📄 Description (English)
Memory corruption in windows drivers while sending incorrect trusted application request
🤖 AI Executive Summary
CVE-2025-59612 is a medium-severity memory corruption vulnerability in Windows drivers triggered by malformed trusted application requests. Without available patches, this vulnerability poses a risk to Windows-based infrastructure across Saudi organizations. The lack of exploit availability provides a temporary window for defensive measures before potential weaponization.
📄 Description (Arabic)
🤖 AI Intelligence Analysis Analyzed: Jun 2, 2026 02:17
🇸🇦 Saudi Arabia Impact Assessment
This vulnerability primarily impacts Saudi organizations running Windows-based systems, particularly: Banking sector (SAMA-regulated institutions) relying on Windows servers for transaction processing; Government agencies (NCA oversight) using Windows infrastructure for critical services; Healthcare organizations managing patient data on Windows systems; Energy sector (ARAMCO and subsidiaries) operating Windows-based industrial control systems; Telecom providers (STC, Mobily) managing network infrastructure. The memory corruption could lead to privilege escalation, denial of service, or information disclosure depending on driver context and exploitation sophistication.
🏢 Affected Saudi Sectors
Banking and Financial Services
Government and Public Administration
Healthcare and Medical Services
Energy and Utilities
Telecommunications
Critical Infrastructure
🎯 MITRE ATT&CK Techniques
⚖️ Saudi Risk Score (AI)
6.2
/ 10.0
🔧 Remediation Steps (English)
Immediate Actions:
1. Inventory all Windows systems and identify driver versions in use
2. Implement application whitelisting to restrict untrusted application requests
3. Enable Windows Defender Exploit Guard and memory protection features
4. Monitor for suspicious driver activity and memory access patterns
Compensating Controls (until patch available):
5. Restrict user privileges and implement principle of least privilege
6. Disable unnecessary drivers and services
7. Apply Windows security updates for related components
8. Implement kernel patch guard (KPP) and Code Integrity enforcement
9. Use Windows Sandbox or virtualization for untrusted applications
Detection Rules:
10. Monitor Event Viewer for driver-related errors and crashes
11. Alert on abnormal memory access patterns in kernel space
12. Track failed trusted application requests and authentication anomalies
13. Monitor for privilege escalation attempts following driver interactions
Patching Strategy:
14. Subscribe to Microsoft security advisories for CVE-2025-59612 patch release
15. Establish expedited patching process once patch becomes available
16. Test patches in isolated environment before production deployment
🔧 خطوات المعالجة (العربية)
الإجراءات الفورية:
1. حصر جميع أنظمة Windows وتحديد إصدارات برامج التشغيل المستخدمة
2. تطبيق قائمة بيضاء للتطبيقات لتقييد طلبات التطبيقات غير الموثوقة
3. تفعيل Windows Defender Exploit Guard وميزات حماية الذاكرة
4. مراقبة نشاط برامج التشغيل والأنماط غير العادية للوصول إلى الذاكرة
الضوابط البديلة (حتى توفر التصحيح):
5. تقييد امتيازات المستخدم وتطبيق مبدأ الحد الأدنى من الامتيازات
6. تعطيل برامج التشغيل والخدمات غير الضرورية
7. تطبيق تحديثات أمان Windows للمكونات ذات الصلة
8. تطبيق حماية Kernel Patch Guard (KPP) وفرض سلامة الكود
9. استخدام Windows Sandbox أو المحاكاة الافتراضية للتطبيقات غير الموثوقة
قواعد الكشف:
10. مراقبة Event Viewer لأخطاء برامج التشغيل والأعطال
11. تنبيهات لأنماط الوصول غير الطبيعية للذاكرة في مساحة Kernel
12. تتبع طلبات التطبيقات الموثوقة الفاشلة والشذوذ في المصادقة
13. مراقبة محاولات تصعيد الامتيازات بعد تفاعلات برامج التشغيل
استراتيجية التصحيح:
14. الاشتراك في استشارات أمان Microsoft لإصدار تصحيح CVE-2025-59612
15. إنشاء عملية تصحيح معجلة بمجرد توفر التصحيح
16. اختبار التصحيحات في بيئة معزولة قبل نشرها في الإنتاج
📋 Regulatory Compliance Mapping
🟢 NCA ECC 2024
ECC 2024 A.12.6.1 - Management of technical vulnerabilities
ECC 2024 A.12.2.1 - Change management procedures
ECC 2024 A.14.2.1 - Secure development policy
ECC 2024 A.12.3.1 - Segregation of development, test and production environments
🔵 SAMA CSF
ID.RA-1 - Asset management and vulnerability identification
PR.IP-12 - System and information integrity
DE.CM-8 - Vulnerability scans
RS.MI-2 - Incident response and recovery
🟡 ISO 27001:2022
A.12.2.1 - Change management
A.12.6.1 - Management of technical vulnerabilities
A.14.2.1 - Secure development policy
A.12.3.1 - Segregation of development, test and production
🟣 PCI DSS v4.0.1
Requirement 6.2 - Security patches and updates
Requirement 11.2 - Vulnerability scanning
📦 Affected Products / CPE 31 entries
qualcomm:cologne_firmware:-
qualcomm:fastconnect_6700_firmware:-
qualcomm:fastconnect_6900_firmware:-
qualcomm:fastconnect_7800_firmware:-
qualcomm:iqx5121_firmware:-
qualcomm:iqx7181_firmware:-
qualcomm:qca0000_firmware:-
qualcomm:qcm5430_firmware:-
qualcomm:qcm6490_firmware:-
qualcomm:video_collaboration_vc3_platform_firmware:-
qualcomm:sc8380xp_firmware:-
qualcomm:snapdragon_7c\+_gen_3_compute_firmware:-
qualcomm:snapdragon_8cx_gen_3_compute_platform_firmware:-
qualcomm:wcd9370_firmware:-
qualcomm:wcd9375_firmware:-
qualcomm:wcd9378c_firmware:-
qualcomm:wcd9380_firmware:-
qualcomm:wcd9385_firmware:-
qualcomm:wsa8830_firmware:-
qualcomm:wsa8835_firmware:-
qualcomm:wsa8840_firmware:-
qualcomm:wsa8845_firmware:-
qualcomm:wsa8845h_firmware:-
qualcomm:x2000077_firmware:-
qualcomm:x2000086_firmware:-
qualcomm:x2000090_firmware:-
qualcomm:x2000092_firmware:-
qualcomm:x2000094_firmware:-
qualcomm:xg101002_firmware:-
qualcomm:xg101032_firmware:-
qualcomm:xg101039_firmware:-