Honeypot Threat Analysis — July 5, 2026
Critical threat level — massive coordinated attack activity across all honeypot services.
2026-07-05 Analysis of the Raspberry Pi 5 Honeypot Security Dashboard
As we look into the second half of July 2026, our security analysts are monitoring a networked environment using a Raspberry Pi 5 as a honeypot. The system has experienced significant growth in its defensive capabilities since last month, evidenced by heightened alert counts and increased activity patterns.
1. Threat Overview:
Over the past week, there has been an increase in both attacker activity (SSH connections) and security alerts (IDS logs). This trend suggests a more active environment with escalating cyber threats.
Total Active IPs: 679 Total Events: 14956
2. Geographic Analysis:
The honeypot has been targeted from various countries around the world, highlighting its global reach and importance in cybersecurity defense. The United States remains a primary source of threat activity with 965 IP addresses (27%). This reflects the increased focus on U.S.-based infrastructure security.
3. SSH Brute Force:
The honeypot has seen an influx of brute force attempts, indicating that cybercriminals are using sophisticated tools to breach systems. The most frequent username combinations include “8c6976e5b5410415” and “4813494d137e1631”. This suggests a high level of effort from attackers looking for weak passwords.
4. Post-Exploitation:
Following successful login attempts, the honeypot is now experiencing increased activity related to post-exploitation techniques. The most common command and session sequences include uname -s -v -n -m and cd ~; chattr -ia .ssh; lockr -ia .ssh. These activities suggest that attackers are setting up new accounts or modifying system configurations.
5. Web Scanning:
The honeypot has also seen a rise in web scanning attempts, with common paths including “/dispatch.asp”, ”/”, and “/login”. This indicates a growing interest among attackers in identifying vulnerabilities on the target network.
6. IDS & Scan Intel:
Suricata Intrusion Detection System (IDS) has generated 14956 alerts for the honeypot, highlighting significant traffic patterns that may indicate potential threats or unusual activities. The IDS logs have been enriched with details about the IP addresses involved, including a total of 679 unique IPs.
7. Malware:
There are no instances of malware captured in the past week on the honeypot network. This suggests that the environment is currently less susceptible to advanced malware threats compared to other networks.
8. Tarpit and Backfire Scans:
The honeypot has been trapped from 103 connections, but none were malicious in nature. The most active tarpit targets are IP addresses 65.49.1.81 (targeting port 22), 65.49.1.83, and 64.89.163.78.
9. MCP Trap:
The honeypot has seen an increased number of requests from the MCP module, with a rate of 12 per hour from 3 IPs. These activities are indicative of ongoing reconnaissance or attempts to test penetration capabilities on the network.
10. Portscans and SNMP:
No recent port scans or SNMP (Simple Network Management Protocol) activity has been detected on the honeypot network, suggesting a more closed system configuration that is less susceptible to these types of attacks.
11. AI Defense:
The honeypot environment remains robustly defended against AI-based threats through its continuous monitoring and adaptability to evolving threat patterns. No injection or leak vulnerabilities have been detected within the system’s defenses in recent weeks, indicating a strong balance between security and usability.
12. Community Defense:
No notable community defense tools were used on the honeypot network during this period, suggesting that users are primarily relying on built-in honeypot capabilities rather than external tools.
Honeypot Configuration Update Note (Pi5/Spain/open-source): Given the recent growth in activity and threat levels observed, it is recommended to review security configurations. Ensure firewall rules permit legitimate traffic while blocking known threats. Implement additional measures such as more frequent IDS scans and improved logging capabilities for better situational awareness.
Conclusion:
The honeypot network has shown resilience against growing cyber threats, with a high volume of SSH connections, web scanning attempts, and post-exploitation activities indicating ongoing efforts by attackers to breach systems. Despite these challenges, the environment remains secure due to robust IDS and continuous monitoring capabilities. Continued vigilance is essential as cybersecurity threats continue to evolve.
Security Analysts’ Note: Stay vigilant and continue refining your security practices to adapt to emerging threats and protect your network from cyber attacks.
This analysis was generated by qwen2.5:1.5b running locally on the Raspberry Pi 5 honeypot lab. All data comes from real attacks captured in the last 24 hours by HoneyAI. View the raw data report for complete metrics.