Planning & coordination
Task decomposition, responsibility boundaries, and defined state transitions.
Capabilities / Agentic AI & Autonomous Systems
Engineer bounded autonomous and semi-autonomous systems that connect planning, tools, operational context, and human decisions.
Engineering mandate
Complex work crosses system boundaries. An agentic architecture needs to know not only what the objective is, but what it may do, what evidence a step requires, and when a person must make the decision.
We explore workflows as explicit operating systems: events trigger tasks, specialized components handle defined responsibilities, and human checkpoints govern consequential actions. A single workflow or deterministic component may be more appropriate than multiple agents.
Technical scope
Architecture considerations
Task decomposition, responsibility boundaries, and defined state transitions.
Approved software actions with validation, least-privilege access, and execution limits.
Task-relevant operational information with appropriate persistence and access policies.
Human checkpoints, execution records, exception handling, and recovery procedures.
Concrete outputs
Outputs, acceptance criteria, ownership, provider dependencies, and operating responsibilities are agreed in the statement of work.
Illustrative enterprise applications
Application area to assess through discovery and a representative evaluation.
Application area to assess through discovery and a representative evaluation.
Application area to assess through discovery and a representative evaluation.
Application examples describe intended uses, not completed customer engagements.
Share your context, systems, and the capability you need to develop.
Explore a specialist workflow
Explore specialist responsibilities, system requirements, and human oversight before discussing an engagement.