# Phoeniqs Cloud Services

Server aisle in a Phoeniqs data center
Server aisle in a Phoeniqs data center

Phoeniqs Cloud is a sovereign Swiss cloud platform built on Red Hat OpenShift and open-source technologies. It provides Infrastructure-as-a-Service with fully managed Kubernetes clusters, GPU-accelerated compute for AI workloads, and hardware-enforced confidential computing, all operated from Swiss data centers with a zero-access security model.

Resources are purchased individually through the Phoeniqs Portal on an a-la-carte basis (vCPUs, RAM, storage, GPUs) and organized into Capacity Pools and Namespaces. No support tickets or sales interactions are required.

# Documentation

# Getting Started

  • How Phoeniqs Cloud Works Core concepts, Resource Groups, Capacity Pools, Namespaces, and how purchased resources reach your workloads.
  • Access Your OpenShift How to log in to your OpenShift cluster, navigate to your project, review your default deployment, and deploy workloads.
  • Access Your OpenShift AI How to access the OpenShift AI environment, launch notebooks, create data science projects, and deploy and inference AI models.

# Platform Architecture

  • OpenShift Architecture Overview: Platform layers from raw infrastructure to tenant workloads, key Kubernetes concepts, and how OpenShift abstracts infrastructure complexity.
  • IaaS Capacity and Node Provisioning: How the Capacity Pool works, the provisioning flow from physical machines to scheduled pods, and dynamic scaling with the cluster autoscaler.
  • Namespaces, Quotas and RBAC: Multi-tenancy model including ResourceQuotas, LimitRanges, and role-based access control within OpenShift projects.

# Security

  • Confidential Computing Hardware-enforced data protection across the full lifecycle (in transit, at rest, in use) using trusted execution environments, cryptographic attestation, and zero-access operations.

# Pricing

  • Resource Pricing Detailed billing reference including per-resource pricing, the resource truth table, and example cost calculations.

# Operations

  • System Status Current platform health and service availability.