Advancing the science of cryptographic security and digital asset protection
At JITO, we believe that truly secure products must be built on a foundation of original research and scientific rigor. Our dedicated research team works at the intersection of cryptography, hardware security, and usability to develop novel solutions for protecting digital assets.
We're committed to advancing the broader field of cryptographic security through:
This investment in fundamental research enables us to stay ahead of evolving security threats and continuously improve our products.
Our research and development efforts concentrate on several key areas critical to the future of cryptocurrency security:
Developing next-generation secure element designs and tamper-resistant hardware solutions.
Preparing for quantum computing threats by implementing quantum-resistant cryptographic algorithms.
Exploring innovative biometric and multi-factor authentication technologies that balance security and usability.
Investigating secure multi-signature schemes and threshold cryptography for institutional-grade security.
Our latest contributions to cryptographic security research
This paper examines the implementation of quantum-resistant cryptographic algorithms in constrained hardware environments, with specific focus on secure elements used in cryptocurrency hardware wallets.
A comprehensive analysis of electromagnetic side-channel attack vectors against hardware security devices and novel shielding methodologies to counteract these threats.
This research explores advanced threshold signature schemes that enable institutional-grade security for cryptocurrency holdings while maintaining operational flexibility.
A detailed explanation of our multi-layered approach to security testing, including automated vulnerability scanning, penetration testing, and hardware security validation.
This paper presents a novel approach to firmware updates that maintains security while providing a seamless user experience for air-gapped devices.
An examination of the security benefits and potential privacy implications of incorporating biometric authentication into cryptocurrency hardware wallets.
The brilliant minds driving innovation at JITO
Ph.D. in Cryptography from Stanford University with over 15 years of experience in hardware security research. Previously led security architecture at a major semiconductor company.
Specialist in post-quantum cryptography with contributions to NIST's post-quantum standardization process. Author of numerous papers on elliptic curve cryptography.
Expert in side-channel attack prevention and secure element design. Previously conducted research at DARPA's Microsystems Technology Office on secure microelectronics.
Collaborating with leading institutions to advance security research
Joint research on post-quantum cryptographic implementations for constrained devices.
Collaborative research on side-channel attack resistance and secure element design.
Active participation in academic conferences and contribution to cryptographic standards.
Research on privacy-preserving biometric authentication methods for secure hardware.
Sponsorship of graduate research in hardware security and secure multi-party computation.
Contributing to open security standards and best practices for hardware security modules.
Our cutting-edge research directly informs the development of our hardware security products, resulting in unparalleled protection for your digital assets.
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