https://github.com/lowRISC/opentitan
https://docs.opentitan.org/hw/#available-top-level-specifications
https://opensource.googleblog.com/2019/11/opentitan-open-sourcing-transparent.html

Google has a new blog post talking about supply-chain security and their Titan chip.
[…]One area where we’ve put a lot of thought, and which we continue to focus on, is the security of our hardware supply chain. Today, I’d like to go into a few of the things we do specifically in this area.[…]
A Vendor-Agnostic Root of Trust for Measurement
Jon McCune, Rick Altherr
We report the success of a project that Google performed as a proof-of-concept for increasing confidence in first-instruction integrity across a variety of server and peripheral environments. We begin by motivating the problem of first-instruction integrity and share the lessons learned from our proof-of-concept implementation. Our goal in sharing this information is to increase industry support and engagement for similar designs. Notable features include a vendor-agnostic capability to interpose on the SPI peripheral bus (from which bootstrap firmware is loaded upon power-on in a wide variety of devices today) without negatively impacting the efficacy of any existing vendor- or device-specific integrity mechanisms, thereby providing additional defense-in-depth.
https://research.google.com/pubs/pub46352.html
Yuriy of Eclypsium has a few comments on the doc, click on below tweet for thread:
Earlier I pointed out some Google Titan info but didn’t have much info on it:
https://firmwaresecurity.com/2017/08/06/google-titan-secure-microcontroller/
(nobody left a comment, but a few people commented on it on Twitter.)
In the last few days, there’s more info available now:
https://cloudplatform.googleblog.com/2017/08/Titan-in-depth-security-in-plaintext.html
https://www.blog.google/topics/google-cloud/bolstering-security-across-google-cloud/
https://cloud.google.com/security/
probably unrelated?:
https://github.com/GoogleCloudPlatform/titan
Google Titan Key:
Implemented with Google’s “Titan” secure microcontroller and custom firmware,
the Titan Key is a FIPS-compliant Universal 2nd Factor (U2F) authenticator and hardware root of trust.
http://csrc.nist.gov/groups/STM/cavp/documents/drbg/drbgnewval.html
If you have some pointers to this hardware, please leave a Comment.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
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Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
Hastily-written news/info on the firmware security/development communities, sorry for the typos.
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Hastily-written news/info on the firmware security/development communities, sorry for the typos.