Uploaded April 2026 | Updated September 2026, 2 weeks ago
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As part of the energy transition, every solar panel, battery system and charging station must be registered in a central national service. This registry holds millions of installations and is essential for grid stability. Our original architecture, however, was over‑engineered, hard to scale, and increasingly unable to handle the growing load.
In this talk, we share how we rebuilt this mission‑critical system without downtime and without breaking existing integrations, while shifting to a fully cloud‑native, non‑blocking and asynchronous architecture. We’ll walk through the key design principles we applied, decoupling, scalability, resilience and discuss the unexpected challenges where elegant theory met messy reality.
Please subscribe to our YouTube channel @ youtube.com/@DevoxxForever
Subscribe to LinkedIn @ linkedin.com/company/voxxed-days-amsterdam
Follow us on Twitter @ twitter.com/voxxedamsterdam
As part of the energy transition, every solar panel, battery system and charging station must be registered in a central national service. This registry holds millions of installations and is essential for grid stability. Our original architecture, however, was over‑engineered, hard to scale, and increasingly unable to handle the growing load.
In this talk, we share how we rebuilt this mission‑critical system without downtime and without breaking existing integrations, while shifting to a fully cloud‑native, non‑blocking and asynchronous architecture. We’ll walk through the key design principles we applied, decoupling, scalability, resilience and discuss the unexpected challenges where elegant theory met messy reality.
