Observe
Which signal tells the agent that this loop now requires attention?
The Atlas Loop methodology
We do not begin by asking an agent to imitate a job. We map the complete recurring outcome—context, judgment, tools, controls, evidence, and exceptions—then build and prove the agent that can run it.
Anatomy of an agent loop
Which signal tells the agent that this loop now requires attention?
Which context, history, policy, permissions, and current state must the agent retrieve?
Which model reasoning, business rule, threshold, or approval determines the next move?
Which authorized tool or system can the agent use to change business state?
Which evidence must the agent collect to prove the intended result occurred?
Which correction, memory, or governed policy change strengthens the agent’s next cycle?
The agent build method
Each step turns implicit operating knowledge into working agent behavior, then earns the right to transfer more of the loop.
Capture the objective, signals, context, decisions, exceptions, tools, authority, evidence, and definition of done.
Configure the models, instructions, retrieval, memory, integrations, software tools, and operating state the loop requires.
Run the agent in shadow and approval modes. Compare decisions, verify actions, expose exceptions, and harden controls.
Expand authority only where performance is proven. The agent runs eligible work while people govern policy and exceptions.
Progressive authority
The agent first proves that it can understand and recommend. It then acts through controls, and ultimately runs eligible work within an explicit operating boundary.
The agent observes real work and records what it would have done. It cannot change business state.
The agent assembles context and proposes the next action. A person decides and acts.
The agent prepares and executes approved actions while controlled decisions remain gated.
The agent runs the loop inside explicit policy, evidence, and authority boundaries, routing exceptions to people.
System composition
A reliable agent combines neural-network reasoning with deterministic software, business state, tools, controls, human authority, evidence, and observability.
Agent objective
Neural-network reasoning
Context + memory
Deterministic calculations
Business rules
Software tools + APIs
Permissions + authority
Approval thresholds
Evidence + verification
Exception routing
Start with one loop
Show us where work, judgment, and verification repeat. We will map the loop, define the agent, and build the controlled path from assistance to execution.
Map Your First Loop