While most blockchain projects today focus on finance and assets, @nesaorg stands out as somewhat different—it does not chase hot trends but instead concentrates on building foundational infrastructure, aiming to become the "operating system" and "trust cornerstone" of the decentralized AI era.

Its architecture can be understood from three aspects:
🔹 Execution Layer: Reliable Computing Black Box
Using technologies like TEE and zero-knowledge proofs, Nesa ensures the privacy and integrity of data and models during computation.
You can obtain trustworthy results without revealing any sensitive information, enabling the safe deployment of AI applications in fields like healthcare and finance.
🔹 Scheduling Layer: Intelligent Resource Allocation
The network can perceive the computing power and status of nodes in real-time, acting like a flexible scheduler that reasonably splits complex AI tasks, efficiently distributes them, and recombines results, ensuring stable system operation rather than chaotic stacking.
🔹 Incentive Layer: Co-constructed and Shared Ecosystem
Through economic model design, it attracts global providers of computing power, data custodians, and developers to participate, jointly maintaining the network and sharing growth benefits.

Therefore, @nesaorg is not just a blockchain project; it is attempting to establish the foundational protocol for future decentralized AI—how to perform secure computation, organize resources, and distribute value.
It collaborates with decentralized storage and computing networks to piece together the complete picture.