The trust layer for AI and compute. SSL certificates for autonomous systems.
Real-time verification infrastructure metrics.
Turn opaque workloads into independently provable execution.
From workload submission to cryptographic finality.
Global validator topology and consensus state.
Real-time workload verification across the validator network.
Public proof infrastructure for verified workloads.
| Receipt ID | Workload | Truth Score | Validators | Replay | Status |
|---|---|---|---|---|---|
| cv_8f72a3b9 | llm-inference | 0.9987 | 5/5 | PASS | verified |
| cv_2e91c4d8 | agent-execution | 0.9924 | 4/5 | PASS | verified |
| cv_7b38f1a2 | simulation-run | 0.9991 | 5/5 | PASS | verified |
| cv_4c92d7e5 | batch-compute | 0.9878 | 5/5 | PASS | verified |
| cv_1a47b9c3 | model-training | 0.9956 | 4/5 | PASS | verified |
| cv_6f83e2d1 | image-generation | 0.9943 | 5/5 | PASS | verified |
Define, enforce, and audit compute trust policies.
Compliance-ready audit trails and evidence packages.
In the AI economy, computation must become independently verifiable.
From developer sandbox to sovereign infrastructure.
Multiple integration paths for verified compute.
# Install
pip install computeverify
# Connect to backend
from computeverify import Client
client = Client("http://77.68.79.222:8792/computenet")
stats = client.get_stats()
# validators: 8
# truth_score: 0.9847# Get live network status
curl -X GET \
http://77.68.79.222:8792/computenet/status
# Read the chain
curl -X GET \
http://77.68.79.222:8792/computenet/chain
# Token economics
curl http://77.68.79.222:8792/computenet/economics$ computeverify status
[CONNECTED] http://77.68.79.222:8792/computenet
validators: 8/8
truth_score: 0.9847
replay: ENABLED
receipts: 1.2M+Bring verification, replayability, and cryptographic trust to AI workloads.