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CBDCs (Central Bank Digital Currencies) differ greatly from cash. Unlike cash, CBDCs provide central banks with complete control over regulations and usage. This control is enforced through advanced technology, making a significant distinction from cash.

The main difference with a Central Bank Digital Currency (CBDC) is that the central bank will have complete control over the rules and regulations governing its use. They will also have the technology to enforce these rules. This is significant because it sets CBDCs apart from cash.

Central banks are considering the introduction of central bank digital currency (CBDC), but there is little information on what it actually looks like. Some central banks have reportedly developed the final stage of CBDC, which is the size of a grain of rice and serves as a digital ID and wallet. This aligns with the trend of contactless payments using RFID technology. However, the idea of implanting microchips under the skin raises concerns about privacy and human dignity. The concept of universal basic income has gained support from billionaire elites since the technology for microchip implants became available. The COVID-19 pandemic has further facilitated the agenda for digital ID implementation.

CBDC can enhance financial inclusion through programmability, enabling targeted policy functions like welfare payments, consumption coupons, and food stamps. By programming CBDC, money can be precisely directed to specific individuals and purposes, such as food. However, it is important to note that CBDC is not a cure-all for financial inclusion challenges. Factors like financial literacy and digital literacy are not solely technology-related and require collaboration with other policies to improve overall financial inclusion.

In China, the government controls citizens' spending through a social credit system linked to their bank accounts. Programmable money is being tested in countries like Sweden, South Africa, and Canada. Nearly half of the world's nations are exploring this technology. Programmable money could enforce personal carbon limits by charging individuals who exceed their monthly carbon usage. This could result in automatic fines deducted from bank accounts without the need for bills.

We propose providing secure and efficient digital payment access to all citizens, ensuring their freedom to pay.

Digital money offers significant benefits, beyond just being a digital version of physical currency. It allows for programmability, such as central bank currency with expiry dates. In my book, I discuss the potential for a world where the government can restrict the use of central bank money for certain purchases it deems undesirable, like ammunition, drugs, or pornography. This concept has the potential to be both better and darker, but it highlights the power of a central bank digital currency (CBDC).

In China, the government controls citizens' spending through a social credit system linked to bank accounts. Programmable money is being tested in countries like Sweden and Canada. This technology could soon track and limit individual carbon usage, with penalties for exceeding limits including fines automatically deducted from bank accounts.

The Bank of England has developed a microchip implant RFID chip for under-the-skin use. There is a growing conversation about universal basic income from various grassroots movements and billionaires. The concerns about privacy and freedom are alarming, especially with the introduction of central bank digital money. The ability for governments to digitally track every purchase and sale is unsettling. Additionally, programmability is seen as a way for central bank digital currencies to enhance financial inclusion.

In China, the government controls citizens' spending through a social credit system linked to their bank accounts. Programmable central bank currencies are being tested in countries like Sweden and Canada. Nearly half of the world's nations are exploring this technology. Programmable money could lead to personal carbon limits, with penalties for exceeding them. Individuals could be charged for surpassing their carbon allowance, automatically deducted from their bank accounts. This system could track and control all financial transactions based on carbon usage.

There is a significant difference between cash and Central Bank Digital Currency (CBDC). With cash, we don't know who is using specific bills, but with CBDC, the Central Bank will have complete control over the rules and regulations governing its use. They will also have the technology to enforce these rules. These differences make CBDC distinct from cash.

CBDC can enhance financial inclusion through programmability, enabling government agencies and private sector players to create smart contracts for targeted policy functions. This includes welfare payments, consumption coupons, and food stamps. By programming CBDC, money can be precisely directed to specific individuals and restricted to specific uses, such as purchasing food. This programmability feature allows government agencies to effectively target support to those in need.

The purpose of CBDC is to align with how people buy, save, and work with goods in a modern economy. It aims to address challenges before implementation.

Digital money offers significant benefits, including programmability and the ability to set expiry dates for central bank currency. In my book, I discuss the potential for a world where the government can restrict the use of central bank money for certain purchases it deems undesirable. This could lead to a better or darker future, depending on one's perspective.

Digital money offers significant benefits, including programmability and the ability to set expiry dates for central bank currency. In my book, I explore the potential for a world where the government can restrict the use of central bank money for certain purchases it deems less desirable. This could lead to a better or darker future, depending on one's perspective.

The purpose of CBDC is to align with how people buy, save, and work with goods in a modern economy. It aims to address challenges before moving forward.

Ripple helps governments and central banks create high-performance financial infrastructures using blockchain technology. They specialize in building and launching central bank digital currencies (CBDCs), which are secure, centralized, and scalable national currencies. Ripple's CBDC solution is based on the reliable and sustainable XRP ledger technology, which allows for fast transactions, customization, and programmability. Each CBDC pilot is customizable to the needs of the central bank and hosted on a private version of the XRP Ledger. The central bank has full control over supply and can integrate the CBDC into existing systems. CBDCs enable real-time payments, collection of taxes, and analysis of data for monetary policy support. Ripple's CBDC solution also provides interoperability with other central bank ledgers, reducing risks in cross-border transactions. Overall, CBDCs offer improved financial development and economic potential.

Consensus believes that blockchain technology will play a crucial role in transforming the global payments infrastructure. They are partnering with central banks, retail banks, fintech institutions, and blockchain innovators to develop central bank digital currencies (CBDCs). CBDCs are a reimagined way for currency to operate on a fully digital infrastructure, where central banks issue money directly to individuals through e-wallets. The current financial systems are complex and inefficient, with settlement delays and increased transaction costs due to third-party involvement. CBDCs utilize smart contracts to instantly perform functions currently done by third parties, enabling central banks to drive monetary policy and offer innovative products and services. Consensus, as a leader in blockchain software, bridges the gap between the blockchain ecosystem and financial institutions, making them well-positioned to help embrace this new open financial system.

Freedom of speech is important, but the freedom to transact is crucial. If the state restricts your ability to buy things using digital currency, it can control your movements without physical barriers. Central bank digital currency can monitor and limit your transactions, making it challenging to buy essentials like food, fuel, or transportation tickets.

There is a significant difference between cash and central bank digital currency (CBDC). With cash, we don't know who is using specific bills, but with CBDC, the central bank has complete control over the rules and regulations governing its use. Additionally, the central bank has the technology to enforce these rules. These differences make CBDC distinct from cash.

There is a significant difference between cash and central bank digital currency (CBDC). With cash, we don't know who is using specific bills, but with CBDC, the central bank has complete control over the rules and regulations governing its use. Additionally, the central bank has the technology to enforce these rules. These differences make CBDC distinct from cash.

The speaker discusses Central Bank Digital Currency (CBDC), specifically the digital euro, and its upcoming introduction planned for 2029, noting that the European Parliament has some resistance. Rapporteur Naharete Rogas opposes the plan, arguing that the current design adds nothing for ordinary people, i.e., ordinary citizens like you and me. The speaker counters a common claim that CBDC is not a replacement for cash and that the digital euro is not programmable. The speaker argues that, by definition, central bank money can be programmable. The explanation focuses on how the central bank’s balance sheet works when money is spent. When the central bank issues money (spends), it increases its balance sheet. Cash sits on the right side of the balance sheet. To keep the balance, on the asset side there are government bonds (and potentially other bonds) that earn interest, which means the central bank collects money from society. The Dutch central bank has written in a report about design choices for a digital euro that the central bank can influence society by increasing the money supply, because it earns interest, a process often referred to as seigniorage. The speaker emphasizes that if cash exists in a given quantity and the central bank issues CBDC in addition to that cash, the central bank’s balance sheet grows. To prevent this imbalance, the only way to keep the totals equal is implied: every time you issue 1 euro of CBDC or even a 10-euro note in digital form, you would need to keep the physical cash in ATMs from being replenished or refreshed. Under the digital euro scenario labeled “scenario 4,” CBDC would thus be the replacement of cash, with the overall sum being kept in balance through this mechanism. The speaker concludes with “Dus dut,” underscoring that the outcome depends on how the total money supply is managed and whether CBDC is deployed in a way that maintains or replaces cash.

The speaker begins by noting that digital money offers substantial potential gains beyond merely digitizing physical currency. He highlights that digital money can introduce programmability, enabling features such as units of central bank currency with expiry dates. He references his book to illustrate a scenario in which central bank money could be programmed in ways that influence what can be purchased with it. The speaker describes a potentially better future, but also acknowledges a darker possibility. In a less favorable scenario, the government could decide that units of central bank money may be used to buy certain items while restricting others that it deems less desirable, such as ammunition, drugs, or pornography. He underscores that such capabilities would be very powerful in terms of how central bank money is used. He then emphasizes the implications for central banks themselves. The speaker argues that if central bank money takes on different characteristics across various units, or if central bank money becomes a conduit for targeted economic policies or broader social policies, this could threaten the integrity of central bank money. He extends the concern to the independence of central banks, implying that targeted or constrained use of central bank money could compromise their neutral status. The speaker reiterates that digital money holds wonderful possibilities, suggesting enhancements to monetary systems and policy implementation. However, he cautions that technology also carries a significant risk of steering outcomes toward a less desirable or more constricted use of money, potentially undermining core monetary principles or the perceived neutrality of central banking. In summary, the speaker presents a dual view: digital money can enable innovative features, flexibility, and new policy tools, yet it can also enable highly centralized or targeted controls over purchases and behavior. This duality raises concerns about the potential benefits versus the dangers, particularly regarding the integrity and independence of central banks if their money is used to enforce selective or restricted consumer choices. The overall message is a call to recognize both the transformative promise of digital money and the serious risks that could accompany its deployment.

First speaker asks what happens if the government issues digital currency. Second speaker responds that they’re talking about central bank digital currencies (CBDCs) and acknowledges their appeal due to ease, but believes a lot will happen as this develops. Second speaker explains that with digital currency, transactions are easy, and it will be similar to money market funds in terms of practical use. A key question is whether CBDCs can offer interest. There is a debate on this; if CBDCs cannot offer interest, they may be less effective as a hold-in vehicle, since depreciation could make alternatives like money market funds or bonds more attractive. There will be no privacy with CBDCs, making them a very effective government controlling mechanism: all transactions would be known. This close surveillance could be beneficial for countering illegal activity but would also give the government substantial control. Examples include tax collection, the ability to take money, and the establishment of foreign exchange controls. These controls could be particularly challenging for international holders of CBDCs; for instance, sanctions could enable authorities to seize funds held by individuals in other countries. Privacy concerns relate to the possibility that politically disfavored individuals could be shut off. Second speaker reiterates that these privacy and control issues are part of the broader picture. He suggests that, for those reasons, CBDCs will not become a magnitude that changes everything; development will occur, but he does not expect CBDCs to be a huge deal in scale, even though growth is likely.

Many people are a little worried about what will happen to them with the digital euro. Can you encourage them? Why is the digital euro good for people like you and me? The digital currency, where it has been piloted, and there is only one which is clearly now launched in in a very small country, but it is piloted on a fairly large scale in in China, is of use and of service to all citizens. So it is not something that is good for the elite or is good for the young or is good for some versus others. If it is well done and if it is well implemented, it would be of service to all citizens.