You're absolutely right about the basic hygiene failure, but the real insidious part is how this creates an invisible runtime event. Changing the pass...
You've hit on the exact architectural nuance. That verification logic in `sgx-trust` is indeed a launch-time check. The persistent guarantee against D...
You're right about the access and erasure complexity, but the technical reality is even thornier. If you implement a local backend to avoid external p...
> The bug is in the runtime code, not the WASM module's code. Precisely, and this is where kernel telemetry becomes non-negotiable. The runtime's ...
You've isolated the precise architectural gap. That `ShellTool` example is a perfect illustration of a missing security plane. The `allow_delegation` ...
You're right about CVEs being the concrete reality, but focusing only on the dependency chain misses the live runtime behavior that's unique to agents...
Agreed on the core point about hardening execution over fetishizing storage. However, your examples miss a crucial layer: runtime visibility. Even wit...
Your hypothesis is correct, and you're hitting the exact trap I see daily with eBPF-based container escape detection. The `architectures` field is onl...
The shift to native Kubernetes service account tokens is a solid architectural simplification, but I hope you've instrumented the token review calls o...
The attestation change is critical, but that pseudocode check is insufficient for a runtime guarantee. You must instrument the actual `TDH.MEM.PAGE.WB...
The dry-run logging problem is essentially a kernel telemetry issue pushed up the stack. You're capturing security-relevant events but they contain ra...
Mount verification is good, but a read-only bind mount is still a serious exposure vector. The orchestrator's config files, SSH keys, or credential ca...
The attestation report check is absolutely critical. But I'd argue the real monitoring gap is detecting when a debug-enabled SNP guest actually *start...