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CVE-2025-10947 | Sistemas Pleno Gestão de Locação up to 2025.7.x CPF validarCpf pes_cpf authorization
Submit #652402: Changsha Developer Technology Co., Ltd. iView Editor <=1.1.1 XSS vulnerability [Accepted]
当 5 亿玩家涌入 AI 的 3D 新世界
Submit #652387: MikroTik RouterOS 7 Memory Corruption [Accepted]
CVE-2025-10946 | nuz007 smsboom up to 01b2f35bbbc23f3e0f60f38ca0e3d1b286f8d674 dy.php hm cross site scripting
CVE-2025-10945 | nuz007 smsboom up to 01b2f35bbbc23f3e0f60f38ca0e3d1b286f8d674 d.php hm cross site scripting
Submit #652282: Sistemas Pleno Gestão de Locação Prior to 2025.8.0 Insecure Direct Object Reference (IDOR) [Accepted]
BMC Firmware Vulnerabilities Allow Attackers to Bypass Signature Verification Features
Critical vulnerabilities discovered in Supermicro Baseboard Management Controller (BMC) firmware have exposed a troubling pattern where inadequate security fixes create new attack vectors, allowing sophisticated adversaries to bypass signature verification mechanisms and maintain persistent control over enterprise server infrastructure. These flaws, affecting multiple generations of Supermicro motherboards, demonstrate how design weaknesses in firmware validation processes […]
The post BMC Firmware Vulnerabilities Allow Attackers to Bypass Signature Verification Features appeared first on Cyber Security News.
Predicting DDoS attacks: How deep learning could give defenders an early warning
Distributed denial-of-service (DDoS) attacks remain one of the most common and disruptive forms of cybercrime. Defenders have traditionally focused on detecting these attacks once they are underway. New research suggests that predicting DDoS attacks in advance may be possible, giving security teams a head start in planning their defenses. A new study outlines an approach to forecasting DDoS activity using deep learning. The researchers from Universiti Malaya and Universiti Teknikal Malaysia Melaka analyzed 192,525 DDoS … More →
The post Predicting DDoS attacks: How deep learning could give defenders an early warning appeared first on Help Net Security.