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XaasIO Hyperscaler Platform · Cloud Console, Billing and FinOps

Your Own Hyperscaler Cloud, Made Simple

Give customers and internal teams the self-service console, catalog, APIs, and cost visibility they expect from a hyperscaler, delivered from your own data centers. Service providers get automated billing. Enterprises get FinOps and showback. You retain control of your infrastructure, identity, data, and operations.
The hyperscaler experience, simplified

Your Own Hyperscaler Cloud, Made Simple

Users pick a service from the catalog. XaasIO Hyperscaler Platform coordinates identity, policy, provisioning, metering and cost reporting behind the scenes.


Main components

Console and Catalog

A familiar cloud console with a service catalog, guided create flows, resource lists and search, built with the design system behind the most widely used cloud console.

Technical reference: Service Catalog · Console Home

Accounts, Identity and Policy

Organize customers and teams into accounts and projects with roles, quotas, and policies. Integrate enterprise single sign-on.

Technical reference: XaasIO IAM · SSO · RBAC · Policy Engine · Quotas

Metering, Billing and FinOps

Record usage per account and project, then turn it into invoices for customers or showback reports for internal teams.

Technical reference: Usage Metering · Rating · Invoicing · Showback

APIs and Automation

Use the same services through the REST API, the command line and infrastructure as code, so platform teams can automate what users do in the console.

Technical reference: REST API · xhpctl · OpenTofu/Terraform

Use the same cloud through the console, API, CLI, or infrastructure as code.
For service providers

Launch an Alternative Cloud Under Your Own Brand

Offer compute, storage, Kubernetes, databases and AI services with the self-service experience customers know from the hyperscalers, and bill for them automatically.
Multi-tenant accounts, projects and quotas
Service catalog with plans and pricing
Automated metering, invoicing and payments
Customer sign-up and self-service
For enterprises

The Hyperscaler Experience, On‑Premises

Give application teams self-service infrastructure with guardrails, and give finance a clear view of who uses what.
Self-service with quotas and policies
Projects by team and environment
Cost allocation by project and label
Showback reports for finance
Single sign-on with your identity provider

Built for cloud service providers, MSPs and sovereign cloud operators


Built for private cloud, regulated and sovereign environments

One integrated platform

One Console for Every XaasIO Platform and Module

XaasIO Hyperscaler Platform is the single integrated platform for the XaasIO portfolio. Each platform keeps its own engine and lifecycle. The console, identity, catalog, metering and billing are shared, and every platform follows the same release calendar.

XaasIO Hyperscaler Platform
Console Catalog Accounts and IAM Metering Billing and FinOps API, CLI and IaC
Infrastructure
XaasIO ComputeOpenStack private cloud
XaasIO VirtualizationKVM virtualization
XaasIO HCIHyper-converged infrastructure
XaasIO KubernetesContainer orchestration
XaasIO SDSCeph block, object and file storage
XaasIO NFVVirtualized network functions
Data and AI
XaasIO RDSManaged databases on OpenEverest
XaasIO AI LakeData and knowledge foundation
XaasIO AI Token FactoryGoverned, metered AI inference
XaasIO AI Factory + HPCAccelerated AI and HPC
Operations and Governance
XaasIO CMPMulti-cloud management
XaasIO MLTMonitoring, logging and telemetry
XaasIO AI-SREAI-assisted operations
XaasIO Unified AutomationGitOps and infrastructure automation
XaasIO DR and ReplicationRecovery orchestration
Security and Collaboration
XaasIO Autonomous Defense – VisaiSecurity monitoring and response
XaasIO Secure Communication and CollaborationMatrix and Jitsi
XaasIO Secure GroupwareSOGo
Modules
XaasIO IAMIdentity and access management
XaasIO Directory ServicesUsers, groups and identity integration
XaasIO BackupPolicy-based backup and restore
XaasIO VDI and PAMDesktops and privileged access

Platforms and modules are optional and appear in the console as they are added to a deployment. Billing and FinOps in the console are delivered by the XaasIO BSS and FinOps Platform.


How it works

One Request. XaasIO Hyperscaler Platform Coordinates Everything.

01

Request

A user selects a service and plan from the catalog, in the console or through the API.
02

Authorize

The platform checks identity, role, policy and quota for the account and project.
03

Provision

The owning XaasIO platform, such as Compute, Kubernetes, or RDS, creates the resource.
04

Meter

Usage events are recorded against the account, project and resource.
05

Bill or Show Back

Usage is rated into an invoice for a customer, or into a cost report for an internal team.

Users request a cloud service. XaasIO Hyperscaler Platform handles the coordination from sign-in to invoice.

For service providers

Automated Billing, from Usage to Payment

Metering, rating, invoicing and collection run as one automated flow, so a provider can spend its time growing the cloud instead of reconciling spreadsheets.

Usage Metering

Meter every resource from creation to deletion, per account and project, across compute, storage, network, Kubernetes, databases, and AI services.

Technical reference: Metering Events · Usage Records

Pricing Plans and Rating

Define prices per resource, per unit of time or per unit of usage, with flat or tiered rates and overrides for individual customers.

Technical reference: Rate Cards · Pricing Rules · Customer Overrides

Prepaid and Postpaid Accounts

Offer prepaid balances or postpaid terms with credit limits, and notify customers about low balances and new invoices.

Technical reference: Balances · Credit Limits · Notifications

Invoicing, Tax and Currency

Issue invoices automatically at the end of each billing cycle, with tax rules, a base currency and your own branding.

Technical reference: Invoice Runs · Tax Rules · Branded Templates

Payments and Collections

Collect through payment gateways or bank transfer, retry failed payments, send reminders, and suspend or resume services by policy.

Technical reference: Payment Gateways · Reminders · Suspension Rules

Audit and Integration

Log every charge, payment and adjustment, export to accounting systems, and drive the whole flow through the API.

Technical reference: Audit Trail · CSV and PDF Export · REST API

Billing capabilities depend on the payment gateways, tax rules and integrations selected for each deployment.

For enterprises

FinOps and Showback for Private Cloud

Private cloud has costs even when nobody sends an invoice. XaasIO Hyperscaler Platform allocates them, so teams see what they use and finance sees where the money goes.

Cost Allocation

Allocate costs by account, project, team, environment, and label, down to individual resources and Kubernetes workloads.

Technical reference: Usage Records · Labels · Kubernetes Cost Allocation

Rate Cards for On-Premises Resources

Set your own unit rates for CPU, GPU, memory, storage and network, so internal prices reflect your real cost of ownership.

Technical reference: Custom Pricing · Unit Rates

Showback and Chargeback Reports

Publish showback reports to each team every month, or charge back to cost centers when finance requires it.

Technical reference: Showback · Chargeback · Scheduled Reports

Spend Visibility

Track month-to-date spend, top consumers and trends in the console, and export cost data to finance and BI tools.

Technical reference: Cost Dashboards · Data Expor


Showback reports cost without invoicing. Chargeback can be enabled when finance requires it.


Advanced capabilities

A Multi-Tenant Control Plane, Presented as Simple Choices

Tenant Isolation by Design

Every request is scoped to an account and project, and isolation is enforced in the platform data layer as well as in the console.

Technical reference: Account Scoping · Row-Level Isolation

Per-Account Encryption Keys

Protect sensitive platform data with keys that are separated per account and held in a key management service inside your boundary.

Technical reference: Key Management Service · Per-Account Key Namespaces

Policy on Every Request

Authorization policies are evaluated on each request and deny by default, so a missing rule blocks access instead of granting it.

Technical reference: Policy Engine · Deny by Default

One API Contract

Services share the same API conventions and error format, so automation written for one service carries over to the next.

Technical reference: REST API · xhpctl · Unified Error Contract

Advanced capabilities depend on the platforms, identity provider and architecture selected for each deployment.

Production cloud platform

A Cloud Platform Without the Integration Burden

XaasIO designs, deploys, validates and supports XaasIO Hyperscaler Platform and the platforms behind it as one production service rather than an unsupported collection of portals, billing tools and scripts.

Validated Architecture

Console, identity, catalog, metering, billing and each connected platform are tested as a complete solution.

Controlled Lifecycle

The platform follows a documented release, patching and upgrade policy, in step with the platforms it integrates.

Sovereign and Air-Gapped Ready

Customer records, usage data, invoices and keys stay inside your boundary, with local repositories, identity and controlled update procedures.

Flexible Operating Model

Choose customer-operated, co-managed, fully managed or dedicated SRE Pod operations.

Built for cloud service providers and MSPs, enterprise private cloud, and sovereign and regulated cloud environments.

Cloud Launch Support Packs

Separately scoped support for assessment, migration, integration and managed operations – available for:

VMware Cloud Director and vCloud estates
OpenStack dashboards and custom portals
Existing billing, CRM and ERP systems
Public cloud repatriation programs

Software supply chain assurance

Every supported XaasIO Hyperscaler Platform release includes an upstream SBOM and XaasIO release SBOM, covering components, container images, dependencies, licenses, vulnerabilities, provenance, and signed artifacts. SPDX or CycloneDX outputs support SOC 2-aligned controls and audit evidence.

Upstream SBOM
XaasIO release SBOM
Components and container images
Licenses and vulnerabilities
Provenance and signed artifacts
SPDX or CycloneDX output
SOC 2-aligned audit evidence

Existing customers, plans and price lists are reviewed for migration



SPDX and CycloneDX outputs are available for every supported release


Frequently asked questions

What is XaasIO Hyperscaler Platform?

XaasIO Hyperscaler Platform is a cloud console, catalog, tenancy, metering, and billing layer that gives customers and internal teams a hyperscaler-style experience on infrastructure you own. It is the single integrated platform for the XaasIO portfolio, so compute, storage, Kubernetes, databases, observability, and AI services are delivered through one console.

What does “hyperscaler experience” mean here?

Users sign in to a familiar console, choose services from a catalog, create resources on their own within quotas and policies, automate through APIs and infrastructure as code, and see what they consume and what it costs. The difference is that the cloud runs in your data centers, under your control.

Is the console based on AWS software?

The console is built with Cloudscape, the open-source design system, licensed under Apache 2.0, that AWS created for its own console. XaasIO Hyperscaler Platform is not an AWS product and is not affiliated with AWS. Applications use XaasIO and upstream APIs, such as OpenStack, Kubernetes and S3-compatible storage, rather than AWS service APIs.

Who is XaasIO Hyperscaler Platform for?

Service providers that want to build an alternative cloud under their own brand, with multi-tenancy and automated billing, and enterprises that want a hyperscaler-style, self-service experience on-premises, with FinOps and showback instead of invoices.

How does billing work for service providers?

The platform meters resource usage per account and project, rates it against your pricing plans, issues invoices at the end of each billing cycle and collects through payment gateways or bank transfer. Prepaid and postpaid models, credit limits, reminders and suspension rules are set by policy.

What is the difference between showback and chargeback?

Showback reports what each team or project consumed and what it cost, without moving money. Chargeback goes one step further and charges that cost to a cost center. XaasIO Hyperscaler Platform supports showback by default and chargeback when finance requires it.

Which XaasIO platforms does it integrate?

All platforms and modules in the XaasIO lifecycle framework, including XaasIO Compute, Virtualization, Kubernetes, SDS, RDS, MLT, AI Lake and AI Factory. Each one appears in the console when it is added to a deployment.

Is XaasIO Hyperscaler Platform required to run other XaasIO platforms?

No. XaasIO platforms can run on their own, and XaasIO RDS and XaasIO MLT include the Hyperscaler console for their own service. The platform is required when several platforms are delivered through one console with shared tenancy, metering and billing.

Can it run in a sovereign or air-gapped environment?

Yes. The platform can be designed with local repositories, identity and controlled update procedures, so customer records, usage data, invoices and keys stay inside the approved security boundary.

How are capabilities released and supported?

The platform follows the XaasIO release calendar, with new series in June and December. The release record for each series identifies which capabilities are generally available and which are in preview. It can be customer-operated, co-managed, fully managed by XaasIO or run by a dedicated SRE Pod.

Build what the world depends on.

Planning a cloud for government, financial services, pharmaceuticals, healthcare, energy, transport, industry, service-provider operations, or private AI? Work with XaasIO to define the architecture, security boundary, and operating model your environment requires.