Detect threats by what they are not where they’re from.
Gen0Sec fingerprints every packet at wire speed and drops malicious traffic at the kernel — before it reaches your stack. No proxy, no MITM, no TLS termination.
Shazam fingerprints audio to identify any song — without understanding the lyrics. Gen0Sec fingerprints network traffic to identify any threat — without decrypting the packets.
Shazam
InputAudio signal
MethodFingerprints audio
IdentifiesAny song
WithoutUnderstanding lyrics
=
Gen0Sec
InputNetwork traffic
MethodFingerprints packets (JA4+)
IdentifiesAny threat / malicious tool
WithoutDecrypting the packets
Both systems rely on structural fingerprinting rather than content inspection. Shazam matches spectral signatures, Gen0Sec matches JA4+ protocol signatures. Neither needs to read the payload to know exactly what it’s looking at. The fingerprint is enough.
/ the platform
Four products. One nervous system.
Detect, classify, correlate, automate — software, hardware, cloud, and playbooks under one roof. No glue code, no second console.
Agent
Synapse
Lightweight kernel-native agent. XDP packet filter, JA4+ fingerprinting, and Thalamus IDS in one binary — drop it on any Linux box.
From detection to response, automatically. Build visual playbooks that triage, enrich, and act — so your team approves outcomes instead of chasing alerts.
Every deployment ships standalone, and all four interoperate when you combine them.
/ architecture
How it all connects
From inbound traffic to cross-site correlation — every layer feeds Cerebellum, which hot-loads rules back to the fleet in milliseconds.
🌐
Internet
Inbound traffic
↓
Cerebrum sensor
Inline hardware
800 Gb/s30 portsIDS/IPSJA4+
↓
Your servers
Synapse · Agent or proxy mode
XDPWAFThreat inteleBPF/TC
↓
🌎 Web
🔌 API
🗃 DB
✅ Protected
Cerebellum
Rust · PostgreSQL · TimescaleDB
Cross-siteETAML
↔ Connected to every sensor and server
/ the sensor · edge
One sensor. Every site.
Cerebrum Edge is a compact 1U ARM appliance you drop into every branch, factory, or PoP. Dual NXP LX2160A SoCs, 30 CPU-direct ports, on-device ML — no switching ASIC in the data path.
/ the sensor · max
Inline silicon, kernel-bypass speed.
Cerebrum Max is a 2U MGX appliance for the datacenter edge. Nvidia Grace C1 paired with the BlueField-3 DPU — up to 400 Gb/s wire-speed inspection per port, hardware-accelerated TLS / IPsec / RegEx, and three PCIe Gen5 ×16 expansion slots.
/ measured in microseconds
Built different. From the kernel up.
Every component — from XDP packet filtering to on-device ML — is purpose-built for inline security at scale.
< 1µs
XDP packet filtering — decisions made before the kernel stack
800 Gb/s
Wire-speed throughput on Cerebrum dual-processor sensor
JA4+
Full fingerprint suite — TLS, TCP, HTTP, SSH, DHCP
On-device ML inference on ARM (Cerebrum) — no cloud dependency
0%
Encrypted traffic classification without breaking TLS
30 Ports
All CPU-direct — no switching ASIC in the data path
Inline
Detect and block in the same path — no MITM, no proxy
We built Gen0Sec because every network security product we evaluated either decrypted traffic (privacy disaster), ran out of band (too slow), or required us to rewrite our apps (too invasive). Active NDR — fingerprint, classify, drop, all in kernel — is the only thing that actually scales.
The Gen0Sec team
Why we’re building this · 2026
Start protecting your network in microseconds.
No credit card. 45-day trial. Real eBPF/XDP, real JA4+, real inline drop — not a marketing dashboard.
