Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The rise in cyberattacks has become a pressing concern for organizations worldwide, threatening sensitive data, operational continuity, and trust. Cybercriminals are using increasingly complex strategies to attack vulnerabilities in systems and networks in a variety of organizations. By offering safe, segregated virtual networks in the cloud, Amazon Virtual Private Cloud (Amazon VPC) provides a strong defense against these attacks.

2024 has seen a significant uptick in the discovery and exploitation of zero-day vulnerabilities. These unpatched security flaws present a serious challenge to cybersecurity teams, as attackers can exploit them before any patches are available. As a result, zero-day vulnerabilities have become a go-to tool for cybercriminals aiming to infiltrate enterprise networks.

As APIs continue to drive modern digital ecosystems, securing them has become an organizational imperative. Few companies turn to API security testing products to identify vulnerabilities and safeguard their APIs. However, these tools are counterproductive when relied upon as a sole security measure. Here’s why.

It is becoming increasingly important for organizations to manage Kubernetes security costs as they deploy, scale, and manage containerized applications using Kubernetes. Organizations must ensure robust protection without overpaying, especially as 89% of enterprises experience at least one Kubernetes or container-related security incident annually (VentureBeat).

Wherever you live, people can find you using either a street address or a set of latitude and longitude numbers. In the digital world, your website’s domain name or URL is the street address while the IP address is the latitude and longitude. For example, it would be cumbersome to tell people that you live at 35°05′17″N 109°48′23″W, but easy to say a number and street name. IP address data is useful for both protective and detective cybersecurity functions.

In today’s cloud-native environments, network security is more complex than ever, with Kubernetes and containerized workloads introducing unique challenges. Traditional tools struggle to monitor and secure these dynamic, interconnected systems, leaving organizations vulnerable to advanced threats, such as lateral movement, zero-day exploits, ransomware, data exfiltration, and more.

To set up the “surprise”, let’s start with a trick question: How many roots do I need in my life?

PCI DSS 4 introduces new requirements for SAQ-A and SAQ-A-EP Merchants. Key new changes are Requirements 6.4.3 and 11.6.1. While these requirements play a crucial role in preventing and detecting e-commerce skimming attacks they also require merchants to implement and operate new technical capabilities on payment webpages. Requirements 6.4.3 and 11.6.1 apply to all scripts executed in a consumer’s browser on payment pages, defined as web-based interfaces that capture or submit account data.

Let’s begin 2025 with an understatement about last year: 2024 was an eventful year for cybersecurity. That in itself is no surprise. The specifics, though, looked like this: AI use accelerated (for good and for bad), ransomware surged and relentless attacks on third parties shifted focus to cyber resilience.