Log In Now!

Verifiable Claims Exchange Networks for Virtual Asset Service Providers

Start Date:7/15/2020

Start Time:12:00 PM MDT

Duration:25 minutes

Abstract:

Speaker: Thomas Hardjono

Currently there is strong market interest in Virtual Assets (e.g. cryptocurrencies) as new forms of fungible and non-fungible digital payments and financial instruments. In order for Virtual Asset Service Providers (VASP) to fulfill the regulatory requirements from the FATF, FinCEN and the Travel Rule, VASPs need access to truthful information regarding originators, beneficiaries and other VASPs involved in virtual asset transfers. However, in seeking information regarding subjects (individuals or organizations) VASPs are also faced with privacy regulations such as the GDPR and CCPA. Our approach to solve this dilemma is to employ a privacy-preserving claims issuance model that is subject-driven and carries indicators of the provenance of the data and the algorithms used to derive claims. This allows VASPs to obtain originator and beneficiary information without necessarily having access to the private data about these subjects or entities. It also provides VASPs with varying degrees of confidence about claims that can be input into their risk-based decision making. To truly solve the Travel Rule at a global scale, we propose the use of a consortium trust network arrangement for VASPs to exchange signed claims about subjects and their public-key information.

Not registered for the Verifiable Claims Exchange Networks for Virtual Asset Service Providers webcast and interested in signing up? Click below:

Register Now!

Speakers

Thomas Hardjono

CTO Connection Science

MIT

Thomas Hardjono is currently the CTO of Connection Science and Director of the MIT Trust-Data Consortium, located at MIT in Cambridge, MA, USA. Prior to this he was the Executive Director of the MIT Kerberos Consortium, developing the Kerberos protocol to become the most ubiquitously deployed authentication protocol in world today. Over the past two decades Thomas he has held various industry technical leadership roles, including Distinguished Engineer at Bay Networks, Principal Scientist at VeriSign PKI, and CTO roles at several start-ups. He has been at the forefront of several industry initiatives around identity, trust and cybersecurity. His areas of interest include decentralized identity, data privacy, cryptography, blockchain survivability, and trusted computing. He has authored several dozen technical papers, patents and books covering cryptography, network security, identity and blockchain security.

Email Address

Password

Forgot Password?

If you receive an "Already Logged In" message, wait 1 minute before re-entering.


Terms Of Use | Privacy Policy | Computer Tips

By logging in, you agree to the Terms of Use and Privacy Policy.