Saint Pedro Poveda College

What Happened

On September 3, 2025, cybersecurity firm Brinztech reported that a threat actor on a known cybercrime forum claimed to have leaked an SQL database allegedly stolen from the i-CLAIM asset management system of Saint Pedro Poveda College in Quezon City, Philippines.

The threat actor, using the alias "hhhhhAPLuS," posted a sample of the data on the forum to substantiate the claim. The threat actor did not disclose the total number of records or the timeframe covered.

The incident was also reported by Philippine cybersecurity monitoring group Deep Web Konek (DWK), which noted that the i-CLAIM platform is an inventory and procurement system used for managing equipment, furniture, and institutional property. The leaked data reveals logistical and financial information such as vendor history and procurement timelines.

The incident was further referenced in a SunStar Davao report on September 8, 2025, which cited the Poveda breach alongside attacks on the Department of Health and the Embassy of India in Manila as part of a growing wave of cyberattacks targeting Philippine institutions.

No public confirmation from Saint Pedro Poveda College regarding the alleged breach had been made at the time of reporting.

Data Exposed

The leaked database allegedly contains detailed institutional asset information including:

• Asset IDs and tracking numbers
• Asset names and categories
• Asset status (active, disposed, etc.)
• Physical locations of assets within the campus
• Purchase dates and acquisition details
• Supplier names and information

Why This Breach Is Serious

Unlike most school breaches that expose student or staff personal data, this leak targets institutional asset management data. This creates unique risks:

• Physical security threat — a complete inventory of valuable assets with their exact locations could serve as a "shopping list" for targeted theft
• Vendor fraud risk — supplier information could be used to craft convincing fake invoices or impersonate legitimate vendors
• SQL injection indicator — the nature of the leak (an SQL database dump) strongly suggests a critical vulnerability such as SQL injection in the i-CLAIM web application

How This Attack Likely Works

The extraction of a complete SQL database typically occurs through one of these vectors:

• SQL injection — inserting malicious database queries through input fields in the i-CLAIM web application to dump the entire database
• Exposed database port — the database server (MySQL, PostgreSQL, etc.) may have been directly accessible from the internet without proper firewall rules
• Compromised credentials — the attacker may have obtained database login credentials through phishing, credential stuffing, or finding them in exposed configuration files

How to Prevent This

1. 1.Use parameterized queries / prepared statements — this eliminates SQL injection, the most likely attack vector when data is exfiltrated as an SQL dump
2. 2.Never expose database ports to the internet — databases should only be accessible from the application server, not from public IP addresses
3. 3.Audit web application security — conduct penetration testing on all internal web applications like asset management systems, not just student portals
4. 4.Implement network segmentation — keep internal management systems like asset trackers on isolated network segments inaccessible from the public internet
5. 5.Monitor for data exfiltration — set alerts for unusually large database queries or bulk data exports
6. 6.Secure configuration files — ensure database credentials in application config files are encrypted and not accessible via the web server
7. 7.Verify supplier communications — implement strict verification procedures for all vendor invoices and payment requests to guard against fraud using leaked supplier data