Technology Built to Protect the Future

With QTrackAQ, you see more, fix faster, and stay secure—without disrupting your existing systems.

Our Technology, Your Advantage

  • No More Blind Spots
    We go beyond surface-level scans to reveal encryption across servers, apps, devices, and networks.

  • AI That Works For You
    QTrackAQ predicts issues before they cause problems and helps you fix them automatically.

  • Built for Scale
    Designed for both governments and enterprises, with flexibility for individual teams and central oversight.

  • Easy to Integrate
    Our open design connects smoothly with your existing IT and security systems.

Why Organizations Choose QTrackAQ

  • Faster compliance reporting

  • Lower risk of costly downtime

  • Confidence in your quantum-readiness

  • A trusted partner for the future

  • Quick to Deploy

Use Cases

Illustrative Use Case: Multinational Technology Corporation – Post-Quantum Cryptography Transition

1.

Organization Profile:

Imagine a Fortune 500 technology company with 200,000+ employees worldwide, developing enterprise software, cloud services, and hardware products. The organization runs thousands of applications, safeguards vast intellectual property, and supports government and enterprise clients with stringent security needs.

Challenge

As NIST finalizes PQC standards and quantum computing capabilities advance, the organization faces a massive cryptographic migration across diverse technology stacks. More than 10,000 applications rely on RSA/ECC cryptography, including legacy systems that are difficult to update, alongside complex interdependencies with external partners. A manual assessment could take years, increasing the risk of overlooking critical quantum-vulnerable assets.

How QTrackAQ Could Help

  • Quantum Vulnerability Assessment: Rapidly discover and catalog all RSA, ECC, and DH implementations across the technology estate.

  • PQC Migration Planning: Build prioritized migration roadmaps based on criticality, data sensitivity, and quantum threat timelines.

  • Hybrid Cryptography Management: Oversee dual-algorithm environments to maintain both classical and quantum security during transition.

  • Dependency Mapping: Expose cryptographic dependencies between systems to avoid broken integrations during migration.

  • Partner Ecosystem Coordination: Monitor PQC readiness across suppliers, customers, and integration partners.

  • Identify 15,000+ quantum-vulnerable cryptographic instances in 30 days (vs. 3+ years manually).

  • Develop a comprehensive PQC migration roadmap with clear timelines and resource requirements.

  • Prevent potential $100M+ intellectual property exposure from quantum threats.

  • Reduce PQC implementation costs by up to 40% through optimized sequencing.

  • Achieve quantum-readiness 18 months ahead of industry average, maintaining competitive advantage.

  • Unlock new government contracts requiring quantum-resistant cryptography.

Potential Business Impact

Illustrative Use Case: Global Financial Services Institution Compliance & Risk

2.

Organization Profile:

Consider a multinational bank operating across 10 countries, processing millions of transactions daily through mobile apps, online banking platforms, ATMs, and payment systems.

Challenge

An organization of this scale must meet strict regulatory requirements (PCI DSS, SOX, Basel III) and maintain PCI compliance across thousands of payment processing endpoints. The mix of legacy mainframes and modern cloud infrastructure introduces complexity and inconsistent security standards.

How QTrackAQ Could Help

  • Asset Discovery: Automatically identify cryptographic implementations across mainframes, cloud services, mobile apps, and third-party integrations.

  • Compliance Monitoring: Continuously validate PCI DSS cryptographic requirements and generate compliance-ready reports.

  • Certificate Management: Track thousands of SSL/TLS certificates across global operations, minimizing risks of outages from expired certificates.

  • Quantum Readiness: Detect RSA and ECC implementations at risk from quantum threats and prioritize critical payment systems for PQC migration.

  • Asset Discovery: Automatically identify cryptographic implementations across mainframes, cloud services, mobile apps, and third-party integrations.

  • Compliance Monitoring: Continuously validate PCI DSS cryptographic requirements and generate compliance-ready reports.

  • Certificate Management: Track thousands of SSL/TLS certificates across global operations, minimizing risks of outages from expired certificates.

  • Quantum Readiness: Detect RSA and ECC implementations at risk from quantum threats and prioritize critical payment systems for PQC migration.

Potential Business Impact

Illustrative Use Case: Healthcare Technology Company – Compliance & Risk

3.

Organization Profile:

Picture a health tech startup that develops IoT medical devices, telemedicine platforms, and cloud-based patient data systems, serving over 500 hospitals and clinics.

Challenge

Medical devices must align with FDA cybersecurity guidelines and HIPAA requirements while remaining interoperable across diverse hospital networks. The use of multiple cryptographic libraries across embedded devices, mobile apps, and cloud services creates security inconsistencies and compliance risks.

How QTrackAQ Could Help

  • Medical Device Security: Scan embedded cryptography in IoT devices to ensure FDA cybersecurity compliance.

  • HIPAA Compliance: Continuously monitor encryption standards for patient data across all touchpoints.

  • Library Vulnerability Tracking: Detect outdated cryptographic libraries in medical devices that could expose sensitive patient data.

  • Cross-Platform Consistency: Enforce unified encryption standards across mobile apps, cloud services, and device firmware.

  • Achieve FDA cybersecurity compliance up to 6 months ahead of deadlines.

  • Prevent HIPAA violations, avoiding as much as $1.5M in fines.

  • Cut security audit prep time from 3 months to 3 weeks.

  • Enable secure expansion to 200+ additional healthcare facilities.

Potential Business Impact

Illustrative Use Case: Defense Contractor & Aerospace Manufacturer – Risk Assessment.

4.

Organization Profile:

Envision a major defense contractor developing classified systems, satellite communications, and aerospace technologies for both government and commercial clients.

Challenge

The organization must maintain strict security clearance requirements while transitioning legacy systems to quantum-resistant cryptography. With classified networks, air-gapped systems, and a complex supply chain, different cryptographic standards and monitoring approaches are required to ensure end-to-end protection.

How QTrackAQ Could Help

  • Classified Network Monitoring: Offer air-gapped deployment options for cryptographic monitoring in classified environments.

  • Supply Chain Security: Track cryptographic implementations across subcontractor deliverables and third-party components.

  • NIST PQC Transition: Pinpoint systems requiring quantum-resistant upgrades and orchestrate the migration timeline.

  • Multi-Level Security: Ensure the right cryptographic strength is applied consistently across classification levels.

  • Maintain security clearances during critical modernization initiatives.

  • Identify and remediate 150+ weak cryptographic implementations within the supply chain.

  • Cut PQC transition planning time from 2 years to 8 months.

  • Prevent potential loss of a $500M defense contract by eliminating security gaps.

Potential Business Impact

Illustrative Use Case: Critical Infrastructure Utility Company – Hygiene & Risk Mitigation.

5.

Organization Profile:

Consider a regional electric utility responsible for power generation, transmission, and distribution to more than 3 million customers, spanning smart grids, SCADA systems, and customer-facing applications.

Challenge

Critical infrastructure must withstand rising cyber threats while maintaining 99.9%+ uptime. The utility runs a mix of legacy industrial control systems and modern smart grid technologies, leading to cryptographic inconsistencies that could expose power infrastructure to attacks.

How QTrackAQ Could Help

  • SCADA Security Monitoring: Discover and monitor cryptography in industrial control systems and smart grid infrastructure.

  • Certificate Lifecycle Management: Prevent power outages caused by expired certificates in critical systems.

  • Legacy System Assessment: Detect weak cryptography in aging infrastructure that cannot be easily patched or updated.

  • Operational Technology Security: Ensure encryption for smart meters and grid communication protocols is robust and compliant.

  • Prevent up to 12 service disruptions caused by certificate expiration.

  • Identify and secure 300+ vulnerable communication endpoints.

  • Reduce incident response time from 4 hours to 30 minutes.

  • Maintain 99.95% uptime during cryptographic infrastructure upgrades

Potential Business Impact

Illustrative Use Case: Global E-commerce & Retail Platform – Compliance & Risk Assessment

6.

Organization Profile:

Imagine a leading e-commerce platform processing $50B in annual transactions, operating marketplaces across 25 countries, and running on a complex microservices architecture with extensive third-party integrations.

Challenge

To maintain customer trust and payment security, the platform must manage hundreds of microservices, multiple third-party payment processors, and global mobile applications. Its highly distributed architecture makes it challenging to ensure consistent cryptographic standards and continuous monitoring for vulnerabilities.

How QTrackAQ Could Help

  • Microservices Cryptography Mapping: Discover encryption implementations across hundreds of containerized services.

  • Third-Party Integration Security: Monitor cryptographic standards across payment processors and logistics partners.

  • Global Compliance Management: Enforce compliance with regional regulations (GDPR, CCPA, PCI DSS, local payment standards).

  • Performance Impact Assessment: Detect cryptographic bottlenecks that affect transaction processing speed.

  • Maintain PCI compliance across 15+ payment processing regions.

  • Reduce cryptography-related transaction failures by up to 80%.

  • Accelerate expansion into 5 new countries by ensuring regulatory compliance.

  • Protect $50B in annual transaction volume from cryptographic vulnerabilities.

Potential Business Impact