{"id":1725,"date":"2026-08-06T14:20:43","date_gmt":"2026-08-06T14:20:43","guid":{"rendered":"https:\/\/cyberasia.io\/article\/blog\/313-team-hacktivists-target-saudi-evisa-portals-ddos\/"},"modified":"2026-08-17T08:56:22","modified_gmt":"2026-08-17T08:56:22","slug":"313-team-hacktivists-target-saudi-evisa-portals-ddos","status":"publish","type":"post","link":"https:\/\/cyberasia.io\/article\/ddos\/313-team-hacktivists-target-saudi-evisa-portals-ddos\/","title":{"rendered":"313 Team Hacktivists Target Saudi Arabia’s e-Visa Portals in Major DDoS Campaign"},"content":{"rendered":"

\ufeffA regional Middle Eastern hacktivist collective known as 313 Team has launched a coordinated Distributed Denial of Service (DDoS) campaign targeting the digital infrastructure of Saudi Arabia\u2019s Ministry of Foreign Affairs. Intelligence from the group\u2019s communication channels indicates the cyber operation specifically targeted servers hosting the national e-Visa platform and a related pilot program. This disruption demonstrates the capability of non-state actors to temporarily cripple essential diplomatic digital services. The 313 Team claimed the strikes resulted in a complete, six-hour shutdown of the targeted sites, rendering electronic visas unavailable to international applicants.<\/p>\n

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Figure 1: Intelligence screenshot related to 313 Team (CyberAsia visual evidence).<\/figcaption><\/figure>\n

To substantiate their claims, the group provided automated Check-Host reports and visual evidence displaying standard browser timeout errors (ERR_TIMED_OUT) for the targeted domains (specifically visa.mofa.gov.sa and ksavisa.sa). These localized outages highlight an ongoing threat from politically motivated cyber collectives leveraging high-volume traffic floods. Such attacks aim to project ideological strength and induce operational paralysis rather than focusing on traditional data theft or financial extortion.<\/p>\n

The Tactical Execution of Layer 7 Attacks<\/h3>\n

The methodology employed strongly suggests application-layer (Layer 7) DDoS techniques. Unlike traditional volumetric attacks that clog network pipes with raw data, Layer 7 attacks target the application itself. They exhaust server resources by mimicking legitimate user behavior. By sending thousands of complex HTTP GET and POST requests to the e-Visa portal\u2019s database query endpoints, attackers force the servers to consume all available processing power. This results in the servers becoming unresponsive to legitimate visa applicants and leads to the timeout messages observed in the threat actor\u2019s evidence.<\/p>\n

The botnet infrastructure required to sustain a six-hour Layer 7 attack against a state-level portal is non-trivial. It typically involves thousands of geographically distributed compromised devices, ranging from poorly secured IoT hardware to hijacked home routers. The attackers likely cycle through proxy IPs rapidly to evade basic rate-limiting rules. This evasion tactic forces the target\u2019s Web Application Firewall (WAF) to constantly evaluate new, seemingly legitimate connection requests. The resource exhaustion occurs not just at the web server level, but often cascades down to the backend database layer as complex queries stack up in the queue, eventually causing a total service failure.<\/p>\n

Infrastructure Targeting and Impact Assessment<\/h3>\n

The choice of the e-Visa portal represents a calculated strategic move. E-Visa platforms are critical junctions for international commerce, tourism, and diplomatic relations. By taking these portals offline, the attackers directly impact the administrative functions of the target state. The six-hour downtime window, while not permanently destructive, is sufficient to cause significant administrative backlogs. Thousands of international applicants attempting to process their travel documents face unexpected delays. This creates secondary consequences, including increased support ticket volumes and public frustration. It is a classic asymmetric tactic where minimal resources (a rented or crowdsourced botnet) yield disproportionately high visibility and disruption. In addition, targeting pilot programs suggests the attackers conduct active reconnaissance to identify potentially less-hardened endpoints within the broader state infrastructure.<\/p>\n

Geopolitical Context of Regional Hacktivism<\/h3>\n

The activities of groups like the 313 Team reflect a sustained pattern of regional cyber conflict. Hacktivism in the Middle East frequently aligns with state-level tensions. By targeting high-visibility state assets like a foreign ministry portal, these collectives maximize political impact. The claimed downtime in this incident serves as a digital propaganda tool. It demonstrates the vulnerability of modernized state infrastructure to crowdsourced botnet disruption. For further insights into similar attack patterns, readers can review our broader coverage in the CyberAsia DDoS intelligence archive<\/a>.<\/p>\n

Actionable Defense: 313 Team Mitigation Strategies<\/h2>\n

To defend critical national infrastructure against sophisticated Layer 7 campaigns initiated by groups like the 313 Team, government agencies must implement robust security postures. Relying solely on traditional firewalls is insufficient against modern application-layer floods.<\/p>\n

\n > THREAT_INTELLIGENCE_DATA<\/strong><\/p>\n