⚙️TECHNICAL ARCHITECTURE
NeuroSIM is engineered as a decentralized protocol stack that replaces legacy telecom infrastructure with cryptographic trust, on-chain logic, and automated service coordination. Its architecture prioritizes anonymity, programmability, and user sovereignty by integrating the following technologies.
Smart Contracts
NeuroSIM relies on Ethereum-compatible smart contracts to handle critical logic such as SIM lifecycle management, usage metering, access control, and dynamic pricing. These contracts operate in a trustless environment, ensuring deterministic outcomes without manual intervention. All contract logic is transparent, auditable, and upgradeable via decentralized governance mechanisms.
On-Chain AI Orchestration
Provisioning tasks that traditionally require human approval or centralized coordination are managed by on-chain autonomous agents. These AI agents monitor contextual inputs such as region, device compatibility, and policy thresholds to trigger provisioning actions and enforce network logic. The orchestration layer allows NeuroSIM to function without operational bottlenecks or geographic limitations.
Zero-Knowledge Proofs (ZKPs)
To preserve user privacy while maintaining enforceable logic, the protocol integrates ZKPs to validate access criteria and service conditions without revealing user identity or session metadata. This ensures that compliance with regional restrictions or usage thresholds can be cryptographically proven without exposing sensitive data.
Metadata Minimization
It's designed to reduce data exhaust at the architectural level. The system collects no personally identifiable information (PII), IP logs, or persistent identifiers. Sessions are pseudonymous by default, and only essential metadata such as cryptographic proofs and session-specific tokens is processed transiently before being discarded.
Decentralized Number Registry
Instead of relying on centralized SMS gateways or static telecom databases, NeuroSIM uses a distributed registry to allocate temporary communication endpoints. These identifiers are assigned based on region and use case but are not bound to identity, device, or long-term user history.
Ephemeral Session Architecture
All sessions within the NeuroSIM ecosystem are short-lived and non-linkable. Identifiers, keys, and tokens are generated per session, ensuring that no cross-session profiling can occur. This design eliminates the long-term attack surfaces present in traditional telecom models.
End-to-End Encryption (E2EE)
Every layer of user interaction including messaging, provisioning requests, and internal signaling is secured with modern end-to-end encryption. Decryption keys remain exclusively on the client side, ensuring that no network-level observer or system operator can access the content or context of communication.
Wallet-Based Authentication
User access and authorization are handled through cryptographic keypairs instead of usernames or phone numbers. Wallet-based identity ensures that authentication is both pseudonymous and portable, enabling seamless integration with other decentralized applications and ecosystems.
Decentralized Infrastructure
NeuroSIM eliminates centralized control points by distributing its infrastructure across smart contract–governed agents. No single node, server, or entity has full visibility into user activity or system state. This decentralization increases resilience, transparency, and censorship resistance.
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