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Ashley Lannquist and Brandon Tan

Financial inclusion is a key policy objective that central banks, especially those in emerging and low-income countries, are considering for retail central bank digital currency (CBDC). If properly designed to address the barriers to financial inclusion, CBDCs have the opportunity to gain acceptance by the financially excluded for digital payments. CBDC can then serve as an entry point to the broader formal financial system. CBDC has special aspects that may benefit financial inclusion, such as being a risk-free and widely acceptable form of digital money, availability for offline payments, and potentially lower costs and greater accessibility. However, CBDC is not a panacea to financial inclusion, and additional experience is needed to fully understand its potential impact.

Ashley Lannquist and Brandon Tan
Financial inclusion is a key policy objective that central banks, especially those in emerging and low-income countries, are considering for retail central bank digital currency (CBDC). If properly designed to address the barriers to financial inclusion, CBDCs have the opportunity to gain acceptance by the financially excluded for digital payments. CBDC can then serve as an entry point to the broader formal financial system. CBDC has special aspects that may benefit financial inclusion, such as being a risk-free and widely acceptable form of digital money, availability for offline payments, and potentially lower costs and greater accessibility. However, CBDC is not a panacea to financial inclusion, and additional experience is needed to fully understand its potential impact.
Ashley Lannquist and Brandon Tan
Mr. Dong He, Annamaria Kokenyne, Mr. Tommaso Mancini Griffoli, Mr. Marcello Miccoli, Mr. Thorvardur Tjoervi Olafsson, Gabriel Soderberg, and Hervé Tourpe

This fintech note looks at how capital flow measures (CFMs) could be implemented with central bank digital currency (CBDC), and what benefits, risks and complexities could arise. There are several implications of the analysis. First, CBDC ecosystems should generally be designed such that they can accommodate the introduction of CFMs. Second, thanks to the programmability of the payment infrastructure given by the new digital technologies, certain CFMs could likely be implemented more efficiently and effectively with CBDC compared to the traditional system. Third, implementing CFMs requires central banks to collaborate on practices and standards. Finally, CFMs on CBDC need to operate alongside traditional CFMs.

Ms. Mitali Das, Mr. Tommaso Mancini Griffoli, Fumitaka Nakamura, Ms. Julia Otten, Gabriel Soderberg, Mr. Juan Sole, and Brandon Tan
This fintech note presents an analysis of the implications of central bank digital currency (CBDC) for monetary policy. In our framework, the implications of CBDC issuance on monetary policy are intermediated by its impact on key parts of the macroeconomic environment. The note also makes a distinction between “level effects”—whereby the introduction of CBDCs could tighten or loosen financial conditions as a shock—and “transmission effects,” whereby CBDCs change the impact of a given monetary policy shock on output, employment, and inflation. In general, the effects of CBDCs on monetary policy transmission are expected to be relatively small in normal times; however, these effects can be more significant in an environment with low interest rates or financial market stress.
Mr. Dong He, Annamaria Kokenyne, Mr. Tommaso Mancini Griffoli, Mr. Marcello Miccoli, Mr. Thorvardur Tjoervi Olafsson, Gabriel Soderberg, and Hervé Tourpe
This fintech note looks at how capital flow measures (CFMs) could be implemented with central bank digital currency (CBDC), and what benefits, risks and complexities could arise. There are several implications of the analysis. First, CBDC ecosystems should generally be designed such that they can accommodate the introduction of CFMs. Second, thanks to the programmability of the payment infrastructure given by the new digital technologies, certain CFMs could likely be implemented more efficiently and effectively with CBDC compared to the traditional system. Third, implementing CFMs requires central banks to collaborate on practices and standards. Finally, CFMs on CBDC need to operate alongside traditional CFMs.
Ms. Mitali Das, Mr. Tommaso Mancini Griffoli, Fumitaka Nakamura, Ms. Julia Otten, Gabriel Soderberg, Mr. Juan Sole, and Brandon Tan
Mr. Dong He, Annamaria Kokenyne, Mr. Tommaso Mancini Griffoli, Mr. Marcello Miccoli, Mr. Thorvardur Tjoervi Olafsson, Gabriel Soderberg, and Hervé Tourpe
Ms. Mitali Das, Mr. Tommaso Mancini Griffoli, Fumitaka Nakamura, Ms. Julia Otten, Gabriel Soderberg, Mr. Juan Sole, and Brandon Tan

This fintech note presents an analysis of the implications of central bank digital currency (CBDC) for monetary policy. In our framework, the implications of CBDC issuance on monetary policy are intermediated by its impact on key parts of the macroeconomic environment. The note also makes a distinction between “level effects”—whereby the introduction of CBDCs could tighten or loosen financial conditions as a shock—and “transmission effects,” whereby CBDCs change the impact of a given monetary policy shock on output, employment, and inflation. In general, the effects of CBDCs on monetary policy transmission are expected to be relatively small in normal times; however, these effects can be more significant in an environment with low interest rates or financial market stress.

Hervé Tourpe, Ashley Lannquist, and Gabriel Soderberg
As central bank digital currency (CBDC) projects progress around the world, there is increased need for a project management methodology that is appropriate for CBDC. This paper develops a CBDC-specific project management methodology that establishes a common terminology and offers guidance to development teams on best practices for addressing the complex requirements and risks associated with CBDC. It is centered on an original five-step approach called the “5P Methodology”: preparation, proof-of-concept, prototypes, pilots, and production. The methodology emphasizes a phased approach to CBDC research and development, with strong focus on research preparation, experimentation and testing, risk management, stakeholder engagement, and cyber resilience.