Post-Quantum Cyber Readiness
Prepare for the Post Quantum Era
Q-Day Countdown has begun. Are you ready?
Source: cloudsecurityalliance.org
As quantum computing moves from theory to reality, the public-key cryptography that protects your business (RSA/ECC) will be vulnerable. Long-lived data, especially what attackers can “harvest now, decrypt later”, is at risk. Post-Quantum Cyber Readiness prepares your organization to safeguard sensitive data and systems against these emerging quantum threats.
Our approach helps you discover, assess, and transition your cryptographic assets to quantum-safe alternatives in line with NIST PQC standards. From cryptographic inventory and CBOM (Cryptographic Bill of Materials) creation to migration planning and policy updates, we ensure your enterprise is resilient and compliant in the quantum era.
Be ready before Q-Day. Start your journey to quantum-safe security today.
Post-Quantum Cyber Readiness Services
Discover
- Identify assets and cryptographic controls used to protect them.Understand your crpto surface
- Identify Assets
- Identify cryptography used
Assess
- Perform risk assessments to identify quantum-vulnerable assets.
- Prioritize Risks
- Establish a roadmap
- Develop a cryptographic inventory/ CBOM
Controls
- Develop detailed Remediation plan
- Prioritise remediation actions
- Operationalise Policies
Remediation
- Implement Controls
- Implement Post Quantum Compliant Cryptography
- Implement Crypto Agility
Monitor
- Ongoing monitoring of remediation efforts
- Monitor risks identified from assessment
- Monitor cryptography used
- Monitor changes to the threat and regulatory landscape
Got Questions?
Here are some FAQs?
Quantum computing uses the principles of quantum physics to solve certain problems much faster than traditional computers.
A qubit is the basic unit of quantum information that can be 0, 1, or both at the same time.
When a quantum computer solves a problem no classical machine can solve fast enough.
Post-Quantum Cryptography (PQC) is a new generation of encryption designed to stay secure even against future quantum computers. It replaces algorithms like RSA and ECC that quantum attacks could break, ensuring long-term protection of sensitive data.
Q-Day is the future moment when quantum computers become powerful enough to break current cryptography.
Because sensitive data stolen now could be decrypted later (“harvest now, decrypt later”).
By adopting crypto-agility, building the crypto asset inventory and beginning the PQC transition.
A Cryptographic Bill of Materials (CBOM) is an inventory that lists all cryptographic algorithms, keys, certificates, and libraries used across an enterprise. It is critical because it gives security and compliance teams full visibility to identify outdated, vulnerable, or quantum-unsafe cryptography and plan a safe, managed transition to PQC.
Our Post-Quantum Readiness Blog Series
