Stop AI attacks before they execute

Bomfather embeds zero-trust defense inside the Linux kernel to block exploits in real time.

Why Bomfather Beats Traditional Runtime Security

Bomfather stops threats at the kernel—before they ever reach your files, models, or GPUs.

Kills Attacks Before They Execute

Kernel-level hooks deny authorized code the instant it requests access—no matter where it runs.
Immutable, Signed Audit Logs

Every event is cryptographically stamped—ideal for compliance and incident forensics in cloud, on-prem, or edge deployments.
Drop-In Deployment

No kernel rebuilds, no application changes. Install, protected.

Bomfather offers unique capabilities to secure your AI systems through kernel-level monitoring, Runtime-AIBOM creation, and active protection.

Continuous monitoring at the kernel level using eBPF, ensuring complete visibility of all AI system activities at runtime.

Generates Runtime AI Bills of Materials with Merkle tree hashing for tamper-evident records while protecting sensitive data and model parameters.

Block malicious accesses in real-time with a trust-based model where users define trusted files and all other accesses are automatically prevented.

Track CUDA activities, data transfers between CPU and GPU memory, execution patterns, and unusual resource allocation that could indicate tampering.

Optimized eBPF-based implementation with only 2-3% performance impact, ensuring AI workflows remain efficient while being secured.

Bomfather operates at the kernel level, so existing AI workflows don't need to be modified to gain runtime security benefits.