When it comes to modern systems and networks, identities are the new perimeter. Long gone are the days of singular office-bound systems with a set server room and endpoints that stayed on desks. With the rise of hybrid work models, cloud computing, and rapid digitization in industries like healthcare and manufacturing, it’s a user’s identity that holds increasing power over a network’s function and security.

Public cloud infrastructure is, by now, the default approach to both spinning up a new venture from scratch and rapidly scaling your business. From a security perspective, this is a brand new (well, by now more than a decade old) attack surface. “Attack surface” is a commonly used term that denotes the aggregate of your exploitable IT estate, or all of the different pathways a hacker might be able to use to gain access to your systems, steal your data, or otherwise harm your business.

Targeted attacks in cloud security are on the rise, hitting businesses big and small. This surge in threats puts developers like you in a crucial position. You’re not just coding – you’re on the front lines against a variety of cybersecurity risks that are growing and changing every day. With 80% of companies encountering at least one cloud security incident in the last year, the relevance and utility of Cloud Threat Detection (CTR) tools becomes particularly apparent.

How often do you scan QR codes without a second thought? What if that innocent decision could expose you to a growing threat in the digital landscape? QR codes—short for quick response codes—have soared in popularity, becoming essential in our digital era. Originally designed for industrial tracking, their ease of use has made them a go-to tool for information sharing.

“Secure the endpoints!” This battle cry can sound like a meme, sure, but it also highlights arguably the most important part of modern cybersecurity today: are we securing the endpoints? A compromised network is likely to leave traces of anomalous and unauthorized activities that originate from network endpoints.

Over the last few years, the evolution of cybersecurity strategies has seen a significant shift toward a more layered, nuanced, and, in many cases, advanced approach. Among these advancements, Network Detection and Response (NDR) has emerged as a critical component that continues to become more widely recognized and accepted across the industry for its efficacy in bolstering cybersecurity defenses.

Dealing with cybersecurity threats has become a constant challenge for organizations and tech professionals. The landscape is evolving, with cybercriminals employing increasingly sophisticated tactics. As we step into 2024, a year marked by economic uncertainty, staff layoffs, and the aftermath of widespread hybrid and remote work adoption, cyber threats are poised to exploit vulnerabilities within organizations.

If your device suddenly behaves like a re-animated zombie, you might be under a Botnet attack. Also known as a zombie army, these attacks involve hijacking internet-connected devices infected with malware, controlled remotely by a single hacker. The scale of these attacks is immense, as demonstrated by a cyber assault that exploited 1.5 million connected cameras to overwhelm and take down a journalist’s website.

Based on the well-known cybersecurity method, “honeypots”, Calico Cloud runtime security approach of Honeypods as decoy pods are designed to attract traffic to them from malicious sources and to detect suspicious activity within a Kubernetes cluster.