Idempotency everywhere: Building reliable control planes with Fivetran and DBOS
January 28, 2026
9AM – 10 AM PT
Virtual
Elijah Davis
Max Demoulin
Designing idempotent Connector SDK state transitions using DBOS durable workflows
A live demo showing safe, repeatable connector lifecycle management
How DBOS audit logs and execution history enable recovery, replay, and full observability
Where this pattern fits in the modern data stack, and how teams can extend it for AI-driven automation
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Reliability in distributed systems is hard—especially when retries, failures, and state transitions are part of normal operation. For data platforms, idempotency is foundational.
On Wednesday, January 28 at 9 AM PT, join Fivetran and DBOS, co-founded by the creator of Postgres, for a live demo on simplifying reliable connector state management.
We’ll dive into how to build a control plane that safely manages Fivetran Connector SDK state changes using DBOS durable workflows, enabling idempotent execution, automatic recovery, and enterprise-grade reliability‚ without complex custom orchestration.
Designing idempotent Connector SDK state transitions using DBOS durable workflows
A live demo showing safe, repeatable connector lifecycle management
How DBOS audit logs and execution history enable recovery, replay, and full observability
Where this pattern fits in the modern data stack, and how teams can extend it for AI-driven automation
Elijah Davis
Max Demoulin
Elijah Davis
Max Demoulin
Reliability in distributed systems is hard—especially when retries, failures, and state transitions are part of normal operation. For data platforms, idempotency is foundational.
On Wednesday, January 28 at 9 AM PT, join Fivetran and DBOS, co-founded by the creator of Postgres, for a live demo on simplifying reliable connector state management.
We’ll dive into how to build a control plane that safely manages Fivetran Connector SDK state changes using DBOS durable workflows, enabling idempotent execution, automatic recovery, and enterprise-grade reliability‚ without complex custom orchestration.