Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Most security teams did not architect their hybrid cloud environment. It grew. A legacy ERP that finance refused to migrate off-premises, a Kubernetes cluster a product team spun up in GCP without telling IT, three SaaS applications that became mission-critical before anyone ran a security assessment on them, and a VPN that was supposed to be temporary in 2020 and is still running.

Many engineering teams treat zero trust as a simple MFA checkbox. They invest in advanced identity providers but still leave environments exposed, with permanent admin roles and manual ticket queues that frustrate developers. Most teams have adopted the language of zero trust without changing how access actually works. They verify identity at login, then leave broad permissions in place long after the task is done.

Enterprises don’t struggle with whether users should have access. They struggle with how that access happens and how to secure it without creating more complexity. Employees work from managed laptops, personal devices, and third-party systems. Contractors need fast onboarding. Partners can’t install agents. Some users rely entirely on a browser. This mix isn’t temporary; it’s how modern enterprises operate.

We’ve been talking about zero trust for years, and for good reasons. The evolution of threats and the growing sophistication of attacks continue to underscore the need for an approach based on continuous validation, leaving behind the implicit trust that long defined traditional security.

Zero trust is a cybersecurity framework built on the principle of “never trust, always verify,” meaning every user, device and session must be continuously verified for access to be granted and maintained. In federal environments, zero trust is especially critical because privileged accounts can provide access to sensitive systems, infrastructure and data.

Most major breaches do not spiral out of control because attackers get in. They spiral because attackers are free to move once they are inside. After gaining an initial foothold through compromised credentials, a misconfigured cloud workload, a remote device, or a third-party connection, sophisticated attackers pivot. They scan the network, escalate privileges, and move laterally across the LAN and datacenter until they reach critical systems.