π Comprehensive Technical Report - In-depth analysis of the 2023 BDRIS data breach affecting 50+ million Bangladeshi citizens
- π― Overview
- π Key Findings
- π Report Contents
- π¬ Technical Analysis
- π‘ Recommendations
- π References
- π¨βπ» Author
- βοΈ Legal Disclaimer
This repository contains a comprehensive cybersecurity analysis of the 2023 Bangladesh Government Data Breach, specifically focusing on the Birth and Death Registration Information System (BDRIS) incident that exposed personal information of over 50 million Bangladeshi citizens.
- π Discovery Date: June 27, 2023 (by Viktor Markopoulos)
- π° Public Disclosure: July 7, 2023 (TechCrunch)
- ποΈ Affected System: BDRIS (bdris.gov.bd)
- π₯ Impact: 50+ million citizens
- π Root Cause: Insecure Direct Object Reference (IDOR) vulnerability
This analysis serves as an educational resource for:
- π Cybersecurity professionals
- ποΈ Government policymakers
- π Academic researchers
- π‘οΈ Security awareness initiatives
Vulnerability | OWASP Category | Risk Level |
---|---|---|
π΄ IDOR (Insecure Direct Object Reference) | A01:2021 - Broken Access Control | π¨ CRITICAL |
π΄ Unencrypted Data Storage | A02:2021 - Cryptographic Failures | π¨ CRITICAL |
π΄ Missing Authentication | A07:2021 - Identification Failures | π΄ HIGH |
π΄ No Rate Limiting | A04:2021 - Insecure Design | π΄ HIGH |
π΄ Absent Monitoring | A09:2021 - Security Logging Failures | π‘ MEDIUM |
- π Personal Information: Names, National ID numbers
- π Address Data: Home addresses, regional details
- π Contact Details: Phone numbers
- π₯ Vital Records: Birth/death certificates
- π Linked Systems: Voter registration, passport data
June 27, 2023 π Vulnerability discovered by Viktor Markopoulos
July 7, 2023 π° TechCrunch publishes breach report
July 10, 2023 π¨ Government disables public API access
October 2023 π± Data surfaces on Telegram channels
November 2023 π Draft Data Protection Act introduced
π Bangladesh_data_breach_2023.pdf (8 pages)
The comprehensive report includes:
- π Executive Summary - High-level incident overview
- π Technical Analysis - Deep-dive into vulnerabilities
- βοΈ Attack Vector Analysis - How the breach occurred
- π΅οΈ Forensic Analysis - Post-incident investigation
- π― Threat Modeling - STRIDE framework application
- π Risk Assessment - NIST SP 800-30 methodology
- ποΈ Government Response - Official actions and statements
- π§ Recommendations - Strategic mitigation measures
π BDRIS API Endpoint: /api/register/[ID]
βββ π No Authentication Required
βββ π’ Sequential ID Enumeration
βββ π Bulk Data Extraction
βββ πΎ 50M+ Records Accessed
The report applies multiple cybersecurity frameworks:
- π CIA Triad: Confidentiality, Integrity, Availability assessment
- π― STRIDE: Microsoft threat modeling methodology
- π NIST Framework: Risk assessment and mitigation
- π OWASP Top 10: Web application vulnerability classification
- π ISO 27001: Information security management standards
Methodology: NIST SP 800-30
- Likelihood: High (5/5) - Publicly accessible APIs
- Impact: High (5/5) - 50M+ citizens affected
- Overall Risk: π¨ CRITICAL
- π Implement AES-256 encryption for data at rest
- π Deploy OAuth 2.0 authentication for APIs
- π‘οΈ Add Web Application Firewall (WAF)
- π Conduct penetration testing
- π Deploy SIEM system (like Splunk)
- π₯ Train 10,000+ staff on cybersecurity
- π Implement multi-factor authentication
- π Establish incident response protocols
- π Enact GDPR-aligned legislation
- π’ Create independent data protection authority
- π° Invest $50M in cybersecurity R&D
- π Build national cybersecurity framework
- TechCrunch: Bangladesh government website leaks citizens personal data
- Dark Reading: Bangladesh Government Website Leaks Personal Data
- CIRT Bangladesh: Press Release July 2023 Alert
- Nikkei Asia: Huge Bangladesh government data leak
- ResearchGate: Data Breach Crisis Assessment
- The Business Standard: Official government response
- The Daily Star: Cybersecurity analysis commentary
Mongwoiching Marma
Cybersecurity Analyst | Vulnerability Researcher
- π§ Email: [email protected]
- π GitHub: @ZeroHack01
- π¬ Specialization: Threat modeling, secure system design, incident analysis
- π Report Date: December 12, 2023
- π‘οΈ Vulnerability assessment and penetration testing
- π Incident response and forensic analysis
- π Risk assessment and threat modeling
- ποΈ Government cybersecurity policy research
π Educational Purpose Only
βββ β
Based on publicly disclosed information
βββ β
No personal data collection or storage
βββ β
Constructive security improvement focus
βββ β
Compliance with research ethics
π‘οΈ Responsible Disclosure
βββ β
No active exploitation attempts
βββ β
Supporting national cybersecurity
βββ β
Protecting citizen privacy
βββ β
Building digital resilience
This research is conducted for educational and cybersecurity awareness purposes only. The analysis is based on publicly available information and aims to contribute to improved security practices. Users are responsible for ensuring compliance with applicable laws and regulations.