Solana’s Coordination Layer

Create, deploy and monetize complex AI models and workflows with Raiku with features such as deterministic microsecond inference timing and encrypted execution environments, resulting in protected IP while enabling secure model sharing.

Coordinate encrypted, large-scale, verifiable AI training with guaranteed bandwidth and direct validator connections for efficient parallel processing and efficient state proofs. With precise timing guarantees and privacy preserving functionality, we enable enterprise organisations to collaborate on model training while maintaining data sovereignty.

Execute ML trading models with deterministic settlement and front-running protection, optimised for high-frequency quant strategies deploying sophisticated strategies.

Coordinate multi-model AI workflows with microsecond-precise execution across distributed systems with atomic state updates. Perfect for applications requiring synchronized inferencing from specialized models with guaranteed response timing.

Enable microsecond-level energy trading between distributed power sources, with deterministic settlement for real-time demand response. Perfect for coordinating renewable energy networks with precise supply/demand matching.

Orchestrate city-wide sensor networks and infrastructure systems with guaranteed bandwidth channels to validators. Enable real-time coordination of traffic systems, utility networks, and public services with verifiable state updates.

Create efficient and performant decentralised markets for cellular and WiFi bandwidth trading, where ISPs and local providers can reserve and trade capacity with microsecond settlement. Enable dynamic pricing and instant allocation based on real-time demand.

Manage distributed networks of edge computing nodes with guaranteed resource allocation and precise timing. Perfect for IoT networks requiring local processing with predictable latency and verifiable execution.

High-precision channels for real-world data feeds (sports, IoT, weather) with deterministic settlement and verifiable delivery timing.

Enterprise-grade data marketplace where traditional providers (e.g. Bloomberg) offers real-time feeds through compliant Raiku extensions.

Create dedicated bandwidth channels for enterprise data flows, with configurable access controls and regulatory compliance features. Perfect for institutions requiring guaranteed throughput and privacy.

Real-time identity verification across multiple providers with microsecond precision and privacy-preserving synchronization.

Enable massive multiplayer games with guaranteed transaction timing and reserved bandwidth channels. Perfect for competitive e-sports, responsive gaming environments with reliable physics, and large-scale battle royales requiring real-time multiplayer coordination across thousands of players.

Create seamless infrastructure for moving digital assets between different game environments with deterministic settlement. Allow cross-game asset management through unified state while maintaining ownership verification and privacy via ZK proofs.

Build scalable, on-demand compute environments for game servers with predictable execution windows and guaranteed resource allocation. Enable game studios to instantly scale processing power during peak periods without performance degradation, supporting complex game economies with institutional liquidity.

Create a Netflix-like streaming platform where content creators directly stream to consumers with guaranteed delivery timing and bandwidth. Viewers pay per-second with instant micropayments while creators receive earnings in real-time.

Build privacy-focused social platforms with guaranteed message delivery and content organization. Enable users to control their data and monetize their attention through transparent micropayment systems with instant settlement.

Create cross-merchant loyalty networks where points and rewards are instantly settled and available across multiple participating businesses. Enable real-time redemption with guaranteed transaction confirmation regardless of network congestion.