his is an incredibly high-value architectural deep dive. Bridging the semantic gap via hardware-level EPT traps is the ultimate way to monitor agent-hostile legacy environments without breaking change freezes.
Your breakdown of walking the task_struct to expose DKOM rootkits that completely blind in-guest /proc enumeration is a brilliant illustration of VMI's true superpower.
If I can offer a constructive critique for your upcoming lab validation: keep a close eye on the performance overhead of the Python telemetry bridge under heavy context-switching workloads. Relying on a sequential Python queue reader for massive DRAKVUF syscall JSON outputs might form a localized memory bottleneck or cause event drops during high-concurrency bursts. Moving to a multi-threaded Rust/Go ingest handler or buffering via local Unix sockets might be a safer long-term choice for enterprise-scale volumes.
Can't wait to see the actual performance benchmarks and attack simulations in the follow-up post! Outstanding work.