2030
Estimated quantum threat horizon
FIPS
NIST 203 / 204 / 205 compliant
QKD
Key distribution deployments
Now
Migration window — start today
PQC Migration Pathway — Structured Path to Quantum Resilience
Crypto Discovery
Risk Priority
Hybrid Migration
Full PQC Deploy
Two Converging Capabilities — Quantum Advantage Today, Quantum Resilience Tomorrow
UElement's Quantum practice spans both sides of the quantum divide: building with quantum computing today through platform-agnostic algorithm development on IBM Quantum, IonQ, and Azure Quantum — and hardening against it for tomorrow through systematic PQC migration to NIST FIPS 203/204/205 standards. These two capabilities are complementary: organisations that begin their cryptographic inventory now are best positioned to adopt quantum-native capabilities as hardware matures. With harvest-now-decrypt-later attacks already active, the migration window is not theoretical — it is open today.
Two Practice Areas
Quantum advantage and quantum resilience — distinct but complementary capabilities.
Quantum App Development
Design and implement quantum algorithms for optimisation, simulation, and ML use cases. Platform-agnostic development on IBM Quantum, IonQ, and Azure Quantum.
PQC Migration
Systematic transition from classical asymmetric cryptography (RSA, ECC) to NIST-standardised post-quantum algorithms — ML-KEM, ML-DSA, SLH-DSA — across all systems.
Quantum Key Distribution
Physics-based key exchange using QKD protocols — providing provably secure communication channels for high-value data transport in defence and financial sectors.
Crypto Agility Assessment
Full cryptographic inventory of your codebase, infrastructure, and supply chain — identifying all quantum-vulnerable assets and prioritising migration effort.
Hybrid Classical-Quantum
Variational quantum algorithms (VQE, QAOA) embedded in classical ML pipelines — delivering quantum-enhanced results on today's NISQ-era hardware.
Compliance & Standards
Align to NIST SP 800-208, CNSA 2.0, and emerging SEBI/RBI quantum-readiness guidance. Produce auditable evidence of PQC migration progress for regulators.
PQC Migration Pathway
A structured, four-phase path to full quantum resilience.
PHASE 1
Cryptographic Discovery
Automated scanning of codebases, certificates, and infrastructure to catalogue all quantum-vulnerable cryptographic assets.
PHASE 2
Risk Prioritisation
Classify assets by sensitivity and exposure. Build a phased migration roadmap with clear business risk justification and resource requirements.
PHASE 3
Hybrid Migration
Deploy hybrid classical/PQC implementations first — maintaining backward compatibility while adding quantum-resistant protection in parallel.
PHASE 4
Full PQC Deployment
Complete migration to NIST FIPS 203/204/205 algorithms across all systems. Continuous monitoring for emerging vulnerabilities and standard updates.
Target Sectors
Where quantum risk and quantum opportunity converge most urgently.
DEFENCE & GOV
National Security
Classified communications, weapons systems, and intelligence infrastructure — highest priority PQC migration.
BANKING & FINANCE
SWIFT & Payments
Protect long-lived financial records from harvest-now-decrypt-later attacks. RBI quantum-readiness alignment.
HEALTHCARE
Patient Data Integrity
Quantum-secure patient records and medical device communications — DPDP and HIPAA alignment pathways.
CRITICAL INFRA
Energy & Utilities
Protect SCADA and OT networks from quantum-enabled supply chain attacks with PQC-hardened communications.
