Operations | Monitoring | ITSM | DevOps | Cloud

Two-thirds of UK IT leaders say they would switch cloud providers to take back control. Fifteen percent have actually done it. That is the headline from Civo's Digital Sovereignty Revolution 2026, a survey of 1,000 UK IT leaders. The intent is loud and getting louder. The movement is almost silent. It would be easy to call that apathy. It is not. UK organizations are staying on hyperscale infrastructure they no longer fully trust for four very specific reasons. Three of them are structural.

An agent that works on your laptop is borrowing three things it doesn’t own: your identity, your attention, and your judgment. It runs with your credentials and your access. It runs when you trigger it. And when it gets something wrong, you notice and tell it, which is the only evaluation it ever gets. Deploy the same skill to the cloud, unattended and pointed at production, and all three disappear at once.

When a ticket reaches an experienced technician, the issue is supposed to be closer to resolution. Too often, the escalation starts the investigation again. The technician reads the history, checks what L1 attempted, opens the CMDB, searches past incidents, and pulls logs. The fix itself may take two minutes, but reconstructing the situation can take far longer. Real-time agent assist targets that gap.

The recent PHP security emergency has highlighted how vulnerabilities in widely used web technologies can quickly become a significant cybersecurity concern. It is also a reminder that protecting internet-facing applications requires more than keeping software up to date. Organisations need a layered security strategy to protect applications, maintain availability and mitigate malicious traffic.

Your AI coding agents write functions, refactor modules, and generate tests in seconds. Running five of them across three repositories at the same time? That’s a coordination problem, not a code generation problem. Agentic development environments give you one surface to orchestrate multiple agents, review every diff, and get code merged without losing context.

BYOK on EKS, GKE and Kapsule now runs through the Qovery Operator: install it once with Helm on a cluster you already run, and deploy Qovery's component updates from the Console. Now in Preview, for clusters without cert-manager, ExternalDNS or Envoy Gateway. Pierre is a staff engineer on the Qovery platform team. He works on the Qovery Operator and the platform catalog that install and update Qovery on Kubernetes clusters.