Cato Networks, the SASE leader, today published the Q3 2024 Cato CTRL SASE Threat Report, which provides insights into the threat landscape across several key areas: hacking communities and the dark web, enterprise security and network security.
“Ransomware is one of the most pervasive threats in the cybersecurity landscape. It impacts everyone—businesses and consumers—and threat actors are constantly trying to find new ways to make their ransomware attacks more effective,” said Etay Maor, chief security strategist at Cato Networks. “In the Q3 2024 Cato CTRL SASE Threat Report, we highlight a trend of ransomware gangs recruiting pen testers. We believe this is to test whether their ransomware works for future attacks.”
Threat actors recruiting pen testers for ransomware affiliate programs
In closely monitoring discussions on RAMP (Russian Anonymous Marketplace), Cato CTRL has observed threat actors seeking pen testers to join various ransomware affiliate programs including Apos, Lynx and Rabbit Hole.
Any good developer knows that software needs to be tested before deploying in production environments. This is also true for ransomware gangs. They want to ensure that their ransomware can be deployed successfully against organisations.
Shadow AI lurks in the background for organisations
Shadow AI refers to the unauthorised or unsanctioned use of AI applications and tools within an organisation without the knowledge or approval of IT departments or security teams. This phenomenon typically involves employees or departments adopting AI solutions independently and bypassing formal vetting processes and governance controls.
Out of the hundreds of AI applications that Cato CTRL monitors, Cato CTRL tracked 10 AI applications used by organisations (Bodygram, Craiyon, Otter.ai, Writesonic, Poe, HIX.AI, Fireflies.ai, PeekYou, Character.AI and Luma AI) and observed various security risks. The top concern is data privacy.
“Shadow AI is a major threat that has emerged in 2024,” said Maor. “Organisations should be mindful of the unauthorised use of AI applications and the dangers of letting employees inadvertently expose sensitive information.”
TLS attack attempts reveal TLS inspection not utilised enough
TLS inspection allows organisations to decrypt, inspect and re-encrypt traffic. However, TLS inspection can break applications and access to some domains. As such, many organisations choose to forgo TLS inspection entirely or bypass inspection for a large portion of their traffic.
Cato CTRL found that only 45% of participating organisations enable TLS inspection. Even then, only 3% of organisations inspected all relevant TLS-encrypted sessions. This leaves the door open for threat actors to utilise TLS traffic and remain undetected. Organisations must inspect TLS sessions to protect themselves. In Q3 2024, Cato CTRL found that 60% of attempts to exploit CVEs were blocked in TLS traffic. CVEs included Log4j, SolarWinds and ConnectWise.
When TLS inspection is enabled, organisations are better protected. In Q3 2024, Cato CTRL found that organisations who enabled TLS inspection blocked 52% more malicious traffic than organisations without TLS inspection.
Methodology
The Q3 2024 Cato CTRL SASE Threat Report summarises findings from Cato CTRL’s analysis of 1.46 trillion network flows across more than 2,500 customers globally between July and September 2024.
