System Specification v2.4
Unified Verifiable
State Architecture
Explore the neural network of Vericast Omega. A high-performance pipeline where every autonomous decision is anchored in the 0G ecosystem.
Frontend
FastAPI
0G DA
0G TEE
0G KV
0G Chain
Live Flow Analysis
Responsive topological map of verifiable state transitions across the 0G network.
The 5-Layer Stack
| Layer | Component | Function | Status |
|---|---|---|---|
| L1 | Event Ingestion | 0G DAContent-addressed immutable storage | CONFIRMED |
| L2 | Verifiable Transform | 0G Compute TEEHardware-attested state logic | CONFIRMED |
| L3 | Hot State Query | 0G KVSub-second state retrieval | CONFIRMED |
| L4 | Optimistic Settlement | 0G ChainTransaction finality & Arbiter | CONFIRMED |
| L5 | Unified Identity | Agent IDERC-7857 Intelligent NFT | CONFIRMED |
Security Model
Every state transition in Vericast Omega undergoes a multi-stage validation process. Raw inputs are first anchored in 0G DA to prevent data withholding. The actual computation happens within a Trusted Execution Environment (TEE), which generates a cryptographic seal only if the logic matches the verified source.
Cryptographic Pipeline
Raw Input → DA Blob → TEE Sign → KV Write → Chain Settle
Dispute Mechanism
VericastArbiter supports optimistic challenges with RISC Zero ZK-Proofs.
Hardware Enclave
Secure computation via TEE ensures no data leakage during inference.