KEDA vs HPA: Understanding the Differences in Kubernetes Autoscaling
Kubernetes is great at keeping things running, but it doesn’t automatically know when to run them. That’s where autoscaling comes […]
Kubernetes is great at keeping things running, but it doesn’t automatically know when to run them. That’s where autoscaling comes […]
Static infrastructure fails dynamic applications. Provisioning for peaks wastes money, while provisioning for averages guarantees crashes during spikes. Kubernetes handles
Most Kubernetes users install a CNI, configure it once, and hope they never have to touch it again. That works
Software engineering has a complexity problem. We unintentionally buried teams under a mountain of cognitive load by insisting “you build
Software engineering has a complexity problem. We unintentionally buried teams under a mountain of cognitive load by insisting “you build
For decades, the Linux kernel was a protected “black box.” If you wanted to trace system calls or profile performance,
Modern work patterns place data on personal laptops, cloud containers, and partner portals. Unsurprisingly, malicious actors have too big of
Your application is never in just one place. A single user click can travel through pods, serverless functions, databases, caches,
Every reliability story begins with numbers. Four stand above the rest: mean time between failures (MTBF), mean time to repair
Software teams now deploy code many times a day, push fixes in minutes, and rely on automated rollbacks when things
In December 2020 investigators traced a supply-chain breach to updates of SolarWinds Orion, a network-monitoring tool. The tampered code reached
Software teams must push code to users without breaking running services. Two professional disciplines shape that objective: DevOps and Site