Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The cybersecurity landscape has dramatically shifted with the rise of cloud computing. While Endpoint Detection and Response (EDR) and Extended Detection and Response (XDR) have proven valuable in protecting traditional endpoints, the cloud introduces a new set of challenges. This post examines why these solutions, rooted in endpoint-centric approaches, may fall short in the cloud, highlighting the need for a new generation of cloud protection strategies designed for SaaS, IaaS, and PaaS environments.

Runtime security is all about real-time protection, actively monitoring and responding to threats as they happen, not just hardening, setting up barriers or reacting to attacks after the fact. Think of it this way: traditional security measures prevent most intruders, but what about the ones that manage to get in? Runtime security alerts you to any suspicious activity and takes immediate action to stop it. Why is this so important for containers?

“We need to get stuff done – but I’m not supposed to let you.” Shipping high priority code, meeting tight release deadlines, fighting incident fires —there are countless reasons why today's engineering teams need to move at lightspeed. This need for speed may put them at odds with security objectives.

The evolution of artificial intelligence has been rapid thus far. By 2030 the AI market is projected to reach $1.81 trillion. Technology supported by AI has been useful in many areas of life such as education, healthcare, or finance. That is reflected by the rate of AI adoption by organizations being 72% (2024). Even if you just look around you – many people use tools like ChatGPT for daily life or work, AI helps with email management or studying. What do these advancements in AI bring to DevOps?

One of the most dangerous threats to your infrastructure lurks unnoticed: shadow access. Shadow access can take many forms: privileged credentials left behind by former employees, shared keys embedded in code, or ad-hoc access granted outside of policy. These hidden risks can leave your organization vulnerable to breaches, compliance drift, and insider threats — all while remaining invisible to traditional security tools.

In our recent webinar, Simplifying Zero Trust Security for AWS with Teleport, experts from AWS and our team at Teleport explore some of the critical challenges in securing modern cloud infrastructure, and illustrating how they can be solved by adopting a zero trust strategy.

Struggling with vault sprawl and NHI secrets? GitGuardian’s new HashiCorp Vault integration helps cybersecurity teams centralize secrets management, reduce blind spots, and strengthen security for today’s intricate infrastructures.