An automation server is a program that enables an application to manipulate objects within another application or release objects so they can be managed elsewhere. Essentially, it provides programmable objects, or “automation objects,” to automation clients, allowing users to perform various tasks and processes like code creation, application deployment, and virtual and physical systems management.
Why Use an Automation Server?
Automation servers streamline complex workflows and processes, increase efficiency, and reduce human error. They can be used for a wide range of tasks and processes and can help optimize your business’s operations.
Agent-Based vs. Agentless Architecture
There are two primary types of architectures for automation servers: agent-based and agentless. The agent-based architecture includes a server-agent architecture that features a core and an agent. The agent runs on the server operating system and communicates with the core to manage various workflows, tasks, and processes. On the other hand, agentless services communicate directly with cloud servers and are also known as API-based or cloud-native services.
How Does an Automation Server Work?
An automation server runs as a started task in its address space and continuously references all records, catalogs, and volumes accessible from all systems in a sysplex. It issues a system-wide ENQ to ensure that there is only one instance of the server at a time. The Automation Server provides the ability to select records when you have record names that are variable, such as those created by the usage monitor that contain low-level qualifiers with timestamps.
FAQ
What is an automation server used for?
An automation server is used to streamline complex workflows and processes, increase efficiency, and reduce human error in various tasks like code creation, application deployment, and virtual and physical systems management.
What is the difference between agent-based and agentless architecture?
Agent-based architecture includes a server-agent architecture that features a core and an agent. The agent runs on the server operating system and communicates with the core to manage various workflows, tasks, and processes. Agentless services communicate directly with cloud servers and are also known as API-based or cloud-native services.
How does an automation server work?
An automation server runs as a started task in its address space and continuously references all records, catalogs, and volumes accessible from all systems in a sysplex. It issues a system-wide ENQ to ensure that there is only one instance of the server at a time.
The Bottom Line
Implementing an automation server can greatly benefit your business, allowing for streamlined processes, increased efficiency, and reduced human error. Whether you choose an agent-based or agentless architecture, an automation server can optimize your business operations and help drive success.
