにお金かけてない銀行を踏み台にするので、世界中の銀行がやっていかないと対処できないから厳しい
北朝鮮のハッカー集団が数百億円もの現金を世界中の銀行から不正に引き出していたことが判明 https://gigazine.net/amp/20181005-north-korea-hack-atm
以前ならば外国の図書館に出向かねばならなかったような写本がWeb上で閲覧できるようになり,19世紀までの印刷本がGoogle BooksやInternet Archiveその他で利用できるようになった結果,前世紀に出版された,おそらく小部数しか出なかったであろう高度に専門的な書物や未だ電子化されていない学術論文が一番アクセスしにくいという逆転現象が起きている.
@cwebber as to the chip's size, IPMI provides most of the functionality, could this just be a IPMI backdoor chip?
Given how insecure IMPI was, especially in this time frame, the chip could have just done some basic firewall bypass callout to let the attackers talk to the IMPI and they could have then simply hacked IMPI.
Looking at Twitter conversations about the contradictions between Bloomberg, Apple and Amazon, two theories have come up:
Theory 1: Story is untrue, someone in administration planted story or misled Bloomberg, perhaps to strengthen demands for sanctions against China (and/or to make money from shorting Supermicro)
Theory 2: Story is true, Apple and Amazon are under some kind of gag order that compels them to lie
re-emphasizing "allegedly"... I'm getting more and more skeptical of this story
Chinese government allegedly inserts tiny chip which backdoors networks all over the place https://www.bloomberg.com/news/features/2018-10-04/the-big-hack-how-china-used-a-tiny-chip-to-infiltrate-america-s-top-companies
Acusis | Crowd Supply https://www.crowdsupply.com/antimatter-research/acusis#details-top
iCEBreaker FPGA | Crowd Supply https://www.crowdsupply.com/1bitsquared/icebreaker-fpga