Quantum Consulting & Services.
We help businesses secure their data with quantum-safe encryption and explore practical uses of quantum computing, from first assessment to working solution.
Aligned with NIST FIPS 203/204/205
Protect Your Data Today. Explore Quantum Computing for Tomorrow.
Quantum computers will one day break today's encryption and solve problems classical computers can't. We help you prepare for both, in plain language and practical steps.
PQC Migration
Standardized lattice cryptography transitions including ML-KEM, ML-DSA, and SLH-DSA with automated legacy cryptographic attack surface discovery.
Quantum Key Distribution
Physics-governed, theoretically unbreakable dark-fiber and satellite entanglement links configured for sovereign military and banking exchanges.
Quantum Optimization
Tensor network and QAOA solvers running on hybrid classical-QPU architectures to solve NP-hard combinatorial supply, routing, and power grid bottlenecks.
Quantum Machine Learning
Infinite-dimensional state space mapping for anomaly detection, multi-asset volatility hedging, and deep molecular candidate prediction.
Quantum Simulation
Exact Hamiltonian electronic structure simulation for room-temperature battery chemistries, high-Tc superconductors, and industrial enzyme catalysts.
Strategy & Governance
Comprehensive C-suite and Board risk quantification: IP exposure audits, supply-chain cryptographic inventorying, and hardware vendor benchmarking.
FIPS 203, 204 and 205 set the new baseline for quantum-safe encryption.
NIST plans to deprecate quantum-vulnerable algorithms by 2030 and disallow them by 2035.
Data encrypted today can be stored now and decrypted once quantum computers mature.
A clear, phased path from understanding your risk to acting on it.
Practical Quantum Services You Can Use Today
Simple, low-risk first steps that deliver real value now, without needing your own quantum hardware.
Encryption Health Check
We find where your apps and systems use encryption that future quantum computers could break, and rank what to fix first.
AUDIT • RISK REPORTQuantum-Safe Encryption
We add the new NIST-approved algorithms alongside your current encryption, so your data stays protected now and later.
ML-KEM • HYBRID TLSQuantum Random Numbers
We connect your systems to quantum random number services for stronger keys, tokens and passwords.
QRNG • KEY GENERATIONQuantum Proof of Concept
We test one of your real problems on cloud quantum computers to show whether quantum can help, before you invest.
CLOUD QPU • PILOTQuantum Training, Made Simple for Leaders
A jargon-free 4-week programme for managers and leadership teams. Understand what quantum computing is, where it creates value, how it affects your data security, and what to do next. No maths or technical background needed.
- check_circleOne live 2-hour session per week
- check_circleOnline or at your office
- check_circleLeave with a 90-day quantum action plan
-
Week 01 auto_awesome
Quantum Basics
Qubits, superposition and entanglement, explained with everyday examples.
-
Week 02 business_center
Business Opportunities
Where quantum can help your industry, with honest timelines and no hype.
-
Week 03 shield_lock
Risk & Security
How quantum threatens today’s encryption and what regulators expect.
-
Week 04 flag_circle
Your Quantum Strategy
Turn learning into a practical roadmap your leadership team agrees on.
Quantum Blogs, Explained Simply
Easy-to-read articles on quantum security and quantum computing: what's changing, why it matters, and what you can do about it.
-
Quantum Basics • 3 min readSeptember 2026
A Plain-English Glossary of Quantum Terms
From qubits to Q-Day: more than 30 quantum and post-quantum terms explained in a sentence or two, with no maths required.
Read article arrow_forward -
Strategy & Policy • 2 min read
July 2026The Executive Playbook for Q-Day: Six Steps to Start Now
Q-Day is the day a quantum computer can break today’s encryption. You don’t need to know when it will come to start preparing. Here’s a practical plan for leaders.
Read article arrow_forward -
Quantum Security • 2 min readJune 2026
How Many Qubits Does It Take to Break RSA-2048?
Estimates of the quantum computer needed to break today’s encryption have dropped sharply. Here’s what the numbers mean and why they keep changing.
Read article arrow_forward -
Strategy & Policy • 2 min read
May 2026What Quantum Computing Means for Banks and Payments
Finance depends on encryption for payments, trading and customer data. Here’s where the quantum risk sits and what regulators and central banks are doing.
Read article arrow_forward -
Quantum Computing • 2 min readApril 2026
Quantum Sensing: The Quantum Technology Already in Everyday Use
While quantum computers are still maturing, quantum sensors already keep time for GPS and help doctors see inside the body. Here’s how.
Read article arrow_forward -
Quantum Computing • 2 min readMarch 2026
Quantum Machine Learning: Separating Hype from Reality
Combining two buzzwords makes for exciting headlines. Here’s what quantum machine learning could genuinely offer, and the obstacles it faces.
Read article arrow_forward -
Quantum Computing • 2 min readFebruary 2026
Can Quantum Computers Solve Optimisation Problems? An Honest Look
Route planning, scheduling and portfolio selection are often named as quantum use cases. Here’s what the evidence actually shows.
Read article arrow_forward -
Quantum Computing • 2 min read
January 2026Simulating Molecules: Quantum Computing’s Most Promising Use
Nature is quantum, so quantum computers may be the best tool for modelling molecules. Here’s why chemistry is a leading application, and how far away it is.
Read article arrow_forward -
Quantum Computing • 2 min readDecember 2025
Quantum Advantage: What Has Actually Been Shown So Far?
Several teams have claimed quantum computers beat classical supercomputers. Here is what those experiments really proved, and what they didn’t.
Read article arrow_forward
Q-Day is Not a Theoretical Horizon.
It is a Fixed Cryptographic Deadline.
Adversarial state actors are systematically scraping and stockpiling your high-value encrypted communications today, waiting for fault-tolerant quantum processors to unlock them retrospecively.