Over the past year, there has been a culmination of hype and excitement around Generative AI (GenAI). Most organizations initiated proof-of-concept projects for GenAI, eager to reap the technology’s benefits, which range from improved operational efficiency to cost reductions. According to recent research, 88% of organizations are in the midst of actively investigating GenAI, transcending other AI applications.

Subdomain takeover is a serious risk for organizations with a large online presence (which is a lot of businesses in 2025!). A domain name is the starting point of your company’s online identity, encompassing the main and subsidiary websites—serving as the organization’s business card, storefront, and a central hub for commercial activities. For SaaS providers and tech solution vendors, domains also form a critical component of their product offerings.

Advanced security technologies make it possible to detect, analyze, and respond to incidents with impressive precision. Yet even the best tools can’t bridge the gaps created by disjointed responsibilities, siloed workflows, and competing priorities. This lack of cohesion weakens your security posture and increases exposure to sophisticated attacks that thrive on disorganization. 41% of organizations struggle to manage cybersecurity collaboratively.

Cyber threats are more sophisticated, pervasive, and frequent than ever before. As a result, traditional methods for network security are becoming obsolete. These solutions simply cannot handle the extraordinary scale and complexity of network traffic inherent in modern IT environments. AI-driven solutions, however, can.

While Exponential Organizations (ExOs) are transforming industries beyond the tech space, that doesn’t mean that they are not susceptible to an increasing number of cyber threats. As ExOs harness innovative and cutting-edge technologies to drive transformative growth, the ability to respond effectively and proactively to cyber incidents becomes increasingly vital.

Cybersecurity authorities continuously grapple with the challenges posed by sophisticated cyberattacks. Palo Alto Networks has lately preached a critical denial-of-service (DoS) vulnerability in its PAN-OS software. Tracked as CVE-2024-3393, this critical vulnerability (CVSS score: 8.7) poses serious risks to enterprises relying on PAN-OS and Prisma Access for their cybersecurity infrastructure.

With more businesses using AI models in their products or services, the inherent AI risks have made it challenging to maintain customer trust. However, according to The State of Trust Report for 2024, only 37% of organizations conduct (or are in the process of conducting) regular AI risk assessments.

As companies continue to integrate their operational technology (OT) and IT environments, they’re coming to grips with the fact that this move opens them up to new avenues for cyber threats. The solution is multi-faceted, but one aspect is clear: combining OT and IT requires extending offensive security measures, such as penetration testing, to the OT environment.

PCI DSS 4 Compliance requires a clear understanding of the latest requirements, particularly Requirement 6.4.3 and 11.6.1, which emphasize the importance of JavaScript monitoring for maintaining secure payment environments. For AppSec, Infosec, or ISA/QSA professionals, staying on top of PCI DSS 4.0.1 can feel overwhelming, but protecting payment card data leaves no room for errors.

The high volumes of security data that cloud environments generate leave security teams swimming in data, but many feel like they need a life preserver to improve their incident response capabilities. Enter security data lakes. As the costs associated with data retention become overwhelming, organizations are embracing the idea of security data lakes and data warehouses.