Hackers Claim to Breach Israeli Defense Force Medical Data

Hackers Claim to Breach Israeli Defense Force Medical Data

December 5, 2023 at 01:55PM

A hacker group, Malek Team, claimed to have stolen 500GB of data from Israel’s Ziv Medical Center, affecting 100,000 IDF records. Confirmed by the center on Nov. 27, the breach includes patients’ details and medical information. Prior, the group targeted Ono Academic College. Cyberattacks on Israeli medical facilities are rising.

Here are the key takeaways from the meeting notes:

1. **Data Breach at Ziv Medical Center**: A hacker group has claimed responsibility for stealing approximately 500GB of data from the Ziv Medical Center in Safed, Israel.

2. **Sensitive Information Compromised**: The stolen data purportedly includes 100,000 records related to the Israeli Defense Force (IDF) and 700,000 medical documents. This encompasses patients’ personal details, medical histories, disease information, and prescribed medications.

3. **Public Acknowledgment and Investigation**: The Ziv Medical Center has acknowledged the cyber incident with a public statement on November 27, confirming an ongoing investigation into the breach.

4. **Malek Team’s Claims**: The Malek Team, a known cyber-threat group, has taken credit for the attack in a Telegram post dated December 2. They have previously targeted Ono Academic College.

5. **Evidence Provided**: The hacker group provided screenshots as evidence of the stolen data. However, it remains unclear whether they intend to sell the data or have made it available for public download.

6. **Previous Attacks on Israeli Institutions**: There has been a noted increase in cyber attacks on the Israeli medical sector. An example includes the attack on Mayanei Hayeshua Medical Center in September by the Ragnar Locker gang, who stole 1TB of data, including personal information and internal communications.

7. **Security Advisory**: Organizations, particularly those in the Israeli medical sector, should remain vigilant and enhance cybersecurity measures due to a pattern of increased targeting by cybercriminal groups.

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