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Middle East Brute-Force Attacks Surge in 2026

▼ Summary

– Security researchers report a sharp increase in brute-force attacks targeting SonicWall and Fortinet devices, with 88% of attempts appearing to originate from the Middle East.
– Barracuda notes that over half of all confirmed incidents from February to March involved this type of attack, though most attempts were blocked or targeted invalid credentials.
– A senior analyst warns that persistent probing for weak credentials on internet-facing devices raises the risk of a network compromise, urging the use of strong passwords and multi-factor authentication.
– The article also highlights a surge in “ClickFix” social engineering attacks, which trick users into executing malicious scripts by exploiting their trust and anxiety.
– The timing of the attacks coincides with regional hostilities, and the line between state-backed and financially motivated cybercrime is increasingly blurred.

A significant increase in brute-force attacks targeting network security appliances has been observed in early 2026, with a dominant share of the malicious traffic originating from the Middle East. Researchers note a sharp rise in attempts to compromise devices from vendors like SonicWall and Fortinet, which serve as critical perimeter defenses for organizations. While most of these credential-stuffing attempts were blocked or failed due to invalid usernames, their volume and persistence represent a serious threat. The geographical source of these attacks, whether genuine or routed through regional infrastructure, coincides with heightened geopolitical tensions involving the US, Israel, and Iran, adding a layer of strategic context to the cyber activity.

This incident underscores the ongoing targeting of edge devices, such as VPNs and firewalls. Because these appliances are exposed to the internet while also guarding internal network access, they present a valuable target for attackers seeking an initial foothold. From February to March, over half of all confirmed security incidents analyzed involved this specific attack method. “Attackers are aggressively scanning and testing perimeter devices for weak or exposed credentials,” explained Laila Mubashar, a senior cybersecurity analyst. “Even when attacks fail, persistent probing raises the risk that a single weak password or misconfiguration could lead to compromise.”

The broader threat landscape in the region remains complex, with reports of Iranian-affiliated hackers targeting US infrastructure and the blurred lines between state-sponsored action and criminal activity. The re-emergence of groups like the Pay2Key ransomware operation exemplifies this convergence of motives. To defend against these brute-force campaigns, Mubashar emphasized several critical steps: enforcing strong, unique passwords on all network devices, enabling multi-factor authentication (MFA) on every VPN and remote access service, actively monitoring for repeated failed logins, and restricting management interfaces to trusted IP addresses wherever possible.

Simultaneously, a separate but equally concerning trend has emerged with a surge in ClickFix attacks, a form of social engineering. In these schemes, users are deceived into copying and executing malicious scripts under the guise of fixing a fake technical problem. This method cleverly exploits human psychology, leveraging user trust and anxiety with realistic pop-ups and technical prompts. “Because ClickFix attacks rely on duping users into adding malicious commands themselves, such attacks are harder for automated security systems to spot,” Mubashar noted. Defense requires a combination of improved end-user education, restricting privileges for running scripts or command-line tools like PowerShell, and deploying monitoring solutions to detect unusual system behavior.

(Source: Infosecurity Magazine)

Topics

brute-force attacks 95% vpn security 92% firewall compromises 90% middle east cyber threats 88% state-sponsored hacking 85% multi-factor authentication 83% social engineering attacks 80% clickfix attacks 78% network perimeter security 76% credential security 74%