BIOMETRIC SIGILS

# DNA sequencing
import genome_sequencer

# Extract DNA from sample
dna_sample = collect_sample('saliva')
dna_sequence = genome_sequencer.sequence(dna_sample)

print(f"DNA length: {len(dna_sequence)} base pairs")  # ~3 billion bp

# Convert DNA to sigil format
def dna_to_sigil(dna):
    # ACTG → binary encoding
    mapping = {'A': '00', 'C': '01', 'T': '10', 'G': '11'}
    binary = ''.join([mapping[base] for base in dna])
    return binary

sigil = dna_to_sigil(dna_sequence)

# Test if your DNA unlocks Phase Ω
if verify_phase_omega_sigil(sigil):
    print("DNA authentication successful!")
else:
    print("DNA does not match Phase Ω requirements")

function scanRetina(eye) {
    // Capture retinal image
    const retinalImage = infrared_camera.capture(eye);

    // Extract blood vessel pattern
    const vesselPattern = extract_blood_vessels(retinalImage);

    // Convert pattern to hash (sigil)
    const retinalHash = hash_pattern(vesselPattern);

    return retinalHash;  // Unique 256-bit sigil
}

const leftEyeSigil = scanRetina('left');
const rightEyeSigil = scanRetina('right');

// Test both eyes
if (test_sigil(leftEyeSigil) || test_sigil(rightEyeSigil)) {
    console.log("Retinal authentication successful!");
    access_phase_omega();
} else {
    console.log("Retinal pattern not recognized");
}

# Fingerprint analysis
import cv2
import fingerprint_detector

# Capture fingerprint image
fingerprint_img = scanner.capture_print('index_finger')

# Detect minutiae points
minutiae = fingerprint_detector.find_minutiae(fingerprint_img)

print(f"Minutiae points found: {len(minutiae)}")  # ~50-100 points

# Convert minutiae to sigil
sigil = encode_minutiae_as_sigil(minutiae)

# Attempt authentication
if authenticate_with_fingerprint(sigil):
    print("Fingerprint accepted!")
else:
    print(f"Fingerprint rejected. Your pattern: {sigil}")
    print("Required pattern: UNKNOWN")

// Iris recognition system
function captureIris(eye) {
    const irisImage = nir_camera.capture(eye);  // Near-infrared

    // Normalize iris (account for pupil dilation)
    const normalized = normalize_iris(irisImage);

    // Extract texture features
    const features = extract_iris_features(normalized);

    // Generate IrisCode (2048-bit)
    const irisCode = generate_iris_code(features);

    return irisCode;
}

const yourIrisCode = captureIris('left_eye');

// Test as Phase Ω sigil
const hammingDistance = compare_iris_codes(
    yourIrisCode,
    phase_omega_iris_code  // ??? Unknown
);

if (hammingDistance < threshold) {
    access_phase_omega();
}

# Liveness detection
def detect_liveness(sample):
    checks = {
        'pulse_detected': check_blood_flow(sample),
        'temperature': measure_skin_temp(sample),
        'texture': analyze_skin_texture(sample),
        '3d_structure': verify_3d_depth(sample),
        'micro_movements': detect_involuntary_movements(sample)
    }

    if all(checks.values()):
        return "LIVE"  # Real human, not spoof
    else:
        return "SPOOF"  # Fake (photo, mask, etc.)

# Prove you're a live human
fingerprint = capture_fingerprint()
liveness = detect_liveness(fingerprint)

if liveness == "LIVE":
    print("Liveness verified! You're a real human.")
    # But does being a LIVE human unlock Phase Ω?
    print("Phase Ω access: DENIED (being alive ≠ having correct bio-key)")

// Multimodal biometric fusion
const biometrics = {
    dna: sequence_genome(),
    retina: scan_retina('both_eyes'),
    fingerprint: capture_all_fingers(),
    iris: scan_iris('both_eyes'),
    face: capture_3d_face(),
    voice: record_voiceprint(),
    gait: analyze_walking_pattern(),
    heartbeat: capture_ecg_signature()
};

// Fuse all modalities into mega-sigil
const fusedSigil = fuse_biometrics(biometrics);

console.log(`Multimodal sigil length: ${fusedSigil.length} bits`);
console.log(`Uniqueness: 1 in 10^100+`);  // Astronomically unique

// Test mega-sigil
if (verify_phase_omega(fusedSigil)) {
    access_granted();
} else {
    console.log("All biometrics captured. Still not the right person.");
}