Honeypot Threat Analysis — September 3, 2026
Critical threat level — massive coordinated attack activity across all honeypot services.
Cybersecurity Threat Analysis: September 3, 2026
Overview:
On the evening of September 3, 2026, at approximately 19:48 UTC, a cybersecurity analyst from Honey-ai.dev encountered a noteworthy pattern in their honeypot system. The system was running on Raspberry Pi 5, and it logged various threat activities over a span of 24 hours.
Threat Overview:
Total attackers: 162
- Critical Severity Alerts: 19523 alerts out of 588 IPs
Geographic Analysis:
The honeypot detected the following top geographic locations in terms of reported abuse IP addresses:
- United States (340)
- United Kingdom (77)
- China (60)
- Belgium (47)
- Germany (40)
- Netherlands (38)
- Pakistan (35)
- Russia Federation (25)
- France (22)
SSH Brute Force and Post-Exploitation:
The system recorded 917 connections over 214 attempts, with a high number of commands executed. The most common command was the uname utility, which is used to display details about the operating system.
Web Scanning:
An extensive web scanning activity occurred on September 3rd, 2026. Specific HTTP paths included “/login”, “/favicon.ico”, and “/SDK/webLanguage”. This indicates that there may have been attempts at exploiting vulnerabilities in a web application or service.
IDS & Scan Intel:
Total alerts: 19523
- The system is continuously monitoring for potential threats, which results in 19,523 alerts from 588 IPs. These alerts are categorized as critical, indicating a high level of risk.
Malware:
There were no instances of malware being detected on the system during this timeframe. This suggests that despite the presence of various security measures and monitoring tools, the honeypot was able to withstand attempts without any malicious activity.
Tarpit and Backfire Scans:
Tarpitted connections: 101
- The system successfully tarpitized 101 connections from 36 IP addresses.
- There were no reports of backfire scans or open ports on the system during this period, indicating that it was effectively monitored.
MCP Trap and Portscans:
There was a single incident where 2 requests were made through the SCP/MCP protocol. No open ports were found in the network scan results.
AI Defense:
- Injection Block: No injections were blocked by the AI defense system.
- Leak Block: Eight leaks were successfully blocked, suggesting that the honeypot was able to detect and prevent data exfiltration attempts.
Community Defense:
The honeypot did not observe any suspicious community or social engineering activities during this time period.
Threat Overview:
On September 3rd, 2026, Honey-ai.dev’s Raspberry Pi 5 honeypot system recorded significant activity across various threat vectors. The system detected 19,523 alerts from 588 IPs, indicating a high level of monitoring and detection capabilities.
Geographic Analysis:
The honeypot identified the following top geographic locations with reported abuse IP addresses:
- United States (340)
- United Kingdom (77)
- China (60)
- Belgium (47)
- Germany (40)
- Netherlands (38)
- Pakistan (35)
- Russia Federation (25)
- France (22)
SSH Brute Force and Post-Exploitation:
The system logged 917 connections with 703 commands executed over 214 attempts. The most common command was uname -s -v -n -r -m, indicating the need for operational system details.
Web Scanning:
An extensive web scanning activity took place on September 3rd, 2026. Specific HTTP paths included “/login”, “/favicon.ico”, and “/SDK/webLanguage”. This suggests that there may have been attempts at exploiting vulnerabilities in a web application or service.
IDS & Scan Intel:
The system was continuously monitoring for potential threats, resulting in 19,523 alerts from 588 IPs. These alerts were categorized as critical, indicating a high level of risk.
Malware:
There were no instances of malware being detected on the system during this timeframe.
Tarpit and Backfire Scans:
A single incident was observed where 101 connections were tarpitized from 36 IP addresses. There were no reports of backfire scans or open ports in the network scan results, suggesting effective monitoring capabilities.
MCP Trap and Portscans:
There was a single incident where 2 requests were made through the SCP/MCP protocol, indicating the presence of such protocols on the system.
AI Defense:
- Injection Block: No injections were blocked by the AI defense system.
- Leak Block: Eight leaks were successfully blocked, suggesting that the honeypot was able to detect and prevent data exfiltration attempts.
Community Defense:
The honeypot did not observe any suspicious community or social engineering activities during this time period.
Conclusion:
Honey-ai.dev’s Raspberry Pi 5 honeypot system remained effective in detecting and monitoring threats despite high traffic levels. The system successfully tarpitized connections, blocked malware and leaks, and identified various security protocols such as SCP/MCP for potential exploitation. While there were no reported malicious activities, the continuous monitoring ensured that the system was well-equipped to detect emerging threats and protect against them effectively.
Note:
This analysis has been conducted based on the provided data points and is intended solely for informational purposes. Actual network security measures may differ significantly from those described in this report due to varying implementation details and operational environments.
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.