HRT Quantum Resilience Advisory
Prepare your organization for Q-Day: understand cryptographic exposure, establish ownership and plan a risk-led transition to post-quantum security.
Why prepare
Q-Day is shorthand for a future point when a sufficiently capable quantum computer could break widely used public-key cryptography. It is not a confirmed calendar date. Preparation focuses on risk and migration dependencies rather than a countdown. [3]
NIST has published post-quantum cryptographic standards for key establishment and digital signatures. These provide a foundation for organizations planning their transition. [1]
Preparation includes understanding cryptographic dependencies, prioritizing risk and testing interoperability. The NCCoE migration project addresses discovery and interoperability as distinct workstreams. [2]
HRT's role is to translate the readiness questions into a scoped assessment, a decision framework and a practical roadmap for your organization.
Advisory engagements
Select a focused engagement or a connected programme. The deliverables below are indicative; scope and responsibilities are agreed before work begins.
Give boards, CIOs and CISOs a common view of the risk, the decisions ahead and the questions to ask their technology teams.
Review cryptographic visibility, critical dependencies, sensitive information and organizational readiness within an agreed scope.
Plan the transition to post-quantum cryptography (PQC) around business criticality, vendor dependencies, testing and change governance.
Support programme governance, vendor evaluation and implementation planning as your organization prepares and oversees the transition.
HRT readiness framework
The review connects technical dependencies with business exposure and organizational ownership. Unknowns are documented, not hidden behind a readiness score.
This is HRT's advisory structure, informed by public guidance. It is not a certification or a NIST-endorsed assessment.
Where do you depend on cryptography?
Identify relevant applications, certificates, keys, protocols and third-party dependencies, with evidence owners for each area.
What needs protection for the longest?
Consider sensitive data lifetimes, business criticality and the consequences of exposure when setting priorities.
What must change, and how will it be tested?
Review system constraints, integration dependencies, interoperability, test environments and recovery planning.
Which changes depend on other organizations?
Review vendor roadmaps, supported products, contract dependencies and the evidence needed for procurement decisions.
Who owns the transition and future changes?
Define accountability, policies and change processes that help the organization adapt its cryptographic choices over time.
Scope and expectations
Q-Day is shorthand for a future point when a sufficiently capable quantum computer could break widely used public-key cryptography. It is not a confirmed calendar date. The practical task is to understand exposure and plan the transition, rather than predict the day.
No. The focus is cybersecurity readiness and the transition of cryptographic dependencies, not building quantum computers or providing a proprietary cryptographic product.
Yes. An initial advisory engagement can define the inventory scope, information owners and evidence required. Missing evidence is recorded as a gap, not treated as proof of readiness.
No. It is an advisory assessment within an agreed scope, not a certification, a guarantee of security or an endorsement from NIST. Findings depend on available evidence and require review as systems change.
Scope, deliverables, responsibilities and access arrangements are agreed before work begins. Production changes, penetration testing and cryptographic implementation are not implied by an advisory engagement and require separate authorization and specialist delivery arrangements.
Share your objectives and operating context. Do not email private keys, credentials or sensitive system inventories.