Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

As we navigate through 2024, integrated identity verification platforms are not just emerging technologies but essential tools reshaping how we secure and authenticate identities in a digital world. At IDcentral, a pioneer in identity verification solutions, we’ve witnessed and contributed to this significant transformation. In this blog, we explore the recent trends and innovations that are driving the rise of these platforms.

The cybersecurity landscape is undergoing a significant shift, moving from security tools monitoring applications running within userspace to advanced, real-time approaches that monitor system activity directly and safely within the kernel by using eBPF. This evolution in kernel introspection is particularly evident in the adoption of projects like Falco, Tetragon, and Tracee in Linux environments.

To comply with the security audit requirements of SOC 2, PCI, and others, your application audit report should have zero open vulnerabilities. Most companies perform these audits at least annually, and the audits are more frequent for highly regulated industries such as finance and healthcare. However, 31% of critical and high vulnerabilities remain open after 180 days – according to The State of Application Security.

Cloudflare experienced a security breach when its internal systems were compromised, leading to unauthorized access to sensitive data. Another incident highlights the importance of maintaining strict secrets security across the supply chain.

Regulatory frameworks play a crucial role in ensuring the resilience and security of organizations. One such regulation that has garnered significant attention is the Digital Operational Resilience Act (DORA). Here are the key aspects of DORA, as well as guidance for how to ensure compliance with it while measurably reducing risk to your business.

Credential Stuffing, a vital yet often overlooked aspect of cybersecurity, needs to be addressed with urgency. An alarmingly large segment of the population engages in the risky habit of using the same password for various accounts. This behavior parallels the risk of using a universal key for various locks in your life, such as those for your home, car, or even hotel rooms during vacations.

In the ever-evolving landscape of Kubernetes networking and security, Calico has proven to be a battle-hardened, scalable and robust solution. Core to Calico’s architecture are two components, Felix and Typha. And given their importance for running Kubernetes deployment, it is no surprise that monitoring these components is crucial to secure and maintain them for optimal cluster operation.

Cybercriminals work around the clock to discover new tactics to breach systems. Each time a digital ecosystem changes, it can introduce a weakness for a threat actor to quickly discover and exploit. As technological innovation progresses rapidly, and organizations expand their infrastructure, this weakness may take shape in the form of architecture drift. Today, we explore the concept of architecture drift: what it is, why it matters and how application security posture management (ASPM) can help.