Effectively acting as an invisible shield, the inner workings of IoT security are often taken for granted. However, we can focus and shine a light on the protocols and practices that provide the foundation of IoT security to help others see how these efficiently operate behind the scenes to protect complex networks of interconnected devices.

New analysis of Q2 threats shows a consistent pattern of behavior on the part of threat actors and threat groups, providing organizations with a clear path to protect themselves. It’s every cybersecurity professionals’ worry; whether the security controls they’ve put in place will actually stop attacks.

Threat actors are increasingly tailoring their attacks to target social media apps and smartphone users, according to a new report from the Anti-Phishing Working Group (APWG). As email security technologies improve, scammers are turning to social media apps, text messages, and voice calls to conduct social engineering attacks.

The traditional financial industry is saddled with multiple pain points, and I predict that within 15 years, many financial and payment systems will be replaced by a wholesale shift to digital assets. Businesses want to achieve their goals by trading faster, conducting payments faster, cutting expenses, and doing it in a simpler and more secure way.

In the ever-evolving landscape of IT services, channel partners like service providers, managed service providers (MSPs), and telecommunications companies have long played a crucial role in delivering enterprise networking and security solutions. However, a subtle yet powerful shift is emerging that threatens to disrupt this status quo. Single-vendor SASE (Secure Access Service Edge) solutions are rapidly gaining traction and quietly reshaping the competitive landscape.

Xeon Sender targets cloud APIs, Cisco Talos reveals UAT-5394 infrastructure, and attackers leverage public.env files to extort victims.

As financial services companies, such as banks, hedge funds, and stock exchanges, move to the cloud, sensitive data often unintentionally moves with them. To help avoid costly breaches and address governance, risk, and compliance (GRC) requirements such as PCI-DSS, GDPR, and SOC 2, these organizations may need to identify where in the cloud sensitive data can leak and be able to redact it at scale.

When building applications that ingest and analyze millions of data points per second, developers as a rule require good observability data on workload performance. That principle certainly holds true for us on the Cloud SIEM team, where delivering a highly reliable and responsive product to our customers is central to our day-to-day operations.

An organization is only as secure as its weakest link — and the software supply chain is most often where the weakest link is found. A supply chain attack is a sophisticated cyberattack where malicious actors compromise a service provider to gain unauthorized access to its end users. Since 2018, the number of organizations impacted by supply chain attacks has increased by 2,600%.