v1.0.0 | Hybrid Q-Signer — EC-DSA + ML-DSA-65 Released: TBD — faihoplo.com

🎲 Hytak RNG ✍️ ML-DSA-65 🔐 ML-KEM 📝 EC-DSA

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Hybrid — EC-DSA + ML-DSA-65 — Classical + Post-Quantum

Hybrid Q-Signer

EC-DSA (Classical) + ML-DSA-65 (Post-Quantum) — Powered by Hytak TRNG — free for everyone

Hybrid Q-Signer combines EC-DSA (NIST P-256, classical) and ML-DSA-65 (FIPS 204, post-quantum) signatures. Both use Hytak True Random Number Generator. Secure against classical AND quantum computers! The complete electronic signature solution by Faihoplo! ✅

Hybrid Signature EC-DSA ML-DSA ML-DSA-65 FIPS 204 NIST P-256 post-quantum Hytak Random Number TRNG Q-Signer Hybrid Faihoplo

P-256EC-DSA curve

ML-DSA-65PQC standard

SHA-256hash function

256 bitsEC key size

tau = 49ML-DSA sparse

2 sigshybrid output

Hybrid Q-Signer — EC-DSA + ML-DSA-65

EC-DSA

NIST P-256

Q = d×G

(r, s)

ML-DSA-65

FIPS 204

w1 = HighBits(Ay)

z = y + c·s

        Hybrid Signature = (r, s) + z
      

        Classical security (today) + Quantum-safe (future) ✅
      

d, k = EC-DSA keys (Hytak TRNG)

y, s = ML-DSA keys (Hytak TRNG)

r, s = EC-DSA signature

z = ML-DSA signature

Hybrid = both verified ✅

Hytak = True RNG for all keys

How it works — Hybrid Signing

EC-DSA: d, k — Hytak TRNG generates two 256-bit private keys

EC-DSA: Q = d×G — public key on NIST P-256 curve

EC-DSA: (r, s) — r=(k×G).x mod n, s=k⁻¹(hash+r×d) mod n

ML-DSA: A, y, s — Hytak TRNG generates matrix and key vectors

ML-DSA: w1 = HighBits(Ay, 261,888) — commitment value

ML-DSA: c~ = SHA256(m‖w1), c = SampleInBall(c~) — sparse polynomial tau=49

ML-DSA: z = y + c·s — post-quantum signature

Hybrid verified! EC-DSA (r,s) + ML-DSA z → both PASS → Hybrid PASS! ✅

Generate Hybrid Signature

✍️

Click to upload your signature image (JPG/PNG)

⏳ Computing EC-DSA + ML-DSA signatures... please wait

SHA256(message) — 256 bits

d — EC-DSA Private Key (hidden)

****** (private key hidden) ******

Q = d×G — EC-DSA Public Key (Qx, Qy)

k — EC-DSA Signing Key (hidden)

****** (signing key hidden) ******

r = (k×G).x mod n

s = k⁻¹(hash + r×d) mod n

EC-DSA Verification

c~ = SHA256(m‖w1) — 32 bytes

c = SampleInBall(c~) — sparse polynomial (tau=49)

w1 = HighBits(Ay, 261,888) — first 16 values

y — Hytak TRNG — first 16 values

s — ML-DSA Secret Key (hidden)

****** (secret key hidden) ******

z = y + c·s — ML-DSA Signature (first 16 values)

Hybrid Q-Signer Final Result

—EC-DSA

—ML-DSA

49tau

—hybrid

✅ This service is provided free of charge for personal and research use.

✅ Users may integrate this API with proper credit to Faihoplo.

❌ Commercial resale without written permission is not permitted.

❌ Reverse engineering the Hytak TRNG method is strictly prohibited and patent protected.

Legal Disclaimer

Hybrid Q-Signer is provided by Faihoplo on an "as is" basis for research purposes, combining NIST P-256 EC-DSA and FIPS 204 ML-DSA-65 standards.

The Hytak Random Number method is protected under a non-provisional patent filed by Faihoplo.