Every encrypted connection in your infrastructure uses quantum-vulnerable algorithms. Your sensitive data is at risk today. enQase's Secure Connectivity (QConnect) protects data in motion with quantum safe cryptography.
Your inter-site communications, cloud connections, and remote access channels (VPN, NDS) use RSA or Elliptic Curve Cryptography (ECC). Quantum computers break these algorithms. The question is not if, but when your encrypted communication becomes readable.
Harvest Now, Decrypt Later (HNDL) attacks
Adversaries capture your encrypted communication today to decrypt with quantum computers later. Your sensitive communications today are vulnerable.
Current encryption standards fall short
RSA and ECC provide security today but offer no protection against quantum computers. Standards you trust now cannot protect your data from quantum attacks.
Federal mandates require quantum-safe migration
The United States National Institute of Standards and Technology (NIST) identify post-quantum cryptography (PQC) as critical. CNSA 2.0 compliance requires quantum-safe algorithms for sensitive communications.
Business continuity depends on secure connectivity
Data breaches from compromised connections cost millions in losses and reputation damage. Protecting your connectivity infrastructure reduces financial exposure and maintains customer trust.
Post-quantum cryptography for all data in transit
ML-KEM (NIST FIPS 203) replaces RSA and ECC for key exchange. AES-256-GCM encrypts all data in transit. This combination resists both classical and quantum attacks.
Crypto agility to adapt as threats evolve
Standards change and new threats emerge constantly. Your infrastructure must adapt without operational disruption. This flexibility protects your investment and prevents costly infrastructure replacement when algorithms change.
Zero-trust architecture with mutual authentication
Never trust, always verify applies to all connections. ML-DSA Level 5 certificates provide the highest security grade for authentication. Every connection requires cryptographic proof before connection establishment.
Centralized visibility and control
Monitor all secure connections from a single dashboard. Track connection status, throughput, and key usage in real time. Control access and manage configurations without touching individual endpoints.
10 miles, 100 miles, 1500 miles. Learn how enQase can protect all of your sensitive communications.
Secure Connectivity addresses your industry’s specific requirements.
Protect wire transfers and financial transactions between branches with quantum-safe encryption. Meet regulatory requirements for PCI-DSS, SOC 2, and Gramm-Leach-Bliley Act (GLBA) compliance. Ensure transaction integrity with authenticated encryption for all data in motion.
Provide quantum-safe remote access for traders and financial analysts accessing sensitive systems. Minimize latency while maintaining maximum security for high-frequency trading operations. Protect proprietary trading algorithms and strategies from interception or theft.
Secure connections between core banking systems and cloud-based applications or services. Enable digital transformation initiatives without compromising security or increasing quantum risk. Support API connectivity for fintech partnerships with quantum-safe encryption standards.
Establish quantum-safe tunnels for classified information sharing across geographically distributed facilities. Meet CNSA 2.0 compliance requirements mandated for federal agencies handling sensitive data. Protect national security communications with ML-DSA Level 5 authentication certificates.
Connect remote military installations with secure quantum-safe channels for command communications. Ensure reliable encrypted connectivity in challenging network environments with adaptive re-keying. Support tactical operations with quantum-resistant encryption that prevents harvest now, decrypt later attacks.
Enable secure information sharing between defense agencies, intelligence services, and allied organizations. Provide centralized visibility and control for multi-agency connectivity without compromising operational security. Support zero-trust architecture requirements with mutual authentication for all connections.
Connect multiple hospital facilities with quantum-safe encrypted channels for patient data sharing. Maintain HIPAA compliance with post-quantum cryptography that protects electronic protected health information. Enable secure access to electronic health records across distributed healthcare networks.
Protect remote patient consultations and diagnostic sessions with quantum-resistant encrypted connections. Secure transmission of medical imaging and diagnostic data between specialists and facilities. Support telehealth expansion while maintaining patient privacy and regulatory compliance.
Enable secure data sharing for clinical trials and medical research across institutions. Protect intellectual property and research data from interception during multi-site collaboration. Ensure quantum-safe encryption for genomic data and other sensitive research information.
Provide quantum-safe remote access to supervisory control and data acquisition systems. Protect industrial control systems from cyber threats while enabling remote operations. Ensure operational continuity with secure connectivity that resists quantum and classical attacks.
Secure connections between operational technology systems and enterprise networks with zero-trust architecture. Protect critical infrastructure from supply chain attacks through quantum-safe partner connectivity. Enable digital transformation of industrial operations without increasing cybersecurity risk.
Connect distributed control systems across energy grids, water systems, or transportation networks. Monitor and control critical infrastructure with quantum-resistant encrypted channels. Maintain service availability and security with adaptive re-keying and centralized management.
Virtual Private Network (VPN) solutions use quantum-vulnerable encryption that cannot protect your data. Secure Connectivity implements post-quantum cryptography and modern security architecture. The difference determines whether your encrypted traffic remains secure.
Government agencies and enterprises require verified security standards. Secure Connectivity meets the highest certification requirements. Independent validation proves quantum-safe cryptography and operational security.
CNSA 2.0 compliant
Commercial National Security Algorithm (CNSA) 2.0 Suite certified for federal agency deployment. Meets requirements for protecting classified communications and sensitive government operations. Approved algorithms include AES-256, ML-KEM-1024, ML-DSA-87, and SHA-384/512.
NIST post-quantum standards
NIST FIPS 203 ML-KEM and FIPS 204 ML-DSA compliant implementation. Post-quantum cryptography standards approved by National Institute of Standards and Technology. Federal agencies and enterprises adopt NIST-approved algorithms for quantum resistance.
QRNG ESV certified
Quantum Random Number Generator meets Entropy Source Validation (ESV) certification requirements. Hardware-based quantum entropy generation provides cryptographically secure randomness. Independent testing validates unpredictable key generation for encryption.
Defense-grade deployment validation
Deployed in strategic defense environments protecting classified intelligence and national security communications. Trusted by defense manufacturers and government agencies for mission-critical operations. Real-world validation in highest-security operational environments.
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