Patents
- Memory Circuit Using Resistive Random-Access Memory Arrays in a Secure Element
- Memory Circuit Using Dynamic Random-Access Memory Arrays
- Physically Unclonable Function Generating Systems and Related Methods
- Random Number Generating Systems and Related Methods
- Methods to Authenticate Images Extracted from Unclonable Objects
- Data Compiler for True Random Number Generation and Related Methods
- Encoding Ternary Data for PUF Environments
- PUF Hardware Arrangement for Increased Throughput
- Securing Physically Unclonable Functions with Additional Random Ternary States
- Native Ternary Random Numbers Generation
- PUF with Dissolvable Conductive Paths
- Key Exchange Schemes with Addressable Elements
- Quantum Ternary Key Distribution
- Strengthening Quantum Key Distribution with Addressable PUFs and Ternary States
- Response-Based Cryptography with Physical Unclonable Functions
- Secure Multi-State Quantum Key Distribution with Wavelength-Division Multiplexing
- Methods for Fast Cryptographic Key Generation from Memristor-Based Physically Unclonable Computed Functions
- Sensing Scheme for Low Power ReRAM-Based PUFs
- PUF-Based Key Generation for Lattice and Code Cryptography
- True Random Number Generation from Pre-Formed ReRAM Arrays
- Multi-Wavelength Quantum Key Distribution for Enhanced Security Against a Photon Number Splitting Attack and Higher Data Rates
- Password Manager Database and Generation of Temporary Code Based on ReRAM PUFs
- Program-Read-Erase Schemes to Protect PUF Challenge-Response Pairs with Pre-Formed ReRAMs
- Pseudo-Homomorphic Authentication of Users with Biometry
- Biometry with Challenge-Response Pair Mechanism
- Protocols for Protecting Digital Files
- Protocols with Noisy Response-Based Cryptographic Subkeys
- Protocols with Multiple Control Points to Protect Medical Files in a Distributed Network
- Detecting Eavesdropping in Long Distance Quantum Key Distribution
- Error Management for Long Distance Quantum Key Distribution and Symmetrical Key Distribution
- TRNG from Multiple SRAM using XOR Gate
- Template-Less Object Recognition with Challenge/Response Pair Mechanism
- Key Generation for Post Quantum Cryptography Controlled by Trusted Users in a Distributed Network
- Inserting Blockchains to Protect Digital Files in Protocols Having Multiple Points of Control for a Distributed or Closed-loop Network
- Generation of Biometric-Based Reference Tables to Share Cryptographic Keys in a Public Network
- Combination of Challenge-Response-Pair Mechanisms for Multi-Factor Authentication Schemes Protecting Private Keys
- Native Ternary Responses for Differential Physical Unclonable Functions
- Light Enrollment and Rapid Device Testing for Tamper Resistant Differential Physical Unclonable Functions
Papers
- Ternary Two Wavelength Quantum Key Distribution Protocol With Physical Unclonable Function Error Models and Eavesdropper Detection
- Security and Robustness of AI Driven IoTs with differential sensor schemes
- Secure Content Protection Schemes for Industrial IoT with SRAM PUF-Based One-Time Use Cryptographic Keys
- True Random Numbers from Pairs of SRAM Devices
- TRNGs from Pre‐Formed ReRAM Arrays
- Design of True Random Numbers Generators with Ternary Physical Unclonable Functions
- Design of a True Random Number Generator Based on MRAM Devices
- A CRYSTALS-Dilithium Response-Based Cryptography Engine using GPGPU
- A XOR Data Compiler Combined with Physical Unclonable Function for True Random Number Generation
- Noise injection techniques in cryptographic keys to enhance security of autonomous systems
- Design of a True Random Number Generator Based on MRAM Devices
- Key Recovery for Content Protection Using Ternary PUFs Designed with Pre‐Formed ReRAM
- Multi-Wavelength Quantum Key Distribution Emulation with Physical Unclonable Function
- Secure Cryptographic Key Encapsulation and Recovery Scheme in Noisy Network Conditions
- Methods to Encrypt and Authenticate Digital Files in Distributed Networks and Zero-Trust Environments
- Protecting devices operating in jammed and noisy networks
- Characterization of ReRAM arrays operating in the pre-formed range to design reliable PUFs
- Enhancing True Random Number Generation in MRAM Devices Through Response Adjustment
- Enhancing Cyber-Physical Systems (CPS) robustness through sensor-pair health indicator
- Privately Generated Key Pairs for Post Quantum Cryptography 2 in a Distributed Network
- Noise injection techniques in cryptographic keys to enhance security of autonomous systems
- Post-quantum cryptographic key distribution for autonomous systems operating in contested areas
- Privately Generated Key Pairs for Post Quantum Cryptography 2 in a Distributed Network
- Can Ternary Computing Improve Information Assurance?
- Methods to Encrypt and Authenticate Digital Files in Distributed Networks and Zero-Trust Environments
- Post Quantum Cryptographic Keys Generated with Physical Unclonable Functions
- Securing Additive Manufacturing with Blockchains and Distributed Physically Unclonable Functions
- Reliable, Secure, and Efficient Hardware Implementation of Password Manager System Using Physical Unclonable Functions
- Security and robustness of AI-driven IOTs with differential sensing schemes
- Design of True Random Numbers Generators with Ternary Physical Unclonable Functions
- Strengthening Industrial IoT Security with Integrated PUF Token
- CRP Encapsulation Scheme to Protect Medical Record Stored in the Cloud
- Efficient Medical File Protection via Adaptive CRP-based Ephemeral Key Encapsulation and Robust Error Correction
- Recovering Error-Free Cryptographic Keys from Noisy Quantum Key Distribution and Independent Eavesdropper Detection on the Receiving End
- Enhancing Multi-Factor Authentication with Templateless 2D/3D Biometrics and PUF Integration for Securing Smart Devices