// 1. Install via npm or CDN
import { SiliconID } from '@gamperlab/silicon-id';

// 2. Collect an unsigned device measurement (SDK-side signing is in development)
const proof = await SiliconID.attest({
    nonce: sessionNonce // Server-issued cryptographic challenge
});

// 3. Attach the measurement to the checkout or payment header
headers.set('X-SiliconID-Proof', proof.token);

// 1. Import SiliconID Swift Package
import SiliconID

// 2. Collect device measurement (unsigned in the current SDK)
let proof = try await SiliconID.attest(challenge: sessionNonce)

// 3. Attach the measurement to the URLRequest
request.setValue(proof.token, forHTTPHeaderField: "X-SiliconID-Proof")

// 1. Import SiliconID SDK
import com.gamperlab.siliconid.SiliconID

// 2. Collect device measurement asynchronously (unsigned in the current SDK)
val proof = SiliconID.attest(challenge = sessionNonce)

// 3. Attach the measurement to the OkHttp request
requestBuilder.header("X-SiliconID-Proof", proof.token)

// 1. Import React Native TurboModule
import { SiliconID } from '@gamperlab/silicon-id-react-native';

// 2. Device measurement without blocking the JS event loop
const proof = await SiliconID.attest({ nonce: sessionNonce });

// 3. Forward to API gateway
fetch('/api/checkout', {
    headers: { 'X-SiliconID-Proof': proof.token }
});

// 1. Import SiliconID Flutter Plugin
import 'package:silicon_id/silicon_id.dart';

// 2. Native device measurement via MethodChannel
final proof = await SiliconID.attest(nonce: sessionNonce);

// 3. Attach proof to HTTP client request
headers['X-SiliconID-Proof'] = proof.token;

// High-Speed mTLS In-Memory Screening via VIX
const res = await fetch('https://sanction.gamperlab.com/v1/screen', {
    method: 'POST',
    headers: {
        'Content-Type': 'application/json',
        'Authorization': 'Bearer sieve_live_YOUR_KEY'
    },
    body: JSON.stringify({
        name: "Vladimir Putin",
        threshold: 0.85
    })
});

const { match, score, entity_id } = await res.json();
if (match) triggerEscrowSilent(entity_id);

// Direkter Speicher-Screening-Aufruf ohne Netzwerk-Hop
package main

import (
    "context"
    "github.com/gamperlab/sanctionsieve"
)

// 1 Mio. Entitäten vorindiziert im CPU L3-Cache / RAM
verdict, err := sanctionsieve.ScreenEntity(ctx, beneficiaryName)
if verdict.IsSanctioned {
    sarXML := sanctionsieve.GenerateAutoSARGoAML(verdict)
    // Ingest into compliance vault
}