
探花直播project will use machine learning to sequence the world鈥檚 regulatory text and create an open-source repository of machine-readable regulatory information.听
探花直播project will use machine learning to sequence the world鈥檚 regulatory text and create an open-source repository of machine-readable regulatory information.听
An open access repository of regulatory information will serve to level the regulatory playing field for those who develop and comply with regulation, particularly in emerging markets
Robert Wardrop
探花直播 探花直播 of Cambridge has launched the , a transformational initiative to sequence the world鈥檚 vast amount of regulatory text to create a comprehensive open repository of machine-readable regulatory information for use by regulatory agencies and businesses around the world.
This multi-year project 鈥 which includes an expanding collaboration network of regulatory agencies, companies, and academic researchers 鈥 has been inspired by the scientific and commercial innovation that followed the collective effort to code the human genome.
探花直播project aims to provide an open-source infrastructure for all countries, particularly in developing regions, to have the same digital capabilities as advanced economies to identify regulatory obligations around the world. This is particularly important as consumers have increasingly adopted digital financial services, which has opened up new areas of risk that require regulation.
Drawing on research from the Cambridge Centre for Alternative Finance (CCAF) at Cambridge Judge Business School and the Department of Computer Science and Technology, the project uses machine learning and natural language processing to 鈥榮equence鈥 huge amounts of regulatory text, starting with financial regulation. This offers regulators and firms the opportunity to acquire unprecedented capabilities in the development, processing and analysis of regulation.
鈥 探花直播Regulatory Genome Project combines the 探花直播鈥檚 research with its convening influence to deliver societal and economic impact with the potential to be global, transformational and enduring,鈥 said Professor Eil铆s Ferran, Pro-Vice-Chancellor for Institutional and International Relations at the 探花直播 of Cambridge.
As part of the project鈥檚 structure, a new 探花直播-affiliated company called Regulatory Genome Development Ltd has been formed to provide support to third parties building applications using the code and data in the Regulatory Genome.
探花直播Regulatory Genome originated out of a research project led by the CCAF with initial funding provided by the Omidyar Network to create a solution 鈥 named RegSimple 鈥 that simplifies the comparison of regulations across different jurisdictions. Additional funding has been provided by the UK鈥檚 Foreign, Commonwealth & Development Office to expand the scope and functionality of RegSimple to serve the needs of regulators in developing and emerging economies. Regulators from more than 20 jurisdictions are already contributing to the project.
鈥淲e are excited about the vast potential of this project to benefit both public and private sector interests,鈥 said Dr Robert Wardrop, Director of the Cambridge Centre for Alternative Finance. 鈥淎n open access repository of regulatory information will serve to level the regulatory playing field for those who develop and comply with regulation, particularly in emerging markets, and serve as a key resource for researchers in deepening their understanding how the regulatory landscape for digital financial services is evolving.鈥
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