Security
The Largest Data Breaches In The Middle East
According to an IBM report, the cost of cybersecurity incidents in the Middle East reached a new high of $6.93 million per data breach in 2021.
The Middle East aspires to become the global digital hub, and countries like the United Arab Emirates, Saudi Arabia, and Qatar are already leading various global rankings of ICT Indicators, including mobile broadband speeds and social media use frequency. However, the growing digitalization of the MENA region has made it an attractive target for cybercriminal activity.
According to an IBM report, which studied 500 breached organizations from across the world, the cost of cybersecurity incidents in the Middle East reached a new high of $6.93 million per data breach in 2021, significantly exceeding the global average cost of $4.24 million per incident.
To help you see behind cybersecurity statistics and understand the reality of data breaches in the Middle East, we’ve put together this list of some of the largest data breaches that have occurred in the region. These breaches have affected various industries and have together resulted in the compromise of millions of sensitive personal and business records.
2021 – Moorfields Eye Hospital Dubai Attacked By A Ransomware Group

What Happened: The ransomware group AvosLocker attacked Moorfields Eye Hospital Dubai in 2021 and successfully downloaded over 60 GB of data that was stored on its servers, including copies of ID cards, accounting documents, call logs, and internal memos. The attackers then encrypted the original information and demanded a ransom, threatening the hospital to leak it if not paid.
How It Happened: After conducting a detailed investigation of the incident, Moorfields Eye Hospital Dubai determined that the ransomware that encrypted its data was either sent in an email or distributed via a malicious ad.
Implications: As unfortunate as it is, ransomware attacks on hospitals and other healthcare providers are fairly common. Luckily, this particular attack didn’t paralyze any critical systems whose unavailability would endanger patient’s lives. Still, attacks like this one are a significant concern for healthcare organizations, and keeping them at bay must be a top priority.
2020 – UAE Police Data Listed For Sale On A Web Database Marketplace

What Happened: When researching the darkest corners of the internet in 2020, security firm CloudSek discovered that a data set containing the personal information of 25,000 UAE police officers was up for sale on a darknet market for $500, with multiple samples made available for free to attract buyers.
How It Happened: To this day, it’s not known how the data breach happened. It’s possible that someone with legitimate access to the data was contacted by cybercriminals with an offer they failed to resist. Of course, a cybersecurity vulnerability or phishing are another potential causes.
Implications: Any sale of personal information of police officers and other public servants has serious implications for national security, and it can also undermine public trust in law enforcement agencies and their ability to protect personal data against cybercriminals.
2019 – Dubai-Based Exhibition Firm Hacked And Its Clients Targeted

What Happened: In 2019, the email server of Cheers Exhibition, a Dubai-based exhibition firm, was hacked. The attacker then used their privileged access to target Cheers Exhibition’s customers, scamming one of them out of $53,000.
How It Happened: We don’t know which exploit or vulnerability the attacker used to infiltrate the email server, but we know that the attacker created highly convincing spoofed emails with wire transfer instructions and fake invoices. The biggest sign of fraud was the use of the “md@cheersexhlbitions.com” email address instead of “md@cheersexhibitions.com.”
Implications: Phishing attacks like the one that targeted Cheers Exhibition clients are among the most widespread cyber threats in the world, and they continue to be surprisingly effective because people still don’t pay enough attention to signs of phishing. Additionally, phishing scams are becoming more and more sophisticated, increasingly often taking the form of highly targeted spear-phishing scams.
2018 – Personal Data Of Lebanese Citizens Living Abroad Leaked

What Happened: During the months leading up to Lebanon’s general elections in May 2018, the personal data of Lebanese citizens living abroad was leaked by Lebanese embassies. The leaked information included the full name of each voter, their dates of birth, addresses, religion, marital status, and more.
How It Happened: This unfortunate data breach happened because embassy officials sent an email message to Lebanese citizens living abroad with a spreadsheet containing the personal information of more than 5,000 people. As if that wasn’t bad enough, the email addresses of those who received the spreadsheet were entered in the Cc field instead of the Bcc field, making them clearly visible.
Implications: It’s estimated that approximately 19 percent of data breaches are caused by human error, and this data breach serves as a great example of how far-reaching consequences can the neglect of fundamental cybersecurity best practices have.
2018 – Ride-Hailing Service Careem Breached And 15 Million Users Exposed

What Happened: Careem is a Dubai-based ride-hailing service that currently operates in around 100 cities across 12 countries. In 2018, the service revealed that the account information of 14 million of its drivers and riders had been exposed.
How It Happened: White-hat hackers and bounty hunters had been finding serious security weaknesses in the Careem app since at least 2016. Apparently, the ride-hailing service kept ignoring them until its drivers and riders paid the price. It then kept quiet about the breach for three months before it finally issued a public announcement.
Implications: The exposure of the personal information of 14 million Careem users, including names, email addresses, phone numbers, and trip data, raises concerns about the security practices of the apps we rely on every day, and it also highlights the importance of prompt and transparent communication in the event of a data breach.
2016 – Database With The Personal Data Of 50 Million Turkish Citizens Posted Online

What Happened: An anonymous hacker posted a government database containing the personal data of 50 million Turkish citizens on a torrent site, allowing anyone to download the roughly 1.4 GB compressed file. Included with the database was a message taunting the Turkish government and its approach to cybersecurity.
How It Happened: The anonymous hacker who uploaded the database revealed that poor data protections — namely a hardcoded password — were the main reason why they were able to obtain it in the first place. Hardcoded passwords are sometimes used as a means of authentication by applications and databases, but their use is generally considered to be a bad practice because they can lead to data breaches.
Implications: Governments store more information about their citizens than ever before, so it’s their responsibility to adequately protect it. Any failure to do so could potentially have far-reaching consequences for those in power as well as those who elected them.
2016 – Qatar National Bank (QNB) Breach Exposed Troves Of Customer Data

What Happened: In April 2016, the whistleblower site Cryptome became home to a large collection of documents from Qatar National Bank. The leak comprised more than 15,000 files, including internal corporate documents and sensitive financial data of the bank’s thousands of customers, such as passwords, PINs, and payment card data.
How It Happened: The cause of the Qatar National Bank breach remains unknown. It’s certain, however, that the attacker must have had obtained privileged access to the bank’s internal network otherwise they wouldn’t be able to steal nearly 1 million payment card numbers together with expiration dates, credit limits, cardholder details, and other account information.
Implications: The breach highlighted the need for stronger cybersecurity measures in the financial sector and underscored the importance of maintaining robust security practices to prevent unauthorized access to sensitive financial data. Fortunately, the bank enforced multi-factor authentication, preventing attackers from using the stolen customer data to make unauthorized transactions.
2012 – Saudi Arabian Oil Company (Aramco) Compromised By Iran

What Happened: In retaliation against the Al-Saud regime, Iran-backed hacking group called the “Cutting Sword of Justice” wiped data from approximately 35,000 computers belonging to Aramco, a Saudi Arabian public petroleum and natural gas company based in Dhahran.
How It Happened: The hacking group used malware called Shamoon, which is designed to spread to as many computers on the same network as possible and, ultimately, make them unusable by overwriting the master boot record.
Implications: The attack on Aramco in 2012 demonstrated the potential of nation-states and state-sponsored groups to use cyber warfare to target critical infrastructure and disrupt a nation’s economy. Since then, multiple other attacks on critical infrastructure have occurred, perhaps the most notable of which is the Colonial Pipeline ransomware attack of 2021.
Security
Be Cautious Of Malicious Apps Even On Trusted App Stores
Most people trust official app stores like Google Play and the App Store for safety — but even these trusted platforms can host malicious apps. Learn why caution is still essential when downloading mobile software.
Most mobile users know to stick to official app stores to download software — and for good reason. Even though legitimate third-party stores exist, the average user can find everything they need on a first-party platform like the Google Play Store or Apple’s App Store. And while Android — unlike apple — does allow sideloading (downloading installation packages directly off the web) even for regular users, this is usually practiced by people who know what they’re doing and are familiar with the risks.
When publishing an app on the Play Store or App Store, a developer has to pass a robust set of vetting processes, both for themselves and their applications. This vetting process involves both automated and manual testing, making these platforms far safer than third-party app stores and other means of installing software. That being said, users are recommended not to blindly trust even these first-party platforms, as there have been several cases where malicious apps slipped through the cracks in the vetting process. And while both Google and Apple are quick to respond when they detect malicious apps on their stores, the very fact that these malicious apps make it onto these platforms is proof that even their strict vetting processes are not foolproof.
How Do These Apps Make It Onto These Platforms?
No verification system is ever completely airtight, especially when you’re dealing with something as complex as app store vetting. For a malicious actor who knows what they’re doing, slipping past automated checks isn’t particularly difficult. In a lot of cases, it boils down to satisfying a specific list of requirements.
The harder part is clearing a manual review, since that involves human judgment. But even that isn’t impossible. A common tactic is to first publish a legitimate, fully functional app for the specific purpose of passing inspection. Once it’s live and has built some credibility, the app quietly receives an update containing malicious code. This is known as versioning. In other cases, the initial version remains harmless but downloads and executes malicious payloads after installation, either after a specific amount of time or due to certain conditions (like account creation or granting certain permissions) being met. That’s what happened with the Anatsa trojan — a campaign that used innocent-looking document viewer apps to deliver banking malware. Once installed, these apps fetched encrypted malicious code from remote servers, giving attackers access to users’ financial data and even access to their accounts.
It also doesn’t help that human reviewers are under constant pressure. With thousands of apps being submitted daily, there’s only so much attention they can give to each one. And then there’s also the fact that verified developer accounts can be hijacked or sold, allowing attackers to publish apps under legitimate names. Not to mention the cases where malicious software which mimics legitimate and trusted apps also end up being published on these stores. Between automated systems, human fatigue, and social engineering, the cracks in the process are wide enough for malicious apps to slip through.
Knowledge Really Is Power
Just because an application has made it to a first-party app store doesn’t automatically make it a legitimate or safe-to-use app. Like we’ve already discussed, as rigorous as the vetting process is, it’s still possible for malicious apps to end up being published on these platforms. As with any cyberthreat, awareness and good judgment are your strongest defenses. Sticking to well-known apps and developers, keeping your software up to date, and reading reviews (not just on the store) are actions you can take to ensure you don’t end up falling victim to a trojan application that has snuck its way onto the Play Store or App Store.
