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Comprehensive documentation, guides, and resources to help you build on the universal Web4/Web5 infrastructure. Learn how OASIS works and start building today.
Complete documentation for the OASIS Web4 API. Learn about Avatar, Karma, Wallet, Keys, and all core APIs.
Interactive API reference with endpoints, parameters, and examples. Explore all 500+ OASIS API endpoints.
Open source OASIS codebase, examples, SDKs, and community contributions. Star, fork, and contribute.
Get up and running with OASIS in minutes. Learn how to create your first avatar, make API calls, and deploy your first application.
Learn how to use STAR CLI to create OAPPs, manage STARNETHolons, and build metaverses with low/no-code tools.
Understand how HyperDrive v2 provides 100% uptime with auto-failover, load balancing, and intelligent routing.
A developer calls the 'save-holon' method, specifying data, provider preferences, and replication settings. The Holon is created as a self-contained data module.
HyperDrive receives the Holon and routes it to the primary provider, assigning a unique ID and version number for tracking.
The Provider Registry encodes the Holon using the specified provider format and initiates replication to configured providers, completing the save transaction.
HyperDrive automatically replicates the Holon to all configured providers (MongoDB, IPFS, Arbitrum, etc.) based on replication rules.
Each provider receives and stores the Holon data, ensuring consistency across all storage systems.
HyperDrive executes parallel queries across all providers simultaneously, aggregating responses intelligently for 20-50x faster results.
Each provider returns the requested Holon data. HyperDrive selects the fastest or most authoritative response.
HyperDrive aggregates responses from all providers, ensuring data consistency and selecting the optimal result.
The unified Holon data is returned to the application, providing a consistent interface regardless of the underlying provider.
Latest updates, tutorials, and insights from the OASIS team. Learn about new features, best practices, and use cases.
Technical deep dive into OASIS architecture, protocols, and design decisions. Understand the underlying technology.
Get help from the OASIS community. Ask questions, report issues, and connect with other developers.