See the kernel
beneath the surface.
Upload a Linux kernel. Get a map of its internals, an executive report, and the evidence to act on it.
Bring the kernel.
We'll bring the context.
Point us at source or a boot image. Our analysis pipeline normalizes the input, reconstructs the build context, and turns low-level artifacts into a readable system model.
Analysis that speaks to both sides of the room.
Deep enough for the engineer. Clear enough for the decision-maker. Every claim stays linked to the kernel artifacts behind it.
See what comes out ↗Ingest & identify
Detect format, architecture, version, config, symbols, and build metadata.
Map the system
Trace subsystems, entry points, call paths, interfaces, and exposed surfaces.
Explain the signal
Prioritize findings and package the evidence into an executive-ready brief.
A clear read on a
complex system.
Go from “what is this?” to “what matters?” without losing the trail back to the source.
Kernel is healthy, with
3 paths worth attention.
Analysis completed in 03:48. Review candidates cluster around network namespaces, eBPF helpers, and an out-of-tree storage driver.
412 syscalls · 38 subsystems · 6,421 exported symbols
3 high-confidence paths · 11 review candidates
Linux 6.6.21 · ARM64 · PREEMPT_DYNAMIC