Which cryptographic asset is the most exposed to quantum attacks in your organization?
Every nation depends on cryptographic infrastructure that secures banking transactions, energy grids, telecommunications, and government operations. A single compromised key can cascade into billions in economic loss. Yet most organizations have no visibility into which keys matter most—or how vulnerable they are to quantum attack.
You can't defend what you can't see. With SAQuRA you see first.
The problem
Transition to post-quantum cryptography
Cryptographic dependencies are embedded across software, hardware, vendors, protocols, and legacy infrastructure — making migration a coordination problem at the scale of the full organization, not a matter of swapping a few algorithms. NIST deprecates RSA-2048 by 2030 and bans classical public-key cryptography by 2035.
Visibility is necessary, but not sufficient. Many organizations do not know where vulnerable cryptography is deployed, which assets are mission-critical, or which systems can be upgraded without disrupting operations. Without that visibility, migration priorities become guesswork and risk accumulates faster than remediation.
Timing and governance matter. Post-quantum migration requires coordinated planning, clear milestones, and shared governance across public and private stakeholders. Achieving cryptographic agility requires sequencing investments, reducing disruption, and aligning security, regulation, and operational resilience.
What is SAQuRA?
Situational Awareness and
Quantum Risk Assessment
Quantum risk assessment must be continuous. SAQuRA — Situational Awareness and Quantum Risk Assessment — identifies, classifies, and scores the quantum vulnerability of cryptographic assets across an organization's infrastructure. From certificates and key exchanges to embedded encryption primitives, it turns hidden technical exposure into a measurable risk posture.
Situational awareness is what enables action. SAQuRA gives decision-makers a real-time picture of how quantum technologies are changing the threat landscape and where their most critical cryptographic dependencies lie.
Risk evaluation of strategic national enterprises (e.g. accordance with NIS2).
Real-time risk assessment informed by global advancements in quantum computing.
Risk-based cryptographic inventory of assets.
Decrease the costs of post-quantum transition with risk-based planning.
National Monitoring
National Cryptographic Infrastructure Monitoring
We can track the digital perimeter of entire enterprises and countries. SAQuRA continuously scans and classifies the cryptographic assets deployed across every major sector—identifying which algorithms and protocols are in use, which certificates are exposed, and which key exchanges would fail against a cryptographically relevant quantum computer.
This enables organizations and public decision-makers to plan migration pathways that balance security effectiveness, cost efficiency, operational responsiveness, regulatory priorities, and the practical constraints of replacing cryptography at scale.
Situational Awareness
- Continuously monitor the progress of quantum technologies (hardware, software, and middleware), track benchmark milestones and industry roadmaps to understand how quickly cryptographically relevant capabilities may emerge.
- Explainable AI models forecast how the technology is evolving and translate technical progress into actionable risk timelines for critical infrastructure.
Quantum Risk Assessment
- Actionable insights for migration to post-quantum cryptography, prioritised by sector, asset criticality, and operational constraints.
- Beyond discovery — quantum risk, quantified. SAQuRA translates cryptographic exposure into economic impact, giving decision-makers the numbers they need to act.
Sector Analysis
We offer different risk metrics tailored to your threat model, each expressed as a composite score (0–100) taking into account multiple factors such as algorithm age, key length, protocol version, and migration readiness.
Higher scores indicate greater quantum vulnerability.
Risk: Potential Loss of Economic Value
Estimated economic exposure if quantum-vulnerable cryptographic assets were compromised, measured in billions (USD).
Values represent modeled worst-case exposure based on asset criticality, data sensitivity, and recovery cost.
You can't defend what you can't see.
With SAQuRA you see first.
Ready to See First?
Explore how SAQuRA helps mitigate the risks, before it becomes an operational crisis.