Articles

Traditional pentesting models were designed for stable environments, but cloud environments are dynamic and distributed, making it difficult to provide value with a point-in-time assessment.

Cloud infrastructure has become programmable, enabling automation via Infrastructure as Code and CI/CD pipelines. AI agents are now participating in development workflows, reading codebases, generating implementations, and helping debug systems. The next step is to allow them to interact with infrastructure directly, checking system state, deploying services, or retrieving metrics.

Discover how to read your AWS bill, right-size EC2 and RDS instances, and present cloud cost findings to engineering leadership with data-driven decisions.

In this Terraform tutorial, we'll explore the init, plan, apply, and destroy commands, which are crucial for managing infrastructure as code.

When you use git reset --hard, you risk losing commits. Fortunately, you can recover them using reflog and ORIG_HEAD before garbage collection deletes them.

Handling changing workloads efficiently is crucial when working with Kubernetes. The Horizontal Pod Autoscaler (HPA) is a key component that helps scale applications automatically.

Stop failing the AWS Cloud Practitioner exam with our 2026 strategy guide. Learn how to crush the CLF-C02 exam without reading 500-page textbooks.

Cloud breaches often start with small application bugs that quietly open the door to much bigger security issues. A recent attack chain in AWS showcases the exploitation of SSRF, IMDS, and IAM vulnerabilities.

The phrase 'our cloud bill is too high' is often a symptom of a larger issue, rather than a diagnosis. To address this problem, a new cloud cost data standard has been introduced.

When people talk about working with AWS, the conversation often focuses on architecture diagrams, best practices, and highly available systems. However, the reality of working with AWS in real companies is often different.

Most cloud tutorials show only the happy path, but production systems don't fail politely. What actually happens when things go wrong?

Cloud computing has evolved from a niche concept to a crucial element of modern innovation, transforming the way businesses operate and innovate.