Tunneling is the practice of embedding messages of one network protocol within messages of a different network protocol. In a security context, tunneling is a way for an attacker to bypass security boundaries like the perimeter firewall of a cloud deployment by encapsulating malicious traffic within permitted traffic. This blog explores the challenges of detecting DNS tunneling, and offers a solution to how you can detect a DNS tunneling attack on you cloud environments.
Last week our team came back from KubeCon Seattle, CNCF largest event to date with over 8000 attendees (!) where they showcased our Microservices Firewall, and I thought that now would be a good time to touch base again and talk about Kubernetes security.
Deploying workloads in cloud environments comes with many benefits for businesses in terms of time to market, scalability, cost reduction and ease of use.
So, you’ve got your Kubernetes cluster up and running, and now its time to expose workloads to the outside world in a secure fashion.
