// Quantum R&D · PQC Migration · Kentucky

The next encryption you ship
must outlive Q-day.

NTGFUNGDU is a quantum computing and post-quantum cryptography research firm. We help enterprises capture quantum advantage today and secure their systems against the cryptographically relevant quantum computer of tomorrow.

Start a program → Explore programs

|ψ⟩ cohered

128 qubits

+ access to 1000+ via partners

PQC algorithms supported

ML-KEM, ML-DSA, SLH-DSA

NIST FIPS 203/204/205

Avg migration timeline

14 months

measured across 7 enterprise programs

Programs

Quantum-classical research, production migration.

Two complementary practices: applied quantum algorithm research, and the crypto-agility programs your CISO needs before harvest-now-decrypt-later becomes harvest-now-decrypt-tomorrow.

// Q-01

Quantum Advantage R&D

Hybrid quantum-classical algorithms for optimization, simulation, and machine learning. Co-developed with your scientists, benchmarked against the best classical baselines.

VQE, QAOA, QML, HHL

// Q-02

PQC Migration

Crypto-agility assessment, algorithm selection (ML-KEM/ML-DSA), and migration program for TLS, code-signing, VPN, PKI, and key-management infrastructure.

FIPS 203/204/205

// Q-03

Quantum-Safe Architecture

Crypto-bill-of-materials, hybrid PQC + classical schemes, and re-architectured key hierarchies. Designed for graceful algorithm rotation.

Hybrid, x25519+ML-KEM

// Q-04

Quantum Sensing & Networking

Applied research on quantum key distribution (QKD), entanglement-based timing, and quantum sensing for navigation and metrology.

QKD, QRNG, sensing

// Q-05

Algorithm Co-Design

Domain-specific problem encoding for chemistry, materials, finance, and logistics. We work with your domain experts, not around them.

Drug discovery, portfolio opt

// Q-06

Quantum Education

Executive briefings, working-team workshops, and one-year residency programs for enterprise R&D groups standing up quantum capability.

Briefings, residencies

Q-day is a deadline you cannot push.

Adversaries are already harvesting encrypted traffic to decrypt the moment a cryptographically relevant quantum computer arrives. PQC migration is not a 2030 problem — it is a today problem for any data with a confidentiality lifetime over 5 years.

NIST FIPS 203/204/205 standards are final — the migration window is open
Most enterprises do not have a current inventory of their cryptography
Code-signing chains may take 24+ months to rotate safely
Hybrid schemes let you ship today without betting on a single algorithm

# crypto-agility assessment, Day 14
scope = enterprise_pki + 47_microservices + 3_data_lakes
cipher_inventory:
   RSA-2048 .................. 12,847 keys
   ECDSA-P256 ................ 3,210 keys
   AES-128 ................... retained
   SHA-1 ..................... remediate
recommend = hybrid(x25519, ML-KEM-768)
sign     = ML-DSA-65
timeline = 14 months, 4 phases
status   = migration_plan.pdf ready

The next encryption you shipmust outlive Q-day.