Novarithm Protocol defines the base layer for decentralized AI infrastructure. Persistent claims on compute capacity, secured by a fixed-supply reservation asset.
Separating speculative ownership from enterprise consumption. The protocol bridges the gap between fixed-supply asset mechanics and fluid, scalable utility required by frontier AI models.
Transferable ownership of compute rights.
Enterprise consumption via stable-value routing.
Compute is not homogeneous. Novarithm normalizes hardware capabilities into Standardized Compute Units (SCUs), ensuring 1 CBTC represents a consistent slice of frontier performance, regardless of underlying physical architecture drift over time.
| Metric Standard | Base Normalization | Drift Compensation | Status |
|---|---|---|---|
| FLOPS Capacity | FP16 / FP8 Tensor | Dynamic / Epoch-based | Active |
| Memory Bandwidth | HBM3 Equivalent | Geometric Mean Adj. | Active |
| Interconnect Density | Tbit/s bi-directional | Network Topology Map | Pending V2 |
The Institutional Liquidity & Access Layer (ILAL) provides privacy-preserving compliance for enterprise adoption. It allows regulated entities to interface with the decentralized protocol without exposing proprietary operational strategies.