Executive Summary

This report covers threat intelligence collected by HookProbe's edge IDS deployment during May 2026. All data comes from a production Raspberry Pi 5 running the NAPSE AI-native intrusion detection engine, HYDRA threat intelligence pipeline, and AEGIS autonomous defense system.

HookProbe processed 0 security events this month, classified 0 ML verdicts, tracked 0 unique IP addresses, and analyzed 0 network flows totaling 0 GB of traffic.

0
Security Events
0
ML Verdicts
0
IPs Profiled
0
New IoCs

Threat Event Breakdown

The HYDRA threat intelligence pipeline processed 0 events across three defense layers:

Defense Layer Events Unique IPs % of Total
Rate Limiting (DDoS/Brute-Force) 0 0 0%
Blocklist Enforcement 0 0 0%
ML Score Threshold 0 0 0%

ML Classification Results

The SENTINEL ML ensemble classified 0 IP behaviors this month:

  • Benign: 0 (0%) — normal traffic, no action taken
  • Suspicious: 0 (0%) — elevated monitoring, behavioral tracking
  • Malicious: 0 (0%) — escalated to cognitive throttling or blocking

IP Risk Distribution

HYDRA profiled 0 unique IP addresses with composite risk scores:

  • Critical (0.8+): 0 IPs (0%)
  • High (0.5-0.8): 0 IPs (0%)
  • Medium (0.2-0.5): 0 IPs (0%)
  • Low (<0.2): 0 IPs (0%)

Indicators of Compromise

0 new IoCs were discovered this month (0 active total). All indicators are IP-based, sourced from behavioral analysis by the SENTINEL ML pipeline and correlated with Spamhaus DROP and FireHOL blocklists.

Attack Pattern Intelligence

The SENTINEL pattern mining engine discovered 0 attack patterns and identified 0 coordinated campaigns. The predictive engine generated 0 proactive alerts for preemptive defense.

Network Flow Analysis

NAPSE processed 0 network flows totaling 0 GB of inspected traffic. Autonomous blocking issued 0 throttle/block actions against 0 unique IPs.

Security Posture

The QSecBit security score averaged 0/100 throughout May 2026, maintaining GREEN (Protected) status. The score remained stable, indicating consistent defense posture without degradation events.

Key Takeaways

  • Rate limiting remains the primary defense mechanism, handling 0% of all security events from just 0 aggressive source IPs
  • The ML pipeline correctly identified 0% of traffic as benign — low false positive rate
  • 0 critical-risk IPs were identified and tracked — representing active threat actors
  • All detection and response ran autonomously on a Raspberry Pi 5 with zero manual intervention

About This Report

This threat intelligence is generated from a production HookProbe deployment running on a Raspberry Pi 5 (8GB RAM). The system uses NAPSE (AI-native IDS), HYDRA (threat intelligence pipeline), SENTINEL (ML classification), and AEGIS (autonomous defense) — all open-source under AGPL v3.0.

Data is collected, processed, and published automatically. No data is fabricated or simulated. View the source code on GitHub.