0G Private Computer
Try 0G Private Computer on us. Starter credit covers your first requests, then one key reaches all 3 0G Private Computer models, with the privacy posture shown on every route.
0G Private Computerzero-g
These privacy labels describe 0G Private Computer, the upstream model provider. Confidential requires all three: verified provider compute, end-to-end encryption and explicit zero data retention. Account and billing metadata are outside the content-retention claim.
| Provider | 0G Private Computer |
|---|---|
| API operator country | US Legal home of the API operator, not an inference-location guarantee. |
| Headquarters | Not verified |
| Routing status | Active |
| Provider website | https://0g.ai/ |
| Models | 3 public models |
| Credits routes | 3 |
| Zero data retention | not claimed |
| Verified confidential inference | Not verified |
| Policy note | 0G labels these routes private, TeeML, TEE-attested, and healthy. TrustedRouter requests that mode with X-0G-Provider-Trust-Mode: private and excludes standard and TeeTLS routes. The current live 0G router path does not expose the route quote, audited code measurement, or response authentication needed for TrustedRouter to verify and encrypt each request end to end, so 0G is not in the trustedrouter/e2e pool. Policy source |
Inference locations
Provider API declarations are also available on each model's endpoint API. Direct chat and Responses replies separate advertised availability from serving location in usage.inference_location; the actual serving region remains unknown when not reported.
usage.provider_usage.gateway_region identifies the TrustedRouter gateway, not the provider's inference location. A value such as europe-west4 does not mean the model ran in Europe. usage.inference_location.serving_region remains null when the provider has not reported it. Older gateways may return the gateway-only field as provider_usage.region.
Where the upstream GPUs execute the model, not the provider's headquarters, API ingress, or data storage. ZDR and confidential inference do not by themselves restrict geography.
- Declared countries or regions
- Not verified
No inference-location declaration has been verified for this provider. - Can locations change?
- Not verified. Do not assume that the serving location is fixed.
- Provider region pinning
- Not verified.
- Pinning through TrustedRouter
- No verified provider-specific location pin documented here.
- Infrastructure declaration
- Inference location not verified; no country-specific residency commitment.
- Evidence
- Not yet reviewed.
Provider selection alone is not a region pin. TrustedRouter's US provider filter selects company jurisdiction, not GPU location. A regional gateway hostname does not pin a downstream GPU. For a binding residency requirement, confirm the model, region, failover scope and enforced controls before sending sensitive data.
Models served by 0G Private Computer.
Each row links to pricing, provider, benchmark, and API pages for the model.
| Model | AI IQ | Context | Input | Cached input | Output |
|---|---|---|---|---|---|
z-ai/glm-5.3Z.ai: GLM 5.3 |
IQ 124#28 | 1,048,576 | $2.2155/1M | $0.4431/1M | $6.963/1M |
zero-g/0gm-1.0-35b-a3b0GM-1.0-35B-A3B |
— | 262,144 | $0.0844/1M | $0.028134/1M | $0.5064/1M |
zero-g/0gm-1.0-35b-a3b-sia0GM-1.0-35B-A3B-SIA |
— | 32,768 | $0.56548/1M | $0.188494/1M | $3.39288/1M |
Questions
Does 0G Private Computer have zero data retention?
TrustedRouter does not currently mark 0G Private Computer as provider-level zero data retention. Use trustedrouter/zdr or provider.min_privacy=zdr to select a different eligible route, and review the linked policy source for changes.
Is 0G Private Computer end-to-end encrypted?
TrustedRouter does not currently mark 0G Private Computer as end-to-end encrypted at the provider boundary. The TrustedRouter gateway is still attested, but the selected provider normally receives the request in order to run the model. Use trustedrouter/e2e for the stronger route requirement.
Which 0G Private Computer models are available through TrustedRouter?
This page currently lists 3 public 0G Private Computer models, with live pricing, route count, context length, measured performance when available, and links to each model's provider and benchmark pages.