AssetX Labs is a next-generation infrastructure service provider for distributed economies. Its core mission is to convert physical and digital resources—such as computing power, bandwidth (PCDN), storage, and sensor data—into on-chain assets with “discoverable, schedulable, tradable, and auditable” properties, through a heterogeneous resource abstraction layer, on-chain assetization engines, and cross-chain collaborative networks.
The technical system is designed with the principles of decentralization, high compatibility, and high trustworthiness, providing foundational resource supply and application acceleration for Web3 decentralized applications (DApps), distributed AI training, and DePIN (decentralized physical infrastructure networks). AssetX Labs addresses key technical pain points in traditional resource scheduling: fragmented access, difficulty in heterogeneous resource coordination, and low cross-chain settlement efficiency.
From a technical ecosystem perspective, AssetX Labs builds a global resource pool with a three-layer architecture that breaks asset boundaries:
Whether building distributed AI computing markets (e.g., aggregating global GPU resources for large model fine-tuning), trusted data-sharing networks (e.g., cross-institutional medical data collaboration), or deploying low-latency Web3 applications (e.g., edge-computing-powered metaverse scenarios), AssetX Labs delivers modular, customizable, and highly reliable resource aggregation solutions for developers, enterprises, and communities.
AssetX Labs adopts a layered, modular design to ensure independent iteration while maintaining efficient collaboration. The architecture consists of three core layers and two supporting systems.
| Layer | Core Function | Key Technology | Performance Indicators |
|---|---|---|---|
| Distributed Node Network | Node access, state synchronization, edge computing | libp2p (modified), edge node deployment, DHT | Supports 1M+ nodes, node state sync < 500ms, offline detection < 10s |
| Asset Standardization & Scheduling | Resource quantification, asset mapping, task dispatch | ARDP, WLLF load balancing, smart contract asset mapping | Quantification accuracy > 99.5%, task matching < 100ms, resource utilization +40%+ |
| Cross-Chain & Application | Cross-chain asset transfer, app interface adaptation, settlement channels | HTLC, IBC, standardized API gateway | Cross-chain confirmation <30s, API success rate >99.9%, supports 15+ major chains & DePIN networks |
Trusted Computing Support: Integrates Intel SGX/AMD SEV hardware-level TEEs and ZKP (Zero-Knowledge Proof) technology, ensuring privacy protection and tamper-proof execution for resource scheduling, task execution, and data interaction. Achieves 100% auditability of task execution.
Monitoring & Operation Support: Uses Prometheus + Grafana monitoring stack and ELK log analysis for real-time monitoring of node status (CPU/memory/bandwidth utilization), protocol metrics (cross-chain success rate, task completion), and asset flows (transactions/amounts). Multi-dimensional alerts (email, SMS, Slack) with failure response <5 min.
This is the core prerequisite for resource on-chain mapping. It follows a four-step process: resource feature extraction → quantification → on-chain registration → state synchronization.