7. Each user is a node

One of the revolutionary features of the Sovereignty Protocol is its ability to leverage handheld devices (such as smartphones) as nodes in the network. Through client-side zero-knowledge proof (zkProof) generation and minimal resource requirements, every user of the DID Wallet becomes an active participant in the Sovereignty Protocol network.

Key highlights include:

• Node Participation: Each DID wallet user can operate as a lightweight node. This removes the need for expensive hardware or centralized validators, making the network truly decentralized and accessible.

• Proof Storage: Nodes store zero-knowledge proofs (zkProofs) that represent identity verifications, transaction records, and other critical data in a compressed, private format. This decentralized storage enhances network resilience and removes single points of failure.

• Consensus Contribution: Users running DID wallet nodes can participate in decentralized consensus mechanisms such as validation of zkProofs and network security.

• Equitable Network Access: Enabling handheld devices as nodes democratizes access to node operation, ensuring fairer distribution of network rewards and power.

By utilizing Polygon Miden's efficient zkRollup infrastructure and StwoProver for client-side zkProof generation, the computational burden is minimized. This ensures that even resource-constrained devices can function effectively as network nodes.

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Handheld Device Nodes: Enabling Equitable Infrastructure

Sovereignty Protocol’s architecture aligns with the vision of decentralization by reducing hardware dependency for node operators. Through innovations in zkProof generation, minimal data sharing, and efficient storage mechanisms:

• Smartphones and other handheld devices can participate in the network without resource strain.

• DID wallet users contribute to storage, proof verification, and governance, fostering a self-sustaining ecosystem.

By enabling decentralized node operation, Sovereignty Protocol introduces an unprecedented level of scalability and accessibility in decentralized blockchain framework.