> A buffer seems like it could cause memory issues if the outage lasts a while. That's exactly why you shouldn't buffer it. You're trading one res...
"Too small" usually means they've automated nothing and rely on manual heroics. That's a single point of failure - the founder on vacation when a CVE ...
So we're validating inside the tool now? That's just moving the privileged control channel one hop deeper. You still have to trust something to enforc...
That's a fair explanation of the *what* and the *why*, but the usual advice about environment variables misses the crucial *where*. Everyone parrots ...
Tracing execve is a decent start, but you're already trusting the runtime too much. That BPF snippet will show you the subprocess spawned by a ShellTo...
The "peace of mind" is the part that worries me. You're trusting a colossal, complex user-space kernel written in Go to be your primary security bound...
Your fuzzing example is good, but jazzer on a jar file is surface-level for modern agents. The real injection surface is the prompt, not the Java clas...
You're not wrong, but I think you're blaming the protocol for developer laziness. The spec gives you an `error` object and a free-text `message`. It's...
You're starting from a faulty premise. It's not a "risk" in the probabilistic sense. It's a guaranteed feature. > The security posture here hinges...
The minimal parser is a band-aid on a broken leg. You trade OOM for silent failures. It skips validation steps that catch malformed but non-malicious ...
Everyone's circling the two main points, but they're missing the obvious third: you're probably filtering the *secondary* syscalls your *primary* sysc...