Dominik Tornow
@dominiktornow.bsky.social
Founder Resonate HQ | Distributed Async Await | Thinking in Distributed Systems | https://dtornow.substack.com
Partial Failure & Partial Retry
RPCs create recovery boundaries: When an execution crashes, only the executions within its recovery boundaries restart
Executions in different recovery boundaries (across RPCs) continue running.
RPCs create recovery boundaries: When an execution crashes, only the executions within its recovery boundaries restart
Executions in different recovery boundaries (across RPCs) continue running.
November 5, 2025 at 6:10 PM
Partial Failure & Partial Retry
RPCs create recovery boundaries: When an execution crashes, only the executions within its recovery boundaries restart
Executions in different recovery boundaries (across RPCs) continue running.
RPCs create recovery boundaries: When an execution crashes, only the executions within its recovery boundaries restart
Executions in different recovery boundaries (across RPCs) continue running.
Partial Failure but Total Retry?!
If we follow the familiar model of chained HTTP calls then a failure in the chain forces a restart from the failure point
This works for short-lived, cheap executions, but collapses under long-lived, expensive ones
If we follow the familiar model of chained HTTP calls then a failure in the chain forces a restart from the failure point
This works for short-lived, cheap executions, but collapses under long-lived, expensive ones
November 5, 2025 at 2:30 PM
Partial Failure but Total Retry?!
If we follow the familiar model of chained HTTP calls then a failure in the chain forces a restart from the failure point
This works for short-lived, cheap executions, but collapses under long-lived, expensive ones
If we follow the familiar model of chained HTTP calls then a failure in the chain forces a restart from the failure point
This works for short-lived, cheap executions, but collapses under long-lived, expensive ones
From the terminal to the cloud, from prototype to production
Learn how agents scale beyond a single machine and master identity, coordination, and recovery
Build a recursive, distributed Deep Research Agent with @resonatehqio.bsky.social + OpenAI—in under 120 lines
Chapter 3 is live
Learn how agents scale beyond a single machine and master identity, coordination, and recovery
Build a recursive, distributed Deep Research Agent with @resonatehqio.bsky.social + OpenAI—in under 120 lines
Chapter 3 is live
November 3, 2025 at 9:10 AM
From the terminal to the cloud, from prototype to production
Learn how agents scale beyond a single machine and master identity, coordination, and recovery
Build a recursive, distributed Deep Research Agent with @resonatehqio.bsky.social + OpenAI—in under 120 lines
Chapter 3 is live
Learn how agents scale beyond a single machine and master identity, coordination, and recovery
Build a recursive, distributed Deep Research Agent with @resonatehqio.bsky.social + OpenAI—in under 120 lines
Chapter 3 is live
I'm experimenting with animations for the 3rd chapter of Systems Engineering for Agentic Applications
This shows the call graph of the recursive, distributed Research Agent unfolding over time, highlighting durable promises
I dig the result but they are a lot of work 🥲
This shows the call graph of the recursive, distributed Research Agent unfolding over time, highlighting durable promises
I dig the result but they are a lot of work 🥲
November 1, 2025 at 7:20 PM
I'm experimenting with animations for the 3rd chapter of Systems Engineering for Agentic Applications
This shows the call graph of the recursive, distributed Research Agent unfolding over time, highlighting durable promises
I dig the result but they are a lot of work 🥲
This shows the call graph of the recursive, distributed Research Agent unfolding over time, highlighting durable promises
I dig the result but they are a lot of work 🥲