The use of AI in software development introduces new challenges to supply chain security. Organizations must now consider the security implications of AI-generated code, in addition to traditional component analysis. This requires a reevaluation of existing security practices to adapt to AI's role in code creation.
The article introduces the concept of a Risk Operations Center (ROC) as a necessary evolution for cybersecurity teams facing AI-driven threats. It argues that traditional risk management models are insufficient due to the speed at which AI can discover and exploit vulnerabilities, especially in cloud environments. A ROC, powered by platforms like Qualys Enterprise TruRisk Management (ETM), aims to unify disparate security findings, hyper-prioritize risks based on exploitability and business impact, and enable autonomous remediation to keep pace with attackers.
Artificial intelligence is increasingly being used by attackers to enhance service desk attacks, particularly during employee onboarding. AI tools can create more convincing impersonations, accelerate reconnaissance for personalized attacks, and scale malicious campaigns. To counter these threats, organizations need to implement stronger identity verification methods, such as secure password delivery, biometric liveness detection, and multi-factor authentication before sensitive actions are approved.
A China-linked advanced persistent threat (APT) group, identified as LapDogs, has reportedly enhanced its malicious toolkit. Security researchers have observed the deployment of three new backdoors: LongLeash, DogLeash, and JarLeash, which are designed to compromise small office/home office (SOHO) routers.
A new Android spyware called RedWing is being offered as a service on Telegram, allowing less sophisticated attackers to compromise phones and steal banking information. Researchers have identified it as a polished malware-as-a-service operation with extensive documentation and a subscription model, potentially linked to Russian threat actors. RedWing employs fake login overlays, SMS interception, call forwarding, and even screen control to harvest credentials and conduct further malicious activities.
Ubiquiti has released security updates to address several critical vulnerabilities affecting its UniFi product line, including UniFi Connect, Talk, Access, Protect, and OS. These flaws could allow attackers to escalate privileges or execute arbitrary commands on affected devices. While no active exploitation has been reported for these specific vulnerabilities, the company has previously seen its UniFi OS and Edge OS products targeted by threat actors.
Cybersecurity researchers have identified a new threat actor, dubbed Armored Likho, targeting government and energy sectors in Russia, Kazakhstan, and Brazil with a sophisticated phishing campaign. The operation utilizes a custom-built Python infostealer named BusySnake, designed to steal credentials, sensitive documents, and other high-value data. The attackers employ AI-generated payloads to obscure their activities and maintain persistence through various methods, including reverse SSH tunneling.