Fab's Security Ecosystem — Complete Map
#
Project
Role
Tech
Status
1
SecBeat/edge99
Edge ingress (WAF, DDoS, TLS, HTTP/3)
Rust, eBPF, K3s
Production (5 POP)
2
llmproxy
LLM security gateway
Python, FastAPI
v1.10.1 (870 tests)
3
secure-proxy-manager
Network egress filter
Squid, Python
Production
4
CyberAPI
Threat intelligence SaaS
FastAPI, Redis
Production (revenue)
5
Wildbox
SOC/SIEM command center
Next.js, FastAPI, 10 services
v0.5.5
6
TLS fingerprinter
JA3/JA4 bot detection
—
Library
7
ASN API
Network intelligence
—
Library
8
HPWM
Offensive security research (WAF/CAPTCHA bypass)
Python (PyTorch), Rust (WASM)
HackerOne disclosed
INTERNET
│
┌─────────────▼──────────────┐
│ L1: SecBeat (Rust) │ EDGE INGRESS
│ WAF · eBPF · JA3 · HTTP/3 │
└─────────────┬──────────────┘
│
┌─────────────▼──────────────┐
│ L3: llmproxy (Python) │ LLM APPLICATION
│ Injection · PII · Cost │
└─────────────┬──────────────┘
│ outbound via ↓
┌─────────────▼──────────────┐
│ L2: Squid (Egress) │ NETWORK EGRESS
│ Whitelist · IP block │
└─────────────┬──────────────┘
│
┌─────────────▼──────────────┐
│ LLM Providers │
└─────────────────────────────┘
┌──────────────────────────────────────┐
│ CONTROL PLANE │
│ │
│ CyberAPI ← Threat Intel (SaaS) │
│ Wildbox ← SOC/SIEM (57 tools, │
│ SOAR, CSPM, Data Lake) │
│ │
│ Wildbox orchestrates all layers │
│ via SOAR playbooks + n8n workflows │
└──────────────────────────────────────┘
Integration Points (All APIs Exist)
From → To
API
Data
CyberAPI → llmproxy
/api/v1/check/ipv4
IP risk score for auth gate
CyberAPI → SecBeat
/api/v1/check/domain
Domain blocklist enrichment
CyberAPI → Squid
/api/v1/check/domain
Egress domain validation
llmproxy → SecBeat
/_cluster/blacklist
Ban IP at eBPF level
llmproxy → Squid
/api/ip-blacklist
Block exfil destination
SecBeat → CyberAPI
Webhook
WAF events for TI enrichment
Wildbox → All
SOAR playbooks
Orchestrated incident response
Wildbox → llmproxy
LLM agent routing
Threat analysis via secured LLM
Wildbox → CyberAPI
Data Lake source
50+ feeds + CyberAPI intel
Capability
Our Stack
Competitors
eBPF kernel DDoS filtering
✅ SecBeat
❌
166 OWASP WAF rules (Rust)
✅ SecBeat
Partial (Cloudflare)
LLM-specific injection detection
✅ llmproxy
❌
Cross-session threat intelligence
✅ llmproxy
❌
Network egress whitelist
✅ Squid
❌
Supply chain .pth detection
✅ llmproxy
❌
Threat intel API (SaaS)
✅ CyberAPI
Competitors ($$$)
57 unified security tools
✅ Wildbox
Partial (Splunk $$$)
SOAR with YAML playbooks
✅ Wildbox
Partial (Demisto $$$)
Multi-cloud CSPM 120+ controls
✅ Wildbox
Competitors ($$$)
Full self-hosted, MIT licensed
✅ All
❌
All integrated, one operator
✅
❌
Offense ↔ Defense Feedback Loop
HPWM (offensive research) directly informs defensive improvements:
HPWM Finding
Defensive Response
JA3 fingerprints are spoofable (6 TLS profiles)
SecBeat: multi-signal detection (JA3 + JA4 + HTTP/2 frames)
CDP isTrusted=true defeats behavioral heuristics
llmproxy: don't rely on client-side trust signals
GNN can parse any site topology in <15ms
Wildbox: use same tech for defensive scanning
Biomechanical simulation fools timing analysis
SecBeat: need server-side challenge, not just timing
Continuous learning adapts to WAF updates
All: defense must also auto-adapt (llmproxy ThreatLedger)
This dual perspective (builder + breaker) is what makes the stack credible.
Responsible disclosure via HackerOne (#3619496) demonstrates ethical commitment.
Session Plan: Full Integration
Route Wildbox LLM agents through llmproxy
Add CyberAPI as Wildbox Data Lake source
SOAR playbook: unified threat response across all 5 systems
SecBeat as CDN/WAF in front of Wildbox gateway
Squid as egress filter for Wildbox tools + CSPM
Combined Docker Compose (all services)
E2E attack simulation through full stack