English 
Tiếng ViệtSelect assets from inventory
Harvest-now-decrypt-later exposure scoring
RISK · GOVERNANCE PRODUCT / PLATFORM MODULE
Quantum Risk Prioritization
Available
Rank migration work by data lifetime, signature lifetime, business value, exposure and dependency complexity.
CUSTOMER PROBLEM
Rank migration work by data lifetime, signature lifetime, business value, exposure and dependency complexity.
Not every cryptographic dependency has the same urgency. Migration must balance data lifetime, signature lifetime, exposure, business criticality and replacement complexity.
Available
- Portfolio class
- Governance product / platform module
- Public profile
- 2026.07
- Version rule
- Confirmed in quotation / release record
PRODUCT-SPECIFIC IMPLEMENTATION FLOW
How Quantum Risk Prioritization operates from input to evidence.
Assessment workshops, data-classification input and dependency data from the inventory. Scoring criteria, assumptions, approvals and a traceable prioritized backlog.
Record data and signature lifetime
Long-lived signature and evidence scoring
Score exposure and criticality
System criticality and dependency weighting
Model dependencies and effort
Migration wave and budget proposal
Approve migration waves
Assumption and approval record
Track residual risk
Executive heatmap and technical backlog
NAMED COMPONENTS AND RESPONSIBILITIES
What Quantum Risk Prioritization contains and what each component does.
The descriptions below state concrete technical behaviour rather than generic support language.
Harvest-now-decrypt-later exposure scoring
Scores harvest-now-decrypt-later exposure from confidentiality lifetime, collection feasibility, external connectivity and current key-establishment methods.
Long-lived signature and evidence scoring
Evaluates how long signatures, timestamps and archived evidence must remain verifiable compared with the expected migration and renewal window.
System criticality and dependency weighting
Weights service criticality, regulatory impact, outage tolerance, customer reach and recovery complexity instead of relying on algorithm age alone.
Migration wave and budget proposal
Groups assets into migration waves using shared libraries, trust anchors, suppliers, maintenance windows and available budget.
Assumption and approval record
Records scoring assumptions, owner challenges, risk acceptance and approval decisions so the heatmap can be audited and repeated.
Executive heatmap and technical backlog
Produces an executive heatmap linked to a technical backlog, with clear owners, target dates, dependencies and residual-risk statements.
- Quantum-risk heatmap
- Migration wave proposal
- Executive decision record
Assessment workshops, data-classification input and dependency data from the inventory.
Bounded assessment workspace
Collectors run against approved sources; findings are reviewed before entering the governed inventory.
Continuous enterprise integration
Scheduled collectors and connectors feed the inventory, risk and policy workflows under customer control.
Managed governance operation
Mobile-ID facilitates refresh, review and reporting while the customer retains ownership and approval authority.
- Scoring criteria, assumptions, approvals and a traceable prioritized backlog.
- Version and configuration manifest for: Assessment workshops, data-classification input and dependency data from the inventory.
- Negative, failure and recovery tests for “Approve migration waves” and “Track residual risk”.
- Signed acceptance record, accountable owner, published limitations and next review date.
STANDARDS & PROFILES
- NIST PQC migration guidance
- Risk-based prioritization
- Data classification
- Business impact analysis
PRODUCT-SPECIFIC BOUNDARIES
Conditions that must remain true for Quantum Risk Prioritization.
These points come from the product profile, not from a shared disclaimer.
NEXT STEP
Request a product workshop: Quantum Risk Prioritization
Review the exact operating model, interfaces and evidence needed for deployment.