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The President will also consider agency recommendations to create a federal framework to regulate nonbank payment providers. Agencies will prioritize efforts to improve the efficiency of cross-border payments by working to align global payments practices, regulations, and supervision protocols, while exploring new multilateral platforms that integrate instant payment systems.
The National Science Foundation NSF will back research in technical and socio-technical disciplines and behavioral economics to ensure that digital asset ecosystems are designed to be usable, inclusive, equitable, and accessible by all.
Fostering Financial Stability Digital assets and the mainstream financial system are becoming increasingly intertwined, creating channels for turmoil to have spillover effects. Stablecoins, in particular, could create disruptive runs if not paired with appropriate regulation. Building on this work, the Administration plans to take the additional following steps: The Treasury will work with financial institutions to bolster their capacity to identify and mitigate cyber vulnerabilities by sharing information and promoting a wide range of data sets and analytical tools.
The Treasury will work with other agencies to identify, track, and analyze emerging strategic risks that relate to digital asset markets. It will also collaborate on identifying such risks with U. Advancing Responsible Innovation U. Digital asset firms are no exception. The U. It sponsors cutting-edge research, helps firms compete globally, assists them with compliance, and works with them to mitigate harmful side-effects of technological advancement.
In keeping with this tradition, the Administration plans to take the following steps to foster responsible digital asset innovation: The Office of Science and Technology Policy OSTP and NSF will develop a Digital Assets Research and Development Agenda to kickstart fundamental research on topics such as next-generation cryptography, transaction programmability, cybersecurity and privacy protections, and ways to mitigate the environmental impacts of digital assets.
It will also continue to support research that translates technological breakthroughs into market-ready products. Additionally, NSF will back social-sciences and education research that develops methods of informing, educating, and training diverse groups of stakeholders on safe and responsible digital asset use.
The Treasury and financial regulators are encouraged to, as appropriate, provide innovative U. Powering crypto-assets can take a large amount of electricity—which can emit greenhouse gases, strain electricity grids, and harm some local communities with noise and water pollution. Opportunities exist to align the development of digital assets with transitioning to a net-zero emissions economy and improving environmental justice.
The Department of Commerce will examine establishing a standing forum to convene federal agencies, industry, academics, and civil society to exchange knowledge and ideas that could inform federal regulation, standards, coordinating activities, technical assistance, and research support. Reinforcing Our Global Financial Leadership and Competitiveness Today, global standard-setting bodies are establishing policies, guidance, and regulatory recommendations for digital assets. To reinforce U. Agencies will promote standards, regulations, and frameworks that reflect values like data privacy, free and efficient markets, financial stability, consumer protection, robust law enforcement, and environmental sustainability.
The State Department, Treasury, USAID, and other agencies will explore further technical assistance to developing countries building out digital asset infrastructure and services. As appropriate, this assistance may include technical assistance on legal and regulatory frameworks, evidence-gathering and knowledge-sharing on the impacts, risks, and opportunities of digital assets.
The Department of Commerce will help cutting-edge U. While our efforts have strengthened the U. It is in the national interest to mitigate these risks through regulation, oversight, law enforcement action, and the use of other United States Government authorities. To fight the illicit use of digital assets more effectively, the Administration plans to take the following steps: The President will evaluate whether to call upon Congress to amend the Bank Secrecy Act BSA , anti-tip-off statutes, and laws against unlicensed money transmitting to apply explicitly to digital asset service providers—including digital asset exchanges and nonfungible token NFT platforms.
He will also consider urging Congress to raise the penalties for unlicensed money transmitting to match the penalties for similar crimes under other money-laundering statutes and to amend relevant federal statutes to let the Department of Justice prosecute digital asset crimes in any jurisdiction where a victim of those crimes is found.
The United States will continue to monitor the development of the digital assets sector and its associated illicit financing risks, to identify any gaps in our legal, regulatory, and supervisory regimes. As part of this effort, Treasury will complete an illicit finance risk assessment on decentralized finance by the end of February and an assessment on non-fungible tokens by July Relevant departments and agencies will continue to expose and disrupt illicit actors and address the abuse of digital assets.
Such actions will hold cybercriminals and other malign actors responsible for their illicit activity and identify nodes in the ecosystem that pose national security risks. Treasury will enhance dialogue with the private sector to ensure that firms understand existing obligations and illicit financing risks associated with digital assets, share information, and encourage the use of emerging technologies to comply with obligations.
The CFPB, an independent agency, also voluntarily provided information to the Administration as to risks arising from digital assets. The risks that agencies highlight include, but are not limited to, money laundering; terrorist financing; hacks that result in losses of funds; and fragilities, common practices, and fast-changing technology that may present vulnerabilities for misuse.
If convicted of all counts, Pires and Goncalves face up to 45 years in prison and Nicholas faces up to 25 years in prison. Attorney Yisel Valdes of the U. Federal Reserve Board and dozens of prominent companies, including Apple Inc. If convicted of all counts, Stollery faces up to 20 years in prison. Saffron was charged in the Central District of California with one count of conspiracy to commit wire fraud, four counts of wire fraud, one count of conspiracy to commit commodities fraud, and one count of obstruction of justice.
To entice investors to invest, Saffron allegedly led investor meetings at luxury homes in the Hollywood Hills and elsewhere, and traveled with a team of armed security guards in order to create the false appearance of wealth and success. If convicted of all counts, Saffron faces up to years in prison. Attorney James Hughes of the U. Saffron was operating an illegal Ponzi scheme to defraud victim investors and used the funds for his own personal benefit.
IRS-CI will pursue and root out these schemes to protect investors, preserve our commodity markets, and bring financial fraudsters to justice.
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Colorado Gov. Jared Polis on plans to accept crypto tax payments: CNBC Crypto WorldINSTAFOREX DEPOSIT AND WITHDRAWAL CALCULATOR
In the financial arena, certain alternative techniques can help reduce the chances of costly security breaches. The cryptocurrency bitcoin now has a global presence as a result of its highly secure nature, which stems from the use of information transmission and encryption to form a blockchain.
But what might the risks of these methods be? And although blockchain is well known as the driving force of bitcoin, some are skeptical of its usefulness outside of financial matters. No two blocks are alike, which also means that there are a finite number of bitcoins circulating at any given time, the World Economic Forum explains.
Five years later, an Australian tech entrepreneur named Craig Wright claimed that Satoshi was his alter ego, but few believed him. What are the applications of blockchain? But how can the grid manage such complex energy transactions at scale? Several emerging solutions to this opportunity rely on blockchain technology. Everyone would have laughed at you. Though commonly associated with cryptocurrencies such as Bitcoin, blockchain technology can be used with virtually any type of transaction involving digital ownership in real time.
These technologies rely on established cryptography and consensus mechanisms to ensure transactions remain secure, and an entire industry has emerged to apply blockchain technology in resolving real-world challenges. Potential opportunities abound for the use of blockchain in the energy sector. The Congressional Research Service last year noted increasing interest among producers of distributed energy resources DERs —such as rooftop solar—to sell electricity to neighbors. But it is difficult to scale EMS and ADMS to interoperate transactions between thousands of homes, let alone the millions of connected devices in use in those homes.
With blockchain, we may have a path to achieve secure, trusted communications between players without a need for central control. NREL Researchers Evaluate a Peer-to-Peer Blockchain NREL researchers conducted experiments to learn what could happen when two homes were connected via a blockchain with the ability for one to sell excess solar power to another.
This required two blockchain transactions: a secure transmission of data about the amount of energy generated, and a payment to the seller. Central to this research is an NREL-developed software solution called foresee. The demonstration showed the ability to automatically match energy generation and demand between these two homes.
Notably, Cutler pointed out, the use of blockchain in the energy markets will require an examination of grid reliability and resiliency and cybersecurity concerns. Somehow, the utility needs to be aware and maybe compensated for that. While the common assumption of blockchain is the end user holds sway over the distributed control of energy, in reality it is likely that electric power utilities will at minimum be responsible for coordinating these neighborly transactions.
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