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modderation
·2 か月前·議論
I'm early on in my Kubernetes journey and have opted to focus on Talos. Would you be able to share a bit more about the issues and limitations you encountered?
modderation
·3 か月前·議論
You can always order the pro parts along with a regular display from the regular Framework 13. Some assembly required, but the bits are all interchangeable, so you can have your non-touch display.

Alternatively, you can also "not touch" the touch display :)
modderation
·3 か月前·議論
Intel got a lot of attention during the keynote, but the Ryzen AI 300 series mainboards are available if you want them. It's one of the first few choices in the configuration flow.
modderation
·4 か月前·議論
It's either a a Career Limiting Event, or a Career Learning event.

In the case of a Learning event, you keep your job, and take the time to make the environment more resilient to this kind of issue.

In the case of a Limiting event, you lose your job, and get hired somewhere else for significantly better pay, and make the new environment more resilient to this kind of issue.

Hopefully the Wikimedia foundation is the former.
modderation
·5 か月前·議論
As a guess, large-scale volumetric or photogrammetric "datasets" could be difficult to stream over lesser interconnects.
modderation
·7 か月前·議論
Can this be generalized into a higher-level metalanguage? Notably, one called FURTRAN with broader support for other fuzzy creatures?
modderation
·7 か月前·議論
Probably with KubeVirt.

Some instructions for Windows 11: https://kubevirt.io/2022/KubeVirt-installing_Microsoft_Windo...
modderation
·9 か月前·議論
Ceph storage uses a hierarchical consistent hashing scheme called "CRUSH" to handle hierarchical data placement and replication across failure domains. Given an object ID, its location can be calculated, and the expected service queried.

As a side effect, it's possible to define a logical topology that reflects the physical layout, spreading data across hosts, racks, or by other arbitrary criteria. Things are exactly where you expect them to be, and there's very little searching involved. Combined with a consistent view of the cluster state, this avoids the need for centralized lookups.

The original paper is a surprisingly short read: https://ceph.com/assets/pdfs/weil-crush-sc06.pdf DOI: 10.1109/SC.2006.19
modderation
·10 か月前·議論
Depends on the setup, but programmatic access to a Gmail account that's used for admin purposes would allow for hijacking via key/password exfiltration of anything in the mailbox, sending unattended approvals, and autonomous conversations with third parties that aren't on the lookout for impersonation. In the average case, the address book would probably get scraped and the account would be used to blast spam to the rest of the internet.

Moving further, if the OAuth Token confers access to the rest of a user's Google suite, any information in Drive can be compromised. If the token has broader access to a Google Workspace account, there's room for inspecting, modifying, and destroying important information belonging to multiple users. If it's got admin privileges, a third party can start making changes to the org's configuration at large, sending spam from the domain to tank its reputation while earning a quick buck, or engage in phishing on internal users.

The next step would be racking up bills in Google's Cloud, but that's hopefully locked behind a different token. All the same, a bit of lateral movement goes a long way ;)