CloudRING's ambition is to make cloud computing independent of any single provider, company, technology stack, or jurisdiction.
The desired end state is a global network of independently operated private and public clouds that share open technology and interoperable service contracts. Users can choose where a service runs, combine services from different providers, and leave a provider without rebuilding every integration. Providers remain autonomous, compete on service quality, and collaborate on the platform capabilities that do not differentiate them.
No single operator should possess a global kill switch. That does not make a deployment exempt from law: each provider remains accountable in its own jurisdictions, and every federation relationship is explicit and policy controlled.
Today's cloud model often combines four different choices into one package:
- the infrastructure provider;
- the cloud control plane;
- the catalog of available services;
- the legal and commercial jurisdiction governing them.
That vertical integration can be convenient, but it also concentrates failure, policy, and switching power. Users accumulate provider-specific APIs and data paths. Smaller providers and enterprise infrastructure teams repeatedly build similar control planes. Independent service developers face a separate integration and distribution problem for every cloud.
CloudRING separates these concerns.
CloudRING is a cloud operating system with two durable layers:
- The provider platform supplies identity, tenancy, IAM, policy, APIs, portal, catalog, billing foundations, audit, installation, lifecycle, and operations.
- Cloud products supply compute, networking, storage, databases, queues, Kubernetes, AI infrastructure, or any other customer-facing capability.
The platform consumes products through OCSv3 contracts. It must not import a service's private implementation, assume its programming language, or give a built-in service an undocumented privilege unavailable to another conforming module.
Infrastructure used by the platform itself is an implementation dependency; infrastructure offered to a tenant is a cloud product. Keeping that boundary clear allows technology choices to evolve without forcing the business or the ecosystem to start over.
OCSv3 is intended to make a cloud service independently buildable, testable, installable, operable, and replaceable. It describes the complete product surface—not only provisioning:
- identity, tenancy, policy, and service-to-service access;
- synchronous APIs, asynchronous events, idempotent lifecycle operations, and compatibility;
- portal and automation extensions;
- catalog, entitlement, quota, capacity, meters, and billing inputs;
- observability, support, evidence, and incident boundaries;
- durability, backup, restore, upgrade, rollback, export, and deletion;
- distribution, signing, moderation, federation, and commercial metadata.
The specification must remain language-neutral even when CloudRING ships a Go reference implementation. Conformance must include negative and failure cases, not only schema acceptance. OCSv3 remains a CloudRING project specification until any external standards status is established separately.
The common platform should reduce duplicated engineering, not eliminate competition.
Providers can use the open core, contribute generic improvements, build their own adapters or services, and select which third-party products they admit. Their competitive advantage comes from reliability, location, support, compliance, cost, and services that solve customer problems well.
Independent developers can build a service for one provider, a group of private clouds, or—when federation and distribution are ready—a wider CloudRING network. A service may be open source or independently licensed. Publication, pricing, licensing, and revenue sharing are governed by explicit provider and module policy rather than hidden platform assumptions.
Users gain choice only when exit works in practice. Products therefore need declared data export, deletion, compatibility, and migration behavior. A common API does not by itself prove that workloads or data can move safely.
CloudRING should support the same conceptual platform in several settings:
- an enterprise private cloud that unifies internal infrastructure and approved external services;
- a regional or specialist public provider that needs a complete open cloud foundation;
- edge or constrained sites that run a policy-approved subset of products;
- a federation in which independent providers exchange signed catalogs, offers, orders, entitlements, usage summaries, and settlement records without sharing a database or root administrator.
The first useful deployment is deliberately smaller: one provider, one region, one bounded cell, and a complete evidence-backed customer journey. Federation comes after the single-provider platform is secure, durable, operable, and portable.
- No global central dependency. Federation must continue to fail safely when another provider or coordinator is unavailable.
- Open core, replaceable edges. Reusable capabilities belong upstream; deployment values and independently owned modules stay with their owners.
- First-class by contract. Every service uses the same documented security, lifecycle, billing, support, and evidence surfaces.
- Provider and technology neutrality. Core APIs describe capabilities, not one vendor's products or one deployment topology.
- Exit is a product feature. Export, deletion, compatibility, and recovery are designed and tested, not deferred to documentation.
- Evidence before claims. Static configuration and green unit tests do not prove a live installation, upgrade, recovery, or failure boundary.
- Local autonomy and lawful operation. Providers retain admission, commercial, security, and jurisdictional control.
- One control surface. Humans, CLIs, APIs, automation, and AI agents use the same policy-controlled operations and audit trail.
- Evolution without ecosystem rewrites. Implementations may change behind stable versioned contracts.
- Solve user problems. The platform is infrastructure; value comes from reliable services that help users accomplish real work.
CloudRING succeeds when all of the following are demonstrated from released artifacts and clean installations:
- independent providers can install and operate the same open platform without a private upstream dependency;
- independent product teams can ship conforming services without modifying the platform core;
- users receive consistent IAM, lifecycle, billing, support, and evidence across products;
- supported upgrades and declared failures preserve the promised service and data boundaries;
- users can export or move supported workloads and data through tested paths;
- providers can federate without a shared root, mandatory central coordinator, or universal database;
- no documentation, fixture, or historical deployment is presented as current proof of readiness.
This document states direction. The public roadmap defines the sequence and the evidence required before each part of that direction can become a product claim.