Sovereign model catalog
Qwen3.6-35B (NVFP4, GX10)
nvidia/Qwen3.6-35B-A3B-NVFP4 data residency · self-attested key custody · self-attested SEAL 0 · indicative
Front unknownQwen3.6-35B-A3B served on the self-operated GX10. Probe-verified tools + logprobs + sampling; served plain (reasoning off).
context
262,144
max output
8,192
pricing
1/3 EUR
per 1M (in/out)
endpoints
1
Get access
Every way to contract this model, ranked easiest-first. Prices in EUR per 1M tokens.
Capabilities
toolstext
languages
en · strongzh · nativees · strongde · supportedfr · supported
variants
floornitrosovereignextended
Endpoints
GX10 (self-operated, Madrid) · es/madrid-lan
Operator (self-operated GX10) (ES)
Tier 0 · self-attested SEAL 0 · indicative
Front unknown runs in ES · self-attested
1/3 EUR · per 1M (in/out)throughput: 18.6 tok/slatency p90: 111msKey custody: customerstatus: live
no certifications claimed
SEAL objectives (SOV-1…8)
⚠ indicative — not an official EU SEAL assessment
| Objective | What it asks | Level | Method |
|---|---|---|---|
| SOV-1 | Strategic Who ultimately owns and controls the operator? | SEAL-1 | self/contract |
| SOV-2 | Legal & jurisdictional Which law governs the operating entity — and can a non-EU government compel it? | SEAL-1 | self/contract |
| SOV-3 | Data & AI Where do the data, keys and inference actually live? | SEAL-1 | self/contract |
| SOV-4 | Operational Who runs and observes the service day to day? | SEAL-2 | probe |
| SOV-5 | Supply chain Where does the hardware and silicon come from? | SEAL-0 · contradicted | hardware-disclosure |
| SOV-6 | Technology How independent is the underlying stack? | unknown — not assessed | — |
| SOV-7 | Security & compliance Which certifications actually hold? | unknown — not assessed | — |
| SOV-8 | Environmental Is the energy and sustainability posture accounted for? | unknown — not assessed | — |
Overall = lowest assessed objective; ≥3 unknown → no grade. · SEAL 0 · 3/8 unknown
Use it (OpenAI SDK, sovereignty-pinned)
Copy-runnable: the real OpenAI SDK pointed at NeuralRing with a DE jurisdiction pin.
import OpenAI from "openai";
const client = new OpenAI({
baseURL: "https://neuralring.eu/api/v1",
apiKey: process.env.NEURALRING_API_KEY,
});
const res = await client.chat.completions.create({
model: "nvidia/Qwen3.6-35B-A3B-NVFP4",
messages: [{ role: "user", content: "Hello from a sovereign endpoint" }],
// NeuralRing extension — the sovereignty pin is applied FIRST and never loosened:
// @ts-expect-error sovereignty is a NeuralRing routing extension
sovereignty: { jurisdiction: ["DE"], min_assurance: "self_attested" },
});
console.log(res.choices[0].message.content);