What is EverArcade?
EverArcade helps teams create worlds that keep going: history is preserved, state can move between operators, and communities can verify what happened without trusting a single server forever.
Worlds
Persistent places with memory, economies, communities, and ownership.
Continuity
History stays legible as worlds grow, recover, and move between operators.
Ownership
World packages, history, and operations are designed to remain portable.
Verification
Communities can independently check what happened without trusting one server forever.
Why worlds matter
Traditional games usually bind community, rules, state, and hosting into one product lifecycle. EverArcade separates the world from a single server or storefront so continuity can become the foundation instead of a temporary feature.
Traditional Games
- Worlds die when servers shut down.
- Communities depend on platform owners.
- History resets between products.
- Infrastructure and game rules are tightly coupled.
EverArcade Worlds
- Portable
- Persistent
- Verifiable
- Operator-hosted
- Community-driven
What EverArcade enables
EverArcade is for developers who want the world itself to be the durable product: its rules, packages, history, operators, and community memory.
Persistent Civilizations
Societies that remember institutions, borders, resources, and player decisions.
Collaborative Sandbox Worlds
Shared construction and discovery spaces where the world keeps its state.
Sovereign MMORPGs
Role-playing worlds with portable packages, recoverable history, and operator choice.
Living Economies
Markets shaped by scarcity, production, trust, and long-running player behavior.
Community-Governed Worlds
Places where rules, stewardship, and upgrades can become public community processes.
Historical Simulations
Worlds where events accumulate into a legible, replayable record.
Incrementally Evolving Worlds
Games that grow through modules, seasons, and migrations without erasing continuity.
Why developers trust EverArcade
Capability is visible in the architecture, not hidden behind marketing language.
Deterministic WASM Runtime
World logic runs inside a constrained runtime designed for repeatable execution.
Replay Verification
History windows can be checked after the fact instead of accepted on faith.
Checkpoint Restore
Recovery material lets operators continue worlds after incidents or migrations.
Federation
Operational responsibility can move beyond a single permanent host.
Open Architecture
Design details live in public docs for review and contribution.
Portable Worlds
World packages separate rules and continuity from one distribution channel.
Choose your path
No protocol background required. Start with the role closest to you.
Explore Worlds
Understand what makes a world different from a temporary game session.
Developers
Create, deploy, verify, operate, and scale your first world.
Technical Overview
Follow the engineering path into contracts, replay, packaging, and continuity.
Compare Platforms
See how EverArcade differs from existing platform and hosting models.