Stately GPT-AI-driven system design support

Example

A developer building a complex user interface using finite state machines in a JavaScript framework like React.

Scenario

The developer consults Stately GPT to understand how to represent different UI states (loading, success, error) in a state machine. Stately GPT provides a breakdown of how to structure the machine, including transitions between states and event handlers for user inputs. The developer gains clarity on edge cases and how to represent conditional logic effectively in a statechart.

Example

A software architect tasked with designing an event-driven microservices architecture.

Scenario

The architect seeks guidance on how to model a system where different services communicate asynchronously via events. Stately GPT explains how to structure event buses, define event producers and consumers, and manage event queues. The architect uses these insights to implement an event-driven system that scales efficiently while handling complex business workflows.

Example

A developer creating a distributed system using the actor model in a framework like Akka.

Scenario

The developer needs to manage concurrency and fault tolerance in a system handling thousands of concurrent messages. Stately GPT walks the developer through designing actors to process messages, manage state, and handle errors through message supervision. This results in a robust distributed system that can scale horizontally while maintaining fault isolation.