Why is quantum technology taken seriously? -Part 5
The traditional computer designers only need to verify the parity of the addition-operated calculation results, which is an easy task to be done.
The traditional computer designers only need to verify the parity of the addition-operated calculation results, which is an easy task to be done.
The migration of core financial service activities to the cloud will greatly increase, and the nature and extent of the control and risk borne by financial institutions when using cloud services depend on the service model they adopted.
Fintech has achieved high efficiency and low cost, but also caused financial, technological, and network risks to arise.
Fintech’s regulatory challenges and dimensional construction -Part 3
Regtech solves systemic risks such as information asymmetry, improves regulatory compliance and regulatory efficiency, which will benefit large banks and companies.
Fintech’s regulatory challenges and dimensional construction -Part 4
Fintech lead to a restructuring of financial supervision, which can effectively deal with risks and construct a revolutionary technological dimension to realize technology governance.
Fintech’s regulatory challenges and dimensional construction -Part 5
Applying technology in financial supervision can effectively reshape the trend of supervision and increase flexibility in governance.
Quantum Computing and Financial System (2)
Quantum computers will crack many encryption algorithms that maintain the security of today’s networks and may cause these encryption algorithms to be outmoded or require major upgrading.
FSB Sets Quantitative Targets for Coping with Cross-border Payment Challenges
The Financial Stability Board (FSB) puts forward the factors that should be considered when formulating quantitative rules in order to strengthen cross-border payment cooperation.