An AI system for management workflows
The system connects monitoring, material preparation, collaboration and follow-up actions. Specialized AI modules work with internal data, expose their sources and hand results to a person for review or decision.
- Status
- Pilot
aircode’s role
aircode designed the interaction architecture, command interface, source and result visualization, and action-confirmation flows.
Context
Management workflows involved extensive manual information gathering, system switching and repetitive operations. The path from event to decision had to be shortened without turning AI into an opaque universal chat.
The task
- unite monitoring, materials and actions in one interface
- split AI functionality across specialized roles
- expose sources, statuses and intermediate results
- keep people involved in critical decisions
- control access to data and tools
- support operation inside a closed perimeter
Solution
Each AI module owns a limited class of tasks and works through permitted tools. The interface shows what is running, which data is used, what result is produced and where a user decision is required.
Individual modules combine into end-to-end flows: an event triggers context gathering, a concise brief, discussion and a controlled action.
Visual system
AI is represented through tasks, sources, statuses, results and available actions. Users understand the state of the process and can review the result without relying on hidden system logic.
AI and security
- specialized modules instead of one universal chat
- work against internal data
- actions only through permitted tools
- confirmation of critical operations
- roles and access control
- audit logging
- deployment inside a closed perimeter
How it works
- The system detects a significant event
- AI gathers the related context
- A concise brief is assembled
- The user reviews the conclusions
- The next action is confirmed
- The result is recorded in the system
Outcome
A collection of AI capabilities became a clear working process. The system reduces manual preparation while preserving human control over decisions and actions.