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Silicon Valley, April 12, 2025 -- As decentralized physical infrastructure networks (DePIN) and artificial intelligence (AI) continue to converge, Web3 is evolving from simply "putting assets on-chain” to enabling "resource tokenization” and "intelligent orchestration.” SOLLONG, a key innovator in the DePIN space, continues to push the frontier of "compute-as-resource,” and is now taking another major step forward with the launch of its new module - the RAM Virtual Bandwidth System.
The launch of RAM marks SOLLONG's transition from a pure compute network to a platform that also supports data flow infrastructure, opening up a new channel for real-time network participation and intelligent data routing.
From DePIN to RAM: Bridging Compute and Data in a Smart Web3 Interface
Over the past two years, SOLLONG has built a measurable, participatory distributed compute network through its dual-engine model of "Cloud Compute + DePIN.” Now, with the RAM module, the network gains a new dimension: bandwidth access and prioritization.
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Unlike conventional bandwidth systems, RAM represents on-chain data transmission rights and priority levels. Inspired by Web2's tiered pricing mechanisms and Web3's composable resource logic, RAM has been designed as a dynamic, strategy-driven bandwidth unit, facilitating deeper integration between users, data, and the platform's service layer.
The AI-Powered Engine Behind SOLLONG RAM
In the age of AI, SOLLONG RAM goes beyond being a bandwidth medium - it becomes a data-driven engine designed for real-time responsiveness and intelligent resource utilization. Its system includes:
