data breachhigh

Analyzing the Elaraby Group 25 GB Data Leak

A database leak involving 25 GB of customer data from Egypt-based consumer electronics giant Elaraby Group has surfaced online. Security teams must prioritize credential validation and session audits to defend against identity-driven access threats in the region.

Published: June 23, 2026Source date: June 21, 2026Check your domain

Analyzing the Elaraby Group 25 GB Data Leak

Key Takeaways

The alleged leak consists of 25 GB of data including customer records, physical shipping addresses, and transaction sales logs.
Enterprise credentials harvested via infostealers (such as Lumma, RedLine, and StealC) represent a critical initial access vector for database exfiltration.
Downstream risks include localized phishing, brand impersonation, and password stuffing attacks against both customers and enterprise employees.
Defenders must implement immediate session revocation, strict multi-factor authentication, and continuous attack surface audits.

Original source screenshot for Analyzing the Elaraby Group 25 GB Data Leak

Elaraby Group Breach & Historical Exposure Metrics

Leaked Database Volume

0 GB

Historically Compromised Credentials

Compromised Employee Accounts

Historical EDR Coverage Gap

Elaraby Group Security Event Timeline

May 2024exploit
LockBit 3.0 Ransomware Attack
Elaraby Group targeted and listed on LockBit Black's ransomware leak site.
June 21, 2026disclosure
Data Leak Disclosed on pwnforums.st
Threat actor leaks 25 GB database of consumer records and transaction logs.
June 22, 2026discovery
Threat Alerts Triggered
Global intelligence networks trace precursor credential thefts to commodity infostealer logs.

Identity-Driven Attack Chain Reconstruction

1Initial Accessmedium
Phishing/malvertising delivers Lumma, RedLine, or StealC infostealers
medium
2Credential Harvestinghigh
Local browser cookies and active corporate session tokens exfiltrated
high
3SSO / ADFS Exploitationcritical
Attackers use valid cookies and weak passwords to bypass legacy MFA
critical
4Database Exfiltrationhigh
Attackers query backend transactional tables (Magento) and extract 25 GB
high
5Public Leakmedium
Archive leaked publicly on pwnforums.st cybercrime forum
medium

MITRE ATT&CK Target Mapping

Initial Access

T1566

Phishing

T1078

Valid Accounts

Execution

T1204

User Execution

Credential Access

T1539

Steal Web Session Cookie

T1555

Credentials from Password Stores

Exfiltration

T1048

Exfiltration Over Alternative Protocol

Immediate Containment & Remediation Checklist

Progress0 / 4 (0%)

Enforce Global Session Revocation
Revoke all corporate web cookies and active sessions globally to invalidate harvested tokens.
Audit Active Directory & SSO Portals
Scan access logs for anomalous concurrent geography logins or unusual SSO patterns.
Deploy Endpoint Protection (EDR)
Ensure EDR coverage is validated at 100% of hosts to plug the historic 43% gap.
Rotate Weak and Compromised Passwords
Perform global reset of corporate directory passwords, strictly enforcing MFA.

How to Defend Against Similar Threats

Enforce global corporate-wide session token revocation to invalidate cookies harvested by infostealer malware.
Audit Active Directory and single sign-on portals for anomalous login patterns and geographical discrepancies.
Ensure EDR agents are deployed across all endpoints to detect and eliminate commodity infostealer threats.
Scan your domain using defensive dark web search tools to identify and rotate exposed corporate credentials.

Threat Intel FAQ

What types of data were allegedly exposed in the Elaraby Group leak?

The threat actor claims to have leaked approximately 25 GB of structured data from the Elaraby Group database. According to the forum publication, the exposed dataset includes customer records, physical shipping addresses, and transaction sales logs associated with elarabygroup.com.

How do threat actors typically obtain credentials to target enterprise databases?

Threat actors heavily utilize commodity infostealer malware like Lumma, RedLine, and StealC to extract browser-cached passwords and active session cookies. These credentials allow attackers to bypass multi-factor authentication and authenticate directly to enterprise single sign-on (SSO) portals, giving them lateral access to backend databases.

Could a similar threat affect your organization?

If your team may be exposed to a similar threat, FemtoSec can help validate blast radius, prioritize remediation, and connect the issue to a practical security program.