Exoscale Certified Cloud Professional study materials
Exoscale Certified Cloud Professional study resources

Exoscale Certified Cloud Professional case studies

Exoscale Certified Cloud Professional · Put your knowledge to work in context.

The Exoscale Certified Cloud Professional credential is an independent, vendor-focused certification for cloud engineers, DevOps practitioners, and architects who design, deploy, and operate workloads on Exoscale's European cloud platform. This study page is maintained by an independent learning platform and is not affiliated with, endorsed by, or sponsored by Exoscale; the exam name is used only to describe the scope of the material. The Exoscale Certified Cloud Professional case studies are 5 cases and about 3,503 words.

1

Nightly Render Farm: Autoscaling, Anti-Affinity, and Shared Storage

A visual-effects studio runs a nightly render pipeline on 40 fixed Exoscale instances in CH-GVA-2. Each job is CPU-bound, averages six hours, and writes intermediate frames to a 2 TB block volume mounted on a single coordinator instance.

719 words, about 4 min
2

Object Storage Retention: Legal Holds, Versions, and Cost Reduction

A Swiss insurance company stores 120 TB of claim documents in an Exoscale Object Storage bucket in CH-DK-2. Versioning is enabled.

681 words, about 3 min
3

PostgreSQL HA and PITR for a Payment Ledger

A fintech runs a customer ledger on Exoscale DBaaS for PostgreSQL in DE-FRA-1. The service uses a single-node Startup plan with 4 vCPU, 16 GB RAM, and 300 GB storage.

727 words, about 4 min
4

Multi-Zone Ingress with Layer-4 NLB and DNS Failover

A ticketing platform serves 15,000 requests per second at peak from two Exoscale zones, CH-GVA-2 and CH-DK-2. Each zone runs 12 application instances behind a single Elastic IP and DNS round-robin with a 300-second TTL.

691 words, about 3 min
5

Clinical LLM Inference: Concrete AI, Data Residency, and Budget

A Swiss hospital wants to deploy a 7-billion-parameter open-weight LLM to summarize clinical notes for 400 clinicians. Expected load is 50,000 requests per day, with p95 latency under 3 seconds for interactive summaries and overnight batch jobs for discharge letters.

685 words, about 3 min