Orchestration software coordinates how applications, containers, and jobs are deployed, scaled, restarted, and connected across production infrastructure. It acts as the control layer that decides where workloads run, how much resource they get, and how updates move through the system. In AI and other distributed systems, orchestration turns isolated services into a repeatable production pipeline.
In cybersecurity, orchestration matters because it sits at the center of operational control. If an attacker compromises the orchestration plane, they may be able to launch malicious workloads, change deployment settings, read secrets, or disrupt availability. Defenders use it to enforce policy with role-based access control, admission checks, signed images, network segmentation, and audit logging. Misconfigurations are a common risk: overly broad permissions or exposed management interfaces can turn automation into a fast path for compromise.