Patented, device-bound, multi-layer encryption that remains secure even when quantum computers break traditional cryptography.
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Your encrypted data today could be vulnerable tomorrow
Nation-states are already capturing encrypted communications and data to decrypt once quantum computers become available. Your confidential data from today could be exposed within 5-10 years.
AES, RSA, and ECC — the foundations of current encryption — will be broken by quantum computers using Shor's algorithm. Even 256-bit keys won't be safe.
NIST estimates quantum computers capable of breaking current encryption could emerge within this decade. Organizations must act now to protect long-term confidential data.
While NIST's post-quantum cryptography standards are important, they still rely on mathematical complexity — which could be vulnerable to future quantum advances or algorithmic breakthroughs.
PFE™ takes a different approach: We don't just lock the house — we break it into pieces, hide them across locations, and use shifting, rotating keys that change with every transmission.
Seven-layer protection architecture beyond traditional encryption
Original data is broken into multiple blocks of varying sizes, making it impossible to process the entire dataset without all fragments.
Fragments are reordered using proprietary, unpredictable patterns that change with each transmission, eliminating pattern recognition attacks.
Each block receives different rotating keys. Breaking one key doesn't compromise the entire dataset — attackers would need to break hundreds or thousands of keys simultaneously.
Encrypted data is cryptographically bound to authorized device identifiers. Only pre-approved endpoints can decrypt, preventing man-in-the-middle and unauthorized access.
Blocks transmit in randomized order over the network, making interception and reassembly virtually impossible without the decryption schema.
Only the intended device with correct credentials can reassemble blocks in the proper order and decrypt them using the corresponding keys.
Any attempt to modify, inject, replay, or manipulate encrypted blocks triggers automatic rejection. The system detects tampering at the cryptographic level.
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A new category of cybersecurity protection
Mission-critical security for classified and tactical environments
View Complete Defense & Military Solutions Guide Critical Infrastructure Solutions
Encrypted, fragmented, device-bound tactical data that cannot be intercepted, replayed, or decrypted — even by adversaries with quantum capabilities.
Protect drone video feeds, GPS coordinates, commands, and sensor streams from interception and manipulation during transmission.
Protect power grids, water systems, pipelines, and industrial control networks with resilient, tamper-proof transmission protocols.
Watermark-bound encrypted packets ensure only approved endpoints can decrypt classified intelligence and sensitive documents.
Prevents adversarial manipulation of weapons systems, military vehicles, and embedded hardware through cryptographically-bound updates.
Quantum-resilient security across industries
Quantum-safe OTA updates: Secure over-the-air software and firmware updates for connected vehicles, preventing unauthorized modifications and ensuring update authenticity.
Prevent ECU spoofing: Device-bound encryption prevents attackers from impersonating Electronic Control Units, protecting against CAN bus attacks and vehicle hijacking.
Secure V2X communication: Vehicle-to-everything (V2X) data protection ensures secure communication between vehicles, infrastructure, and cloud services.
Protect autonomous driving sensor data: Encrypt LIDAR, radar, camera feeds, and sensor fusion data to prevent manipulation that could compromise autonomous vehicle safety.
Protect weak endpoints: Secure billions of IoT devices with lightweight encryption that doesn't require heavy computational resources.
Device-bound encryption prevents cloning: Each device receives unique cryptographic binding, making it impossible to clone or spoof IoT endpoints.
Secure telemetry, sensor data, and commands: Protect industrial sensors, smart home devices, and edge computing nodes from data theft and command injection.
Long-term device security: Ensure IoT devices deployed today remain secure against future quantum threats throughout their operational lifetime.
Secure long-term confidential data: Protect financial records, customer PII, and proprietary trading algorithms that must remain confidential for decades.
Prevent quantum-based theft: Defend against "harvest now, decrypt later" attacks targeting transaction data, account credentials, and encrypted backups.
Protect transactional integrity: Ensure payment authorizations, wire transfers, and settlement data cannot be tampered with or replayed.
Regulatory compliance: Meet emerging post-quantum cybersecurity requirements from financial regulators and data protection authorities.
Protect Wi-Fi and 5G networks: Add a second layer of encryption beyond WPA3 and 5G standards, providing defense-in-depth for wireless networks.
Secure private networks: Enterprise and government private 5G networks benefit from quantum-resilient encryption for sensitive communications.
Secure device-to-device traffic: Protect peer-to-peer communication and network slicing with fragmented, multi-key encryption.
Future-proof network infrastructure: Deploy 5G and beyond with confidence that encryption will withstand quantum computing advances.
Protect medical telemetry: Secure wireless medical device communications, preventing unauthorized access to pacemakers, insulin pumps, and monitoring equipment.
Device-bound encryption for implants: Ensure medical implants can only be controlled by authorized healthcare systems and personnel.
Protect long-term patient data: Medical records must remain confidential for 50+ years — PFE™ provides quantum-safe protection for lifelong health data.
HIPAA and regulatory compliance: Meet stringent healthcare data protection requirements with defense-grade encryption.
Add an extra layer inside encrypted cloud channels: Even if TLS/HTTPS is compromised, PFE™ provides an additional protective layer for data in transit.
Zero-trust data fragmentation: Implement true zero-trust architecture where data is fragmented across multiple storage locations with separate keys.
Multi-key segmentation: Protect data at rest in cloud storage with fragmented encryption that requires multiple keys for full data access.
Cloud-to-cloud secure transfer: Protect data movement between cloud providers, regions, and hybrid infrastructure with quantum-resilient encryption.
Join government agencies, defense contractors, and enterprises preparing for the post-quantum era
30-minute consultation with our security experts
✓ Discuss your threat landscape ✓ Review PFE™ implementation ✓ Custom demo for your use case
Patented technology recognized by government and industry
Fragmented Encryption Key Management
Covers the foundational technology for fragmenting data and managing distributed encryption keys across multiple blocks.
Polymorphic Key Generation and Authentication
Protects the novel method of generating dynamic, device-bound cryptographic keys with polymorphic regeneration.
Architecture designed for International Traffic in Arms Regulations (ITAR) compliance, suitable for defense and military applications.
Built to integrate with NIST post-quantum cryptography standards, providing layered protection combining structural and mathematical security.
Developed with government, defense, and critical infrastructure security requirements in mind.
Successfully deployed in commercial and enterprise environments across automotive, IoT, and financial sectors.
Schedule your 30-minute consultation with a quantum security expert
Optional After Call: A follow-up Technical Implementation Blueprint you can give to your engineering team.
"The team provided exceptional clarity on quantum threats and demonstrated how PFE™ could integrate with our existing infrastructure."
— Senior Security Architect, Fortune 500 Financial Institution