Crypto CLARITY Act set for Senate markup in January, says Sacks

cointelegraph2025-12-18 tarihinde yayınlandı2025-12-18 tarihinde güncellendi

Özet

The long-awaited Crypto CLARITY Act is set for a Senate markup in January, according to White House AI and crypto czar David Sacks. Senate Banking Committee Chair Tim Scott and Agriculture Committee Chair John Boozman confirmed the bipartisan bill will advance next month. The legislation aims to define crypto securities and commodities, clarify regulatory roles between the SEC and CFTC, and reduce uncertainty for crypto firms. Supporters say it will establish clearer compliance pathways, encourage innovation, and strengthen investor protections. Work on the bill continued during the recent government shutdown, with regulators meeting executives from major crypto companies and venture firms.

The long-awaited Digital Asset Market Clarity Act, or CLARITY Act, is moving closer to passage, with a Senate markup expected in January, says White House artificial intelligence and crypto czar David Sacks.

Sacks posted to X on Thursday that Senate Banking Committee Chair Tim Scott and Agriculture Committee Chair John Boozman had confirmed that the bipartisan crypto bill will reach the Senate next month.

”We are closer than ever to passing the landmark crypto market structure legislation that President Trump has called for. We look forward to finishing the job in January!”
Source: David Sacks

The CLARITY Act would define crypto securities and commodities and clarify the roles of the Securities and Exchange Commission, the Commodity Futures Trading Commission, and other financial regulators.

Backers of the bill say it will reduce regulatory uncertainty for crypto firms by establishing clearer compliance pathways and encourage innovation while strengthening investor protections.

Related: Bitcoin institutional buys flip new supply for the first time in 6 weeks

US regulators continued to work on the CLARITY Act during the record 43-day government shutdown across October and November, meeting with executives from the likes of Coinbase, Ripple, Kraken, Circle, and tech-focused venture capital firms a16z and Paradigm.

Magazine: Quantum attacking Bitcoin would be a waste of time: Kevin O’Leary

İlgili Sorular

QWhat is the name of the crypto bill expected to be marked up in the Senate in January?

AThe Digital Asset Market Clarity Act, or CLARITY Act.

QWho announced that the CLARITY Act will reach the Senate next month?

AWhite House artificial intelligence and crypto czar David Sacks.

QWhich two Senate committee chairs confirmed the upcoming markup for the crypto bill?

ASenate Banking Committee Chair Tim Scott and Agriculture Committee Chair John Boozman.

QWhat is the main purpose of the CLARITY Act according to its backers?

ATo define crypto securities and commodities, clarify the roles of financial regulators like the SEC and CFTC, reduce regulatory uncertainty, establish clearer compliance pathways, encourage innovation, and strengthen investor protections.

QWhich major crypto and tech firms did US regulators meet with to work on the CLARITY Act during the government shutdown?

AExecutives from Coinbase, Ripple, Kraken, Circle, and tech-focused venture capital firms a16z and Paradigm.

İlgili Okumalar

ETFs Are Just the Ticket: The True Institutionalization of Bitcoin Is Happening Where You Can't See It

Beyond the Bitcoin ETF spotlight, a deeper institutionalization is underway, leveraging Bitcoin as a foundational financial primitive. Institutions are using Bitcoin for purposes long reserved for assets like U.S. Treasuries and gold: as collateral for loans, insurance reserves, and the backbone of rated bonds. Examples include a Barbados-based insurer capitalizing with $40M in Bitcoin reserves and Ledn's $188M securitization of Bitcoin-backed loans, which received the first-ever investment-grade rating (BBB-) from S&P for a digital asset-backed security. This structure was stress-tested during a 27% price drop in early 2026, triggering automatic liquidations that functioned as designed but revealed the systemic risk of synchronized selling across leveraged positions. Infrastructure is evolving to support this, with platforms like Anchorage Digital's Atlas network enabling secure, institutional-grade settlement and collateral management. Strategies like basis trades and corporate treasuries (exemplified by companies like MicroStrategy issuing billions in equity and debt to fund Bitcoin acquisitions) further integrate Bitcoin into financial mechanics. While ETFs solved "how to own" Bitcoin, these developments answer "what to do with it," embedding the asset into the working machinery of finance—as collateral upon which loans, derivatives, and structured products are built. The real, enduring institutional shift is happening in these largely invisible plumbing and financing systems.

marsbit7 dk önce

ETFs Are Just the Ticket: The True Institutionalization of Bitcoin Is Happening Where You Can't See It

marsbit7 dk önce

ZEC Co-Founder Responds to Orchard Vulnerability: No Signs of Theft, Orchard Pool to Be Sealed

ZEC Co-Founder Addresses Orchard Vulnerability: No Signs of Theft, Plans to Sunset Orchard Pool A security vulnerability was recently discovered in Zcash's Orchard shielded pool, raising key concerns. The primary questions are whether the flaw was exploited, if user funds are safe, whether users can verify the total ZEC supply, and if other similar vulnerabilities exist. Analysis suggests the vulnerability was likely not exploited prior to its discovery. It was found proactively by a researcher using specialized tools, not due to an active breach. The development team and mining pools acted quickly to contain the issue. Typical financially-motivated attacks would likely have left visible on-chain evidence, which has not been observed. User funds in Orchard are considered safe and should be recoverable, assuming no prior exploitation. If the flaw was never used, all legitimate funds can be withdrawn. The article outlines risks associated with moving funds to transparent addresses or other pools, but concludes that leaving assets in place is a reasonable option. Currently, users cannot independently verify that the total ZEC supply hasn't been inflated due to this bug. However, the planned Ironwood network upgrade is designed to resolve this. It will permanently close the Orchard pool to new deposits and internal transfers, allowing only withdrawals. This mechanism will cap total withdrawals at the amount of legitimately deposited funds, enabling anyone to cryptographically verify the supply post-upgrade. Multiple teams, including Shielded Labs, have conducted extensive audits focused on counterfeiting vulnerabilities, assisted by advanced AI tools. No additional flaws of this type have been found so far, increasing confidence that no other similar undisclosed vulnerabilities exist. In summary, evidence indicates the Orchard bug was probably not used, user funds are secure, and no other counterfeiting flaws are currently known. The upcoming Ironwood upgrade will restore users' ability to independently verify the total ZEC supply, closing this chapter.

Foresight News12 dk önce

ZEC Co-Founder Responds to Orchard Vulnerability: No Signs of Theft, Orchard Pool to Be Sealed

Foresight News12 dk önce

Microsoft Announces Commercial-Grade Quantum Computer to be Completed in Three Years: Will the Boots Land?

Microsoft announces plans to build a commercially viable quantum computer by 2029, a significant acceleration from the previous industry consensus of a decade. The breakthrough is fueled by their new Majorana 2 quantum chip, which boasts a record-breaking average qubit lifetime of 20 seconds—a 1,000-fold reliability improvement over its predecessor. This leap was achieved by leveraging topological qubits, a theoretically more stable technology using Majorana zero modes, and switching the core superconducting material from aluminum to lead. Crucially, Microsoft's "Discovery" agentic AI platform accelerated the R&D process. AI agents autonomously analyzed vast experimental data, optimized manufacturing parameters (like the lead alloy composition), and solved issues like "ghost noise," dramatically speeding up experimentation. While the 20-second coherence time is a landmark, challenges remain: scaling from 12 qubits to the millions needed for practical applications, managing compilation costs, and verifying quantum results. Skeptics call for peer-reviewed data, and questions persist about whether even 20 seconds is sufficient for complex algorithms like breaking RSA encryption. The race is on with other approaches (superconducting, trapped ions), but Microsoft's confidence in its topological roadmap signals a potential shortcut to a scalable quantum future.

marsbit30 dk önce

Microsoft Announces Commercial-Grade Quantum Computer to be Completed in Three Years: Will the Boots Land?

marsbit30 dk önce

İşlemler

Spot
Futures
活动图片