For a visual representation of these layers and how clients connect, see the Platform diagram.
1. The Neuron: interaction across domains
The Neuron is the interaction layer. It provides the federated runtime where users, systems, and services communicate and interact across domains. This is where identity-aware messaging, contract access, and service interaction begin.2. Legal identities and smart contracts: trusted business objects
On top of the interaction layer, the platform uses legal identities and smart contracts to represent parties, permissions, approvals, obligations, and ownership. These contracts are structured digital agreements with human-readable and machine-readable content, roles, lifecycle rules, signatures, and auditability.3. Neuro-Ledger: auditable persistence
The Neuro-Ledger is the platform’s distributed audit and persistence layer. It is designed as an alternative to traditional blockchain-based ledgers — federated, distributed, and built for privacy-aware, auditable systems. It avoids dependence on proof-of-work and does not require a single global chain.4. Payments and tokenized assets: value transfer on top
On top of the Neuron and Neuro-Ledger, the platform supports payments and tokenized assets. e-Daler is a federated instant payment mechanism. Neuro-Features are digital instruments that can represent NFTs, asset-backed tokens, and other ownership models. Both are tied to smart contracts, lifecycle rules, ownership, and auditable events.The architecture in one sentence
Neuron
Interaction and federation
Legal identities + smart contracts
Trustable agreements and permissions
Neuro-Ledger
Audit and persistence
Payments + tokens
Value transfer and digital assets
Where this architecture has been applied
This architecture has been applied across several domains:
All of these rely on the same layered model — the Neuron for interaction, legal identities and contracts for trust, Neuro-Ledger for auditability, and tokens or payments for value transfer.
See the Platform diagram for a visual representation of the stack and the federated network.