U.S. CFTC Approves Bitcoin Futures Platform Bitnomial's Derivatives Clearing Application

CoinDeskPolicyPublicado em 2023-12-12Última atualização em 2023-12-13

Resumo

The commissioners discussed issues like conflict of interest before ultimately voting in favor of the margined bitcoin futures company.

The Commodity Futures Trading Commission granted crypto derivatives company Bitnomial approval to register as a derivatives clearing organization in the U.S., letting it settle margined futures and options contracts.

CFTC commissioners voted 2-1 in favor of the application by Bitnomial, a four-year-old company that wants to offer margined bitcoin futures as well as options tied to bitcoin futures to U.S. investors. Commissioner Kristin Johnson and Chairman Rostin Behnam voted to approve the proposal, while Christy Goldsmith Romero was the lone no vote. Caroline Pham and Summer Mersinger concurred – essentially an abstention.

17K

Bitnomial already had approval to operate as a designated contract market, which let it list the futures and options contracts, and as a futures commission merchant, which lets it trade with customers.

Advertisement
Advertisement

Commissioners debated issues like conflicts of interest during an open commission debate on Wednesday before ultimately voting in favor of the company's application.

In a statement, Bitnomial CEO Luke Hoersten said the company wants to offer "a broad spectrum of physical and digital commodities."

"Unlike other businesses that have attempted to disintermediate the brokerage industry, our FCM offers wholesale digital asset-related services and support to our brokerage partners, institutions, and dealers," he said. "Now that the licensing process is complete, we can shift our focus to expanding Bitnomial's product offering and customer base."

Edited by Nick Baker.

Leituras Relacionadas

Just now, DeepSeek V4 updates with DSpark, improving inference speed by 80%

DeepSeek has updated its DeepSeek V4 model with the DSpark speculative decoding framework, achieving a significant 60-85% speedup in generation for Flash models and 57-78% for Pro models while maintaining the same overall throughput. This engineering-focused update, rather than a core architectural change, introduces DSpark to address latency and throughput bottlenecks in high-concurrency production environments. DSpark combines high-throughput parallel generation with adaptive load-aware verification. Its key innovations include a semi-autoregressive generation architecture to model dependencies within token blocks and a hardware-aware confidence-scheduled verification system. This system uses a confidence head to predict token acceptance probabilities, allowing it to dynamically optimize verification length per request and allocate compute only to tokens with the highest expected payoff. The asynchronous scheduler is designed for real-world deployment, ensuring zero-overhead scheduling and continuous CUDA graph replay while preserving the target model's output distribution. In tests across mathematical reasoning, code generation, and daily dialogue, DSpark outperformed state-of-the-art models like Eagle3 and DFlash, increasing average acceptance length by 26.7%-30.9% and 16.3%-18.4% respectively on Qwen3 target models. DeepSeek also open-sourced DeepSpec, a full-stack codebase for training and evaluating speculative decoding draft models, providing a standardized toolkit that includes data preparation tools, model implementations, training code, and evaluation scripts.

marsbitHá 5h

Just now, DeepSeek V4 updates with DSpark, improving inference speed by 80%

marsbitHá 5h

BIT Research: The 2028 Halving Is Not the End, the Real Shake-Up of the Bitcoin Mining Industry Is Just Beginning

The Bitcoin mining industry is undergoing its most complex structural adjustment since inception. Despite Bitcoin's price holding near $61,000 and the network hash rate approaching a record 1 ZH/s, miner profitability is deteriorating. The industry is operating close to its breakeven point, with the 2028 halving expected to accelerate consolidation. The challenges extend beyond the halving's subsidy reduction; the industry's revenue model has yet to successfully transition towards a fee-driven structure. Increasingly, mining companies are evolving from simple Bitcoin producers into infrastructure and energy operators, including providers of AI/HPC computing power. Competition is shifting from pure hash rate expansion to business model upgrades. Economic pressure is evident. The theoretical daily mining revenue at current prices is around $78 million, yet the actual figure is only about $33 million—a 136% gap. Transaction fees remain low at roughly $220k daily, far below historical implied levels. With a current estimated industry-wide breakeven price near $65,000, mining alone is struggling to generate ideal profits. The 2028 halving is projected to push the fundamental production cost floor to approximately $93,289. This will likely accelerate a shift towards consolidation among larger, well-capitalized miners with diversified revenue streams. Competitive advantage will belong to institutionalized players with access to low-cost energy, AI/HPC hosting operations, and stronger balance sheets. In essence, Bitcoin mining is transitioning from a "mining business" to an "infrastructure business." Future profitability and resilience will depend less on block rewards and more on diversified income sources like energy management and computational infrastructure services. For investors, the key question is not the halving itself, but which miners can successfully navigate this business model transformation.

marsbitHá 7h

BIT Research: The 2028 Halving Is Not the End, the Real Shake-Up of the Bitcoin Mining Industry Is Just Beginning

marsbitHá 7h

Trading

Spot
活动图片