Event-Driven AI Automation
Event-Driven AI Automation
Key jargon
| Term | Plain-language meaning |
|---|---|
| Event | A recorded fact that something occurred, such as a file arrival or approved request. |
| Trigger | A condition that starts a workflow in response to an event. |
| Queue | A buffer that holds work until a consumer can process it. |
| Dead-letter queue | Storage for messages that repeatedly fail and require investigation. |
Key concepts
- Events should carry identifiers and references, not unrestricted authority or unnecessary sensitive content.
- Queues decouple producers from probabilistic, rate-limited AI workers and enable controlled retry.
Concept map
flowchart LR
A["Producer emits validated event"] --> B["Queue buffers work"]
B --> C["AI workflow processes idempotently"]
C --> D["Complete or dead-letter"]trigger → authenticate → normalize → classify → propose → validate → approve → act → reconcile → record
Questions
- Can the trigger be forged, duplicated, delayed, or replayed?
- Which step needs model judgment?
- What is deterministic policy?
- Which data and credentials are available?
- Is the effect idempotent and reversible?
- How are partial failure and dead-letter items handled?
Exercise
Design an inbound-email workflow that classifies and drafts but never sends automatically. Include duplicate detection, malicious attachment handling, confidence threshold, human review, and retention.