Hookprobe
🛡️ Free AI that blocks hackers while you sleep. Runs on cheap hardware. When someone in Tokyo gets attacked, you're protected in 30 seconds. No fees. No experts needed. Just protection. One node's detection → everyone's protection.
Install / Use
/learn @hookprobe/HookprobeREADME
💡 The Vision
"In a world where attackers share everything, defenders must too."
The security industry is broken. Enterprise protection costs $50,000/year. Small businesses get ransomed. Individuals are left defenseless. Meanwhile, the bad guys collaborate in forums and marketplaces while the good guys fight alone.
We're building the resistance.
HookProbe is a decentralized security mesh where every node protects every other node. When a Guardian in Tokyo blocks a zero-day, a Sentinel in São Paulo is protected in seconds. When a Fortress in Berlin identifies ransomware, the entire mesh learns instantly.
⭐ Star this repo if you believe security should be accessible to everyone. Stars help others discover protection.
🚀 Why HookProbe?
| The Problem | Our Answer | |-------------|------------| | 💰 Security costs $50K+/year | $75 hardware, $0 software | | 🔒 Black-box algorithms | Every decision is explainable | | 🏢 Enterprise-only protection | Same AI for everyone | | 🤐 Vendors own your data | Your data never leaves your edge | | 😰 Constant manual work | Set it and forget it | | 😔 Fighting alone | Collective mesh defense |
The HookProbe Promise
Transparency creates trust. Trust enables achievement.
HookProbe is built on a simple belief: security technology should empower people, not create dependency. When you can see exactly how your protection works, audit every line of code, and understand every decision the system makes, you're free to focus on what matters - building, creating, and achieving more.
We reject the security industry's black-box approach. Our code is open. Our algorithms are documented. Our data handling is verifiable. When one HookProbe node anywhere in the world detects a threat, every node learns instantly - without anyone's private data ever leaving their control.
This is security that works for you, not security that works on you.
Why Transparency Matters
| Black-Box Security | HookProbe (Transparent) | |-------------------|-------------------------| | "Trust us, we're protecting you" | Audit the code yourself | | Your data sent to vendor clouds | Your data never leaves your edge | | Opaque threat scoring | See exactly why decisions are made | | Vendor lock-in | Open standards, your choice | | Security creates dependency | Security enables independence | | Complex interfaces hide complexity | Simple interfaces, documented complexity |
The difference: Black boxes ask for trust. Transparency earns it.
How HookProbe Helps You Achieve More
1. Reclaim Your Time
Traditional security demands constant attention - alerts to investigate, logs to review, updates to manage. HookProbe handles this automatically so you can focus on your actual work.
- Automated threat response - No manual investigation needed
- Self-learning baselines - Adapts to your environment
- Collective intelligence - Benefits from global threat detection without effort
2. Protect Without Complexity
Enterprise security typically requires dedicated teams. HookProbe brings the same protection to anyone, regardless of technical background.
# That's it. You're protected.
./install.sh --tier guardian
3. Scale Without Cost
From a single Raspberry Pi to a global mesh of thousands of nodes - same technology, same transparency, scaling to your needs.
| Your Situation | Solution | Investment | |----------------|----------|------------| | Home network | Guardian | $75 hardware, $0 software | | Small business | Fortress | $200 hardware, $0 software | | Growing company | Nexus | $2000 hardware, $0 software |
4. Own Your Security Data
Every security decision, every threat detection, every response action - it's all yours. Export it. Analyze it. Verify it. No vendor has access unless you grant it.
The Collective Defense Mesh
HookProbe's most powerful feature isn't code - it's community.
Node A (Singapore) Detects zero-day attack
│
▼
Mesh Intelligence Validates pattern, creates signature
│
├──────────────────────────────────────┐
▼ ▼
Node B (London) Node C (New York) Node D (Berlin)
Protected in <30s Protected in <30s Protected in <30s
How it works:
- Detection - Any node detects a new threat pattern
- Validation - Mesh consensus confirms it's legitimate
- Distribution - Anonymized signature shared instantly
- Protection - All nodes block the threat
What we never share:
- Your raw traffic data
- Your IP addresses
- Your internal network details
- Any personally identifiable information
What we share:
- Anonymized threat signatures
- Attack patterns (source removed)
- Model weight updates (federated learning)
This is collective defense that respects individual privacy.
The HTP-DSM-NEURO-QSECBIT-NSE Security Stack
HookProbe's core innovation is the integrated security stack that provides end-to-end protection from detection to response to mesh propagation.
┌─────────────────────────────────────────────────────────────────────────────────┐
│ HTP-DSM-NEURO-QSECBIT-NSE SECURITY STACK │
│ "One node's detection → Everyone's protection" │
├─────────────────────────────────────────────────────────────────────────────────┤
│ │
│ ┌─────────────┐ ┌─────────────┐ ┌─────────────┐ ┌─────────────┐ │
│ │ HTP │───▶│ DSM │───▶│ NEURO │───▶│ QSECBIT │ │
│ │ Transport │ │ Consensus │ │ Resonance │ │ Scoring │ │
│ └─────────────┘ └─────────────┘ └─────────────┘ └─────────────┘ │
│ │ │ │ │ │
│ └──────────────────┴──────────────────┴──────────────────┘ │
│ │ │
│ ┌──────▼──────┐ │
│ │ NSE │ │
│ │ Encryption │ │
│ │ (Neural AI) │ │
│ └─────────────┘ │
│ │
│ "Nobody knows the key - the AI communicates via neural synapses" │
│ │
└─────────────────────────────────────────────────────────────────────────────────┘
Stack Components
| Component | Purpose | Innovation | |-----------|---------|------------| | HTP | HookProbe Transport Protocol | Post-quantum Kyber KEM, keyless authentication | | DSM | Decentralized Security Mesh | Byzantine fault-tolerant consensus, 2/3 quorum | | NEURO | Neural Resonance Protocol | Device fingerprinting via weight evolution | | QSECBIT | Quantified Security Metric | Real-time RAG scoring (GREEN/AMBER/RED) | | NSE | Neural Synaptic Encryption | Keys emerge from neural state - nobody knows the password | | NAPSE | Neural Adaptive Packet Synthesis Engine | AI-native IDS/NSM/IPS with L2-L7 deep packet analysis | | AEGIS | Autonomous AI Orchestrator | 8 specialized agents, principle-guided autonomous defense |
The NSE Innovation
Traditional encryption requires sharing secrets. NSE eliminates this:
Traditional: "Do you know the password?"
NSE: "Can your neural state produce the matching key?"
Keys are DERIVED from:
├── Neural weight state (unique per device)
├── Resonance Drift Vector (temporal)
├── Qsecbit score (security context)
└── Collective entropy (mesh participation)
Result: Encryption where nobody knows the key
E2E Security Flow
When an attack is detected, the entire stack activates:
1. DETECTION → NAPSE identifies threat (AI-native, L2-L7)
2. SCORING → Qsecbit RAG status (GREEN/AMBER/RED)
3.
