Thursday, February 27, 2025
HomeCyber Security NewsIndonesia Government Data Breach - Hackers Leaked 82 GB of Sensitive...

Indonesia Government Data Breach – Hackers Leaked 82 GB of Sensitive Data Online

Published on

SIEM as a Service

Follow Us on Google News

Hackers have reportedly infiltrated and extracted a vast 82 GB of sensitive data from the Indonesian government’s Regional Financial Management Information System (Sistem Informasi Pengelolaan Keuangan Daerah, or SIPKD).

This system is operated by the Badan Pendapatan, Pengelolaan Keuangan, dan Aset Daerah (BPPKAD), which translates to the Regional Revenue, Finance, and Asset Management Agency of Blora Regency.

GBHackers News learned that the breach was announced on a hacking forum and that has exposed sensitive financial, administrative, and personal data, raising serious security and privacy concerns.

The data stolen spans from 2018 to the present and includes backups totaling an alarming 82 GB in size.

Overview of the Breach

The SIPKD is an integrated, online, real-time platform designed to oversee regional financial administration.

The exposed databases contain extensive information related to the regency’s financial operations, tax collection, and legal frameworks.

The hacker claims to have gained access to active databases along with their backups.

The breached databases contain a robust variety of data, including information on financial transactions, government employees, taxpayers, and more.

Leaked Sample Data (Source: GBHackers News)

Below is a detailed breakdown of the datasets identified in the breach. Here’s the information structured in a table format:

CategoryLeaked Data
User and Access Control DataUsernames, hashed passwords, and email addresses belonging to system users.
Financial and Budgetary DataDetailed records of financial transactions, budget allocations, and expenditures by the regional government.
Taxation DataSensitive information such as taxpayer names, Tax ID numbers, and tax payment records.
Program and Project Management DataComprehensive details of government programs and activities, including budgets and performance.
Administrative and Organizational InformationNames and roles of government employees, as well as data related to administrative structures.
Transactions and ReceiptsLogs of financial transactions, including receipt data and payment recipients.
Legal and Regulatory DataInformation on legal policies and regulations governing financial activities.
Personally Identifiable Information (PII)Names, addresses, contact information, and taxpayer identification numbers (TINs) of individuals and businesses.
Audit and Review DataReports and reviews pertaining to financial programs and activities.
Miscellaneous DataDetails of grants issued to other organizations or entities.

Extent of Sensitive Data Exposed

The breach impacts sensitive personal and financial information, including:

  • Names and roles of government employees.
  • Taxpayer identification numbers and payment details.
  • Budget allocation and expenditure data.
  • Addresses, contact details, and tax records.

This unprecedented access to Blora Regency’s financial system could potentially compromise individuals, businesses, and governmental operations.

The exposed data may allow malicious actors to exploit tax records, impersonate government officials, or manipulate financial transactions.

The breach raises critical questions regarding the security of governmental financial systems and the protection of residents’ private information.

Experts warn that such a large-scale data breach could lead to identity theft, financial fraud, and the disclosure of sensitive governmental activities.

Governments, both local and national, will likely face increasing pressure to strengthen their cybersecurity infrastructure and ensure compliance with data protection regulations.

As of now, it is unclear whether the Blora Regency government is aware of the breach or has taken steps to mitigate its impact.

Law enforcement authorities may need to intervene to assess the full extent of the damage and ensure affected individuals and institutions are protected.

The incident serves as a stark reminder of the escalating importance of cybersecurity in safeguarding public systems and highlights the critical need for rigorous digital protections in an increasingly interconnected world.

2024 MITRE ATT&CK Evaluation Results for SMEs & MSPs -> Download Free Guide

Balaji
Balaji
BALAJI is an Ex-Security Researcher (Threat Research Labs) at Comodo Cybersecurity. Editor-in-Chief & Co-Founder - Cyber Security News & GBHackers On Security.

Latest articles

Lotus Blossom Hacker Group Uses Dropbox, Twitter, and Zimbra for C2 Communications

The Lotus Blossom hacker group, also known as Spring Dragon, Billbug, or Thrip, has...

Squidoor: Multi-Vector Malware Exploiting Outlook API, DNS & ICMP Tunneling for C2

A newly identified malware, dubbed "Squidoor," has emerged as a sophisticated threat targeting government,...

Unpatched Vulnerabilities Attract Cybercriminals as EDR Visibility Remains Limited

Cyber adversaries have evolved into highly organized and professional entities, mirroring the operational efficiency...

Threat Actors Attack Job Seekers of Fortune 500 Companies to Steal Personal Details

In Q3 2024, Cofense Intelligence uncovered a targeted spear-phishing campaign aimed at employees working...

Supply Chain Attack Prevention

Free Webinar - Supply Chain Attack Prevention

Recent attacks like Polyfill[.]io show how compromised third-party components become backdoors for hackers. PCI DSS 4.0’s Requirement 6.4.3 mandates stricter browser script controls, while Requirement 12.8 focuses on securing third-party providers.

Join Vivekanand Gopalan (VP of Products – Indusface) and Phani Deepak Akella (VP of Marketing – Indusface) as they break down these compliance requirements and share strategies to protect your applications from supply chain attacks.

Discussion points

Meeting PCI DSS 4.0 mandates.
Blocking malicious components and unauthorized JavaScript execution.
PIdentifying attack surfaces from third-party dependencies.
Preventing man-in-the-browser attacks with proactive monitoring.

More like this

Lotus Blossom Hacker Group Uses Dropbox, Twitter, and Zimbra for C2 Communications

The Lotus Blossom hacker group, also known as Spring Dragon, Billbug, or Thrip, has...

Squidoor: Multi-Vector Malware Exploiting Outlook API, DNS & ICMP Tunneling for C2

A newly identified malware, dubbed "Squidoor," has emerged as a sophisticated threat targeting government,...

Unpatched Vulnerabilities Attract Cybercriminals as EDR Visibility Remains Limited

Cyber adversaries have evolved into highly organized and professional entities, mirroring the operational efficiency...