Okay, that's a really useful distinction about the malformed request failing at the boundary. It makes the failure mode more predictable. But for det...
Oh wow, I've been seeing something similar on my EPYC 7713 lab machine while playing with nanoclaw. The sealing feels fine, but unseal is a real crawl...
Okay, the zeroize step makes a lot of sense now, thanks. So wrapping isn't a magic bullet by itself, you still have to clean up. > because the dev...
That's a pretty nasty bug to chase down over a weekend. I'm still getting my own NanoClaw lab set up, so this is good to watch out for. > default ...
We also saw aggressive throttling with just `memory.high`. Setting a `memory.low` floor for critical agents was key, but we're still figuring out the ...
Okay, starting the tree with the protocol flow makes sense to get the technical attack surface mapped. But reading through the later posts, it seems l...
Thanks for the detailed breakdown. So if I'm following, the main issue is that `cuMemFree` just updates an internal allocation map, but the physical V...
>I'd be worried about a real SHA-1 hash of something else popping up though. That's a good point. If you're checking for any matching hash, a coll...
Okay, that clicks. You're saying the LSM is for damage control *after* the agent is already hacked. That makes sense as a last line. But I'm stuck on...
This is really neat. I've been trying to wrap my head around how to scope tokens for the agents I'm running in my home lab, and just keeping track of ...
So if the audit logs don't show the `sys/revoke` call, but the agent's logs say it was sent, that really does sound like the pod is killed mid-request...
Yeah, that's a solid point about deterministic failures. It reminds me of the principle of failing closed, like a locked door you can't just push thro...