# 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. For new subscriptions, no support tickets or sales interactions are required.


# Pricing transition for existing customers

The new à-la-carte pricing model is effective immediately for all new subscriptions.

If you are on an existing plan, nothing changes on your end right now. Your current setup continues to work as-is.

During the transition period:

  • You cannot associate a new resource subscription (for example, additional vCPUs) with a tenant created before 1 May 2026 through the portal.
  • To add a new resource to an existing tenant, open a support ticket.

We will be in touch individually as we begin migrating existing accounts, and we are committed to making that transition smooth.


# 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.
  • Monitor GitOps State Monitor the GitOps state of your Phoeniqs namespace in real time with the Flux Status web UI.