Company Info for sealance.io | Icebreaker

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Company Info for sealance.io | Icebreaker

Sealance

Sealance

Sealance is the world’s first blockchain-based platform of trust for cryptocurrencies based on advanced mathematics, cryptography, and zero-knowledge proofs. The Sealance Trust platform offers a simple, comprehensive, inviolable way to ensure privacy while enforcing laws and policies on cryptocurrency transactions—at the instant that they occur.

7 members

Coinbase Ventures

Galaxy Ventures

VC-Funded

Contact info

Link

sealance.io

Members

Andreas Freund, PhD

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Managing Principal Exp Technology Consultants -- Zero-Knowledge Tech, Expert Witness, Web3, Generative AI

Shlomit Azgad-Tromer

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Professor of Computer Science at Boston University, working on cryptography and information security

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I am passionate about technology and perceive programming as a form of art. I consider myself a true advocate for Kotlin and Functional Programming. I am reliable, professional, and thorough.

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Dr. Matthew Green, a respected cryptographer and security technologist, has over fifteen years of industry experience in computer security. Dr. Green is an Assistant Professor of Computer Science at the Johns Hopkins Information Security Institute. He specializes in applied cryptography, privacy-enhanced storage systems, and anonymous cryptocurrencies. Dr. Green led the team that developed the first anonymous cryptocurrencies, Zerocoin and Zerocash. His research team has exposed flaws in more than one third of SSL/TLS encrypted web sites as well as vulnerabilities in encryption technologies, including RSA BSafe, Exxon/Mobil Speedpass, EZpass, and automotive security systems. Dr. Green is a member of the technical advisory board for the Linux Foundation Core Infrastructure Initiative, formed to address critical Internet security concerns in the wake of Heartbleed. Dr. Green also co-founded and serves on the Board of Directors of the Open Crypto Audit Project. Dr. Green writes the Blog "A Few Thoughts on Cryptographic Engineering" and is the author of more than fifty academic publications. He is a frequent guest on television and radio and is regularly quoted in the press. His work has been widely cited by media including the New York Times, Wall Street Journal, Forbes, Reuters, Wired, Washington Post and The Economist.

Yaniv Finkelshtein

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Hello and welcome to my profile! I'm a dedicated Computer Engineer with a deep passion for solving complex problems and crafting elegant solutions. The ever-evolving world of software never ceases to amaze me, and I thrive when tasked with designing and analyzing intricate systems. Work Ethic: My commitment to excellence is unwavering. I fully immerse myself in every project, constantly seeking opportunities to grow and improve. I believe that continuous learning from those around me is key to both professional and personal development. Passions: Beyond my work, I’m an avid traveler, basketball enthusiast, and food lover. Professionally, I have a strong affinity for coding in Angular and C#, and I’m always eager to assist entrepreneurs in bringing their visions to life. My experience in the finance sector has given me a profound understanding of crypto and financial solutions, with a particular passion for Zero-Knowledge Proofs (ZKP). I’m convinced that ZKPs are the future of privacy and security in cryptographic applications. Personal Philosophy: I pride myself on being genuine, approachable, and ego-free. I believe in embracing the best solutions in all aspects of life, and I value directness and authenticity. Success, to me, isn’t about luck or fate; it’s about hard work, continuous improvement, and always striving to surpass my previous achievements. Favorite Quote: "In the middle of difficulty lies opportunity." — Albert Einstein This quote perfectly captures my approach to challenges, reminding me that every obstacle is a chance for growth and innovation.

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My primary interest is in the application of cryptographic techniques to real-world problems. Many primitives and paradigms, powerful in theory, can be applied to real security problems without significant loss in efficiency. One of the examples of such an adoption is data-in-use encryption which allows arbitrary computations over encrypted data without decrypting.