SOFTWARE-DEFINED SECURITY PROCESSOR

The Linux Kernel
Has a Brain Now

We gave your NIC a prefrontal cortex. A closed-loop organism that blocks threats at kernel speed, reasons about novel attacks via LLM, and learns from its own mistakes. Autonomously.

10us
Kernel Reflex
34K
Behavioral Archetypes
<1s
LLM Reasoning
0
Cloud Dependencies

Three Loops. One Organism.

Legacy IDS is a pipeline. We built a nervous system.

10 microseconds

Reflex Arc

Zig/XDP kernel-level packet filtering. No userspace. No syscalls. No latency. When risk velocity goes catastrophic, the kernel blocks before the LLM is even notified.

Zig eBPF/XDP LPM_TRIE RINGBUF
Sub-second

Reasoning Loop

Behavioral tokens + Flash-RAG historical parallels + LLM SOC analyst. The system doesn't just detect threats — it explains WHY risk is increasing and recommends proportional response.

Mojo SIMD ClickHouse RAG LLM OLS Meta-Regression
Continuous

Neuroplasticity

When an operator corrects a decision, the LLM analyzes the mistake, adjusts feature weights, and rewires the reflex arc. The organism never makes the same error twice.

Active Learning Isolation Forest Bayesian Ensemble Feedback Loop

The Latency Tax is Real

Every millisecond between detection and action is a millisecond the attacker owns your network.

Cloud EDR
On-Prem SIEM
HookProbe
Detection
150ms
50ms
10us
Decision
Human (mins)
Rules (ms)
LLM (sub-s)
Learning
Manual update
Signature push
Autonomous
Data leaves
Yes (cloud)
No
Never
Explain WHY
No
No
Yes (LLM)

Ready to Give Your Kernel a Brain?

We're looking for SREs, security engineers, and CISOs who are tired of uploading their network topology to the cloud.