Quantum computers will soon break traditional encryption, exposing your most sensitive data. Adversaries are already harvesting encrypted information today to decrypt when quantum capabilities arrive.
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Secure Today. Quantum-Safe Tomorrow.
Protecting critical infrastructure and sensitive data against the impending quantum computing threat with NIST-standardized post-quantum cryptography.
The Quantum Threat Is Already Here
Financial Vulnerability
Financial transactions vulnerable to quantum attacks, potentially exposing billions in assets and compromising global financial systems.
Medical & Classified Data
Medical records and classified information at risk of exposure, with potential decades-long impact on individuals and national security.
Harvest Now, Decrypt Later
Government communications threatened by "harvest now, decrypt later" tactics, creating ongoing vulnerability even for past transmissions.
Critical Infrastructure
Critical infrastructure exposed to unprecedented security threats that could affect power grids, water systems, and transportation networks.
The Q0 Solution: NIST-Standardized Quantum Resistance
Q0 implements NIST-selected post-quantum cryptographic algorithms (MLKEM/MLDSA) in a space-grade, mission-critical security framework designed for government and high-security environments.
Core Components
Q0-Core
Foundational cryptographic primitives implementing NIST-standardized quantum-resistant algorithms with a focus on performance and security. (FIPS 203/204 compliant)
Q0-Transport
Secure communication channels, including quantum-resistant QR codes and NFC implementations for sensitive data transmission.
Q0-Storage
Encrypted storage with post-quantum protection, ensuring data remains secure even in the face of future quantum computing capabilities.
Q0-KeyVault
Advanced key management for hybrid cryptographic deployments, allowing smooth transition from classical to quantum-resistant security.
Government-Grade Security
Developed with the stringent requirements of government agencies, law enforcement, and critical infrastructure in mind.
- Space-Grade Implementation: Meets mission-critical security standards with the same rigorous engineering principles used in space systems where failure is not an option.
- Side-Channel Protected: Constant-time operations prevent timing attacks and other side-channel vulnerabilities that could compromise sensitive operations.
- Memory-Safe Design: Automatic key zeroization and secure memory handling ensure cryptographic material is never exposed, even during system compromise.
- External Audit Preparation: Rigorous security practices for EAL certification with comprehensive documentation and evidence collection mechanisms.
- Comprehensive Documentation: Detailed specifications and threat models to support implementation and security verification efforts.
For Government Agencies
Implement quantum-resistant security ahead of OMB M-23-02 requirements with a framework designed for the unique needs of government operations.
Classified Data Protection
Secure sensitive information against quantum threats with multiple layers of cryptographic protection and advanced security controls.
Inter-Agency Communication
Quantum-safe channels for secure collaboration between departments and agencies with varying security needs and technical capabilities.
Regulatory Compliance
Stay ahead of evolving federal security mandates with forward-looking implementations of emerging standards and regulations.
Legacy System Integration
Compatible with existing government infrastructure through carefully designed hybrid approaches and gradual transition paths.
For Law Enforcement
Protect critical communications and evidence chains with quantum-resistant cryptography.
Secure Evidence Management
Tamper-proof chain of custody using quantum-resistant signatures and timestamps that will remain valid in future legal proceedings.
Protected Communications
Quantum-resistant channels for sensitive operations, ensuring field communications remain confidential against advanced threats.
Authentication Assurance
Non-forgeable identity verification using post-quantum cryptographic primitives to ensure the integrity of law enforcement systems.
Cross-Jurisdiction Security
Consistent protection across agency boundaries, allowing secure collaboration while maintaining jurisdictional separation.
For Academic Research & Verification
We welcome collaboration with academic institutions to validate, improve, and extend the Q0 framework.
Source Code Access
For qualified security researchers, we provide controlled access to implementation details under appropriate agreements.
Documentation & Specifications
Comprehensive technical details to enable independent analysis and validation of security claims and implementation quality.
Security Audit Partnership
Collaborative verification opportunities for academic institutions looking to advance quantum-resistant security research.
Research Integration Program
Incorporate advances in post-quantum cryptography through structured research partnerships and implementation pathways.
Market Opportunity
The quantum security market represents a massive growth opportunity as organizations prepare for the quantum threat.
$35.9 Billion
Projected global quantum cryptography market size by 2030, with a CAGR of 42.5% from 2023-2030.
65% of Fortune 500
Major enterprises projected to adopt post-quantum solutions by 2027 according to industry forecasts.
$1.2 Trillion
Estimated cost of cyber attacks globally, with quantum computing threats poised to dramatically increase this figure.
83%
Of CISOs surveyed believe their organization is vulnerable to quantum-based attacks on their cryptographic systems.
Market Landscape
Growing regulatory pressures and quantum advances are creating unprecedented market demand for enterprise-ready quantum-resistant solutions.
2025
Year by which NIST and NSA recommend transitioning to post-quantum cryptography to mitigate "harvest now, decrypt later" attacks.
$25.4 Million
Average cost of a data breach in highly regulated industries, creating urgent demand for quantum-resistant security solutions.
7 Years
Estimated timeframe before quantum computers can break RSA-2048, according to leading quantum physicists and security researchers.
$26.4 Billion
Government investments in quantum technologies globally from 2019-2023, accelerating the timeline for quantum threat emergence.
Security Certification & Audit Status
Q0 is currently in the audit stage for EAL4+ certification, demonstrating our commitment to the highest security standards.
EAL4+ Certification
In final audit phase for Common Criteria EAL4+ certification, the highest assurance level typically achieved for commercial software products.
FIPS 140-3 Validation
Undergoing validation for Federal Information Processing Standards compliance, required for use in government systems.
Penetration Testing
Successfully completed rigorous penetration testing by leading security firms, with no critical vulnerabilities discovered.
Independent Review
Source code and cryptographic implementations have been reviewed by independent security researchers and quantum computing experts.
Contact
Ready to secure your organization against quantum threats? Contact our team of security specialists today.
Q0 Security Solutions
Website:
https://q0day.comSecure Communications:
security@q0day.comGeneral Inquiries:
info@q0day.comTechnical Support:
support@q0day.comAccess Requirements
To request access to the Q0 secure portal:
- Submit organization verification
- Complete security clearance check
- Receive multi-factor authentication credentials
Q0 technology is subject to export controls and may be restricted for certain international deployments.
Our team is available for confidential consultations to discuss your organization's specific security requirements.
Our team is available for confidential consultations to discuss your organization's specific security requirements.
Thank You
For considering Q0 as your quantum-resistant security partner. We look forward to helping secure your organization against current and future threats.
www.q0day.com
Secure Today. Quantum-Safe Tomorrow.
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