English
This talk will be held in English. / Dieser Vortrag wird auf Englisch gehalten.
Tal Zwick
is a software developer at MetalBear, where he writes open-source Rust code for mirrord. He has presented technical talks at KubeCon + CloudNativeCon Europe 2024, KCD Munich 2024, and various local cloud-native events and meetups. When he's not developing Kubernetes operators, he's writing low-level code that usually involves networking, concurrency, and interfacing with C.
This talk will be held in English. / Dieser Vortrag wird auf Englisch gehalten.
Learn how Celonis boosted developer experience by tackling the pain of complex local development setups, where developers lost hours weekly on maintenance and troubleshooting. Adopting "remocal" development with mirrord now lets engineers run their local code within a shared cluster context, saving over 100 hours weekly by slashing setup time and speeding up testing.
We'll discuss how we picked mirrord over other tools like Telepresence or Gefyra, how it works under the hood, and lessons learned from rolling it out to a global engineering org.
Basic familiarity with Kubernetes
In this session participants will be introduced the "remocal" paradigm of cloud native software development, and learn from Celonis's experience how to choose the right tool and what you have to think about when rolling it out.
Dominik Münch
is an engineer at Celonis, where he spends his time doing his best to create happy places for developers and containers. From building platforms to building platform teams, he has worn many hats over the past 8+ years in a fast-growing tech company. He's passionate about platform engineering, developer experience, observability, and cloud-native technologies.
Tal Zwick
is a software developer at MetalBear, where he writes open-source Rust code for mirrord. He has presented technical talks at KubeCon + CloudNativeCon Europe 2024, KCD Munich 2024, and various local cloud-native events and meetups. When he's not developing Kubernetes operators, he's writing low-level code that usually involves networking, concurrency, and interfacing with C.
