A fire at the NorthC datacenter in Almere caused widespread service disruptions for several Dutch organizations on May 6, 2026 [1].

The incident highlights the vulnerability of critical public infrastructure when multiple essential services rely on a single physical location for data storage and power.

The blaze broke out Thursday morning in the technical area of the facility located on Rondebeltweg [2]. To protect the site, the datacenter triggered an automatic shutdown of electricity, which severed system access for its customers [3]. A spokesperson for the NorthC Datacenter said the fire started in the technical room and noted that extinguishing the flames could take hours [4].

Local authorities reported significant smoke development during the incident. The safety region said a considerable amount of smoke was released during the fire [5].

The power failure led to immediate operational halts for several major entities. The University of Utrecht remained closed on Friday because electronic access passes ceased to function [6]. Other affected organizations included the Centraal Bureau voor de Statistiek (CBS), and the transport company Transdev [7].

In total, at least three major organizations were specifically named as experiencing disruptions [8]. While some reports suggested the University of Utrecht was the only entity with problems, other verified sources confirmed that CBS and Transdev also suffered outages [7].

Emergency crews worked to contain the blaze, which was eventually brought under control [3]. However, the automatic power cut meant that even if the hardware remained undamaged, the lack of electricity prevented these organizations from accessing their critical digital systems [3].

“The fire triggered an automatic shutdown of electricity to protect the facility.”

This event underscores the systemic risk of 'single point of failure' architecture in digital infrastructure. When a single datacenter outage can simultaneously shut down a national statistics office, a major university's physical security, and a transport provider, it reveals a lack of geographic redundancy in the cloud strategies of these public institutions.