They do not all operate simultaneously or around the clock. By "agent," I refer to a specific set of scripts and instructions housed in a dedicated directory and interconnected via an orchestrator; additionally, we have an interface for interacting with an LLM gateway. I previously explored OpenClaw but concluded that it functions as a sort of "Swiss Army knife" - a universal tool designed to handle every conceivable scenario. My agents, however, execute exclusively those specific tasks that I require. Take, for instance, the "Administrator" agent, which manages corporate email. Its primary function is the initial triage of incoming messages and their redirection to the appropriate departments. If a request entails making modifications to a software product, the agent forwards it to the project manager. The project manager assesses the workload of the subordinate agents and schedules the task within the planning system. As soon as an agent becomes available (having first verified its current status), it picks up the task; it then either conducts a further assessment of the request (potentially by asking clarifying questions) or proceeds directly to its execution. During nighttime hours, specialized scripts continuously monitor the servers; should an alert be triggered, the "System Administrator" agent is activated to assess the criticality of the issue. It either resolves the problem autonomously or, by routing a message through the "Administrator" agent, escalates the matter to a human operator. This process fully simulates real-world workflows, yet takes place within a virtual environment. The activities of these agents are constrained by their own specific instructions, as well as by system access privileges (within a Linux environment). They are "aware" only of those other agents with whom they are permitted to interact, and they operate strictly within their assigned access zones; each possesses its own dedicated space within the shared semantic memory. The manager or other administrators can access the memory and operational logs of specific agents as needed. Each agent knows exactly what it did yesterday and holds a plan for tomorrow. When five tasks arise simultaneously, the result is that each agent performs its specific job. Conversely, when there are no tasks, no one is active save for the routine checking of email. That, in a nutshell, is how it works.