Post-Quantum Cryptography (PQC) & Quantum-Safe Readiness
Quantum computing will fundamentally change how cryptography works. While large-scale quantum computers are not yet available, the security risk is already real today. Sensitive data that is encrypted and stored or intercepted now may be decrypted in the future once quantum-capable systems become viable—a threat commonly referred to as harvest now, decrypt later.
You do not need to replace all cryptography today—but you do need a clear understanding of where you are exposed, what must be protected, and how to prepare for a post-quantum future in a controlled and sustainable way.
Our approach to Quantum-
Safe readiness
We help organisations gain clarity before taking action. This starts with identifying where cryptography is used and which data and systems are exposed to long-term risk. Without this visibility, PQC initiatives tend to be either overly cautious or dangerously incomplete.
Based on this understanding, we design a pragmatic transition strategy that balances security, operational stability, and future flexibility. The result is a clear roadmap that supports informed decision-making, rather than rushed or vendor-driven migration.
Why this matters now
Quantum-Safe security is not a single technology or upgrade. It is the ability to evolve cryptography safely over time as threats, standards, and requirements change. Post-Quantum Cryptography introduces new algorithms, but adopting them requires planning, compatibility management, and architectural foresight.
10–30 years
Typical confidentiality lifetime of sensitive data
Low visibility
Into cryptographic dependencies
Multi-year effort
Post-quantum migration is not a one-time change
Services
Quantum-Safe readiness assessments
Providing visibility into cryptographic usage, exposure, and long-term risk.
Cryptographic discovery and inventory
Covering IT, cloud, identity, OT, and embedded systems.
Quantum risk and data exposure analysis
Focused on confidentiality lifetimes, business impact, and regulatory relevance.
Post-Quantum Cryptography (PQC) strategy and roadmap
Aligned with operational constraints and organisational priorities.
Crypto-agility architecture and standards
Enabling future algorithm changes without disruptive redesign.
