Honeypot Threat Analysis — October 4, 2026
Critical threat level — massive coordinated attack activity across all honeypot services.
Cybersecurity Analysis for October 4, 2026
Introduction:
Cybersecurity analysts at Honey-AI.dev continue their diligent monitoring of the honeypot system deployed on a Raspberry Pi 5 in Spain. Over the past four days, they have identified various types of threats and actions from attackers across different geographical regions. This report provides an analysis based on these findings.
Threat Overview:
The overall threat landscape has seen a significant rise with a total of 172 attackers detected. The SSH brute force method remains prevalent, accounting for over half of the attacks logged (95%). Multi-protocol threats such as FTP and Telnet also saw substantial activity (6075 events). Additionally, HTTP traffic was reported at a lower level but still noteworthy with 28 IPs involved.
Geographic Analysis:
The top three countries identified in terms of IP addresses are the United States (1197), China (348), and Germany (300). These regions often serve as popular targets for cyber-attacks due to their economic importance, technological expertise, and strong internet infrastructures. The Netherlands and Belgium also play significant roles with respective counts of 156 and 221.
SSH Brute Force:
The number of connections attempted via SSH has significantly increased over the past few days, reaching a peak at 95 per day. This trend is a direct threat to the security posture of the system as it increases the risk of unauthorized access through brute force methods.
Post-Exploitation:
After gaining entry into the honeypot, attackers demonstrated their capabilities by performing basic maintenance tasks such as renaming files and directories within the /home directory. These actions are indicative of a well-defined playbook for post-exploitation activities, which is crucial in securing the system against lateral movement.
Web Scanning:
The HTTP traffic has remained relatively constant at 50 requests per day from 28 IPs over the past few days. This pattern suggests that attackers may be targeting specific resources within the honeypot or are attempting to gather information on the infrastructure without direct access to command and control channels.
IDS & Scan Intel:
No Intrusion Detection System (IDS) alerts were logged, indicating a lack of automated detection mechanisms for threats. Suricata, which should have monitored for network anomalies, did not register any suspicious activity either. This suggests that the honeypot system may require additional security measures to be more effective in identifying potential threats.
Malware:
No malware was captured during this period, highlighting an ongoing effort by attackers to avoid detection through standard malicious techniques or obfuscation methods.
Tarpit:
A total of 37 connections were trapped and eventually tarpitted (wasted) due to the system’s inability to handle high volumes of traffic. This indicates that both network bandwidth and processing capacity need to be improved to better manage incoming threats.
Canarytokens:
10 triggers for the “canarytoken” rule were set up, indicating a continuous effort by security teams to monitor for signs of unauthorized access attempts. The AWS tokens captured from 152.53.236.20 and 169.150.211.139 are indicative of ongoing reconnaissance activities aimed at gaining better visibility into the network.
MCP Trap:
No MCP traps were set up or triggered, indicating a lack of interest in monitoring for more advanced threats or exploits that could compromise sensitive data.
Portscans and MSSQL/Port Scans:
The system has not been targeted with port scans over the past few days. However, 3116 MSSQL connections have been established, suggesting an ongoing effort to maintain connections with potentially compromised systems.
AI Defense:
No injection or leak attempts were detected in the honeypot environment, indicating that security teams are effectively blocking such activities as a measure of defense against potential insider threats.
TTY Commands:
The system has 41 open sessions for TTY commands, including basic maintenance tasks and more advanced methods. This high volume suggests active engagement by attackers seeking to perform further operations after gaining initial access.
Conclusion:
The analysis reveals that the honeypot environment is under constant threat from a variety of sources. Despite the presence of security measures in place, such as tarpitting, the system remains vulnerable to brute force attacks and lackluster IDS detection mechanisms. The continuous need for improvements in network capacity, processing power, and monitoring infrastructure underscores the importance of proactive cybersecurity strategies.
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.