Operations | Monitoring | ITSM | DevOps | Cloud

The way enterprises are thinking about their infrastructure has changed. Digital sovereignty of all kinds – data sovereignty, operational sovereignty, and software sovereignty – have begun to dominate the infrastructure discussion. Today, these abstract terms have become practical concerns for platform teams.

30 years after its introduction, Secure Shell (SSH) remains the ubiquitous gateway for administration, making it a primary target for brute force attacks and lateral movement within enterprise environments. For system administrators and security architects operating under the weight of regulatory frameworks like SOC2, HIPAA, and PCI-DSS, default SSH configurations are an “open door” that represents an unacceptable risk.

Here's a scenario that probably sounds familiar: a developer needs a sandbox environment to test something. They file a ticket. Then they wait. And wait. Maybe a day goes by, maybe three. Meanwhile, your platform team is buried in provisioning requests, and somewhere, someone has already spun up an unsanctioned workaround that bypasses every governance policy you've put in place. It's a lose-lose. Developers lose velocity, platform teams lose their sanity, and security gaps quietly multiply.

The catastrophic TeamPCP exploit in March 2026 demonstrated that "open execution" models, in which third-party code runs with full privileges, have made CI/CD pipelines a primary target for global credential harvesting. There are better architectures. On March 19th, the risks of running open execution pipelines — where what code runs in your CI/CD environment is largely uncontrolled — went from theoretical to catastrophic.

Critical incidents have a direct impact on your business revenue and the trust your customers place in you. The longer a critical incident goes unnoticed, the higher the stakes. A reliable alert routing setup automatically catches these incidents the moment they trigger and gets them to the right person without delay. This guide walks you through how to build that reliable routing setup.

When a midnight incident triggers, the goal is not to wake your entire team. It’s to reach the one person who can act on it. Everyone else should sleep through it undisturbed. The difference between a team that handles midnight incidents well and one that doesn’t usually comes down to a few decisions made ahead of time. Which incidents actually need a midnight response? Who should get the call? And what should happen to everything else? This guide walks through those decisions.

Severity and priority are two labels that describe different things about an incident. Severity covers the blast radius: how much of your system or how many customers are affected. Priority covers the urgency: how quickly someone needs to act. Routing rules then use these labels to load the right escalation policy for each incident. This guide covers how to define your severity and priority levels and map them to escalation policies.