Crypto News

Japanese Bitcoin treasury firm Metaplanet anticipates an 81% surge in operating profit in 2026, fueled by its successful options writing strategy that yielded a seventeen-fold increase in 2025. Despite a significant non-cash valuation loss due to Bitcoin's price fluctuations, the company remains bullish on its crypto holdings and their future revenue-generating potential.

No description available.

Decentralized Autonomous Organizations, or DAOs, are rapidly emerging as a novel model for community-driven governance and project management. These blockchain-based entities are disrupting traditional hierarchies, offering unprecedented transparency and member participation. Experts predict a significant expansion of DAOs across various sectors in the coming years.

Want to add some interactive fun to your next project? This comprehensive tutorial guides you through building a Plinko game using an Arduino, a PIR motion sensor for automated play, and readily available components. Learn how to combine hardware and software for an engaging and entertaining experience.

Reports suggest that some Samsung engineers are pushing back against the company's aggressive AI-centric strategy, creating internal friction. This resistance raises concerns about Samsung's ability to effectively compete in the rapidly evolving AI landscape and potentially jeopardizes their ambitious tech roadmap. Will this internal conflict stall Samsung's AI ambitions?

The GKR protocol is a powerful tool in the field of secure multi-party computation (MPC), enabling efficient verification of computations without revealing sensitive data. This comprehensive guide unravels the intricacies of the GKR protocol, exploring its underlying principles, applications, and potential impact on data privacy.

A groundbreaking theoretical result suggests that memory access complexity might be significantly lower than previously assumed. Researchers have demonstrated that memory access can potentially scale at O(N^(1/3)), a sublinear rate, opening doors for novel computer architectures and algorithms. This could revolutionize fields heavily reliant on fast data retrieval, such as machine learning and data analytics.

In an era dominated by complex software and intricate hardware ecosystems, the call for full-stack openness and verifiability is growing louder. This push towards transparency aims to foster trust, enhance security, and empower developers to innovate without constraints, potentially revolutionizing how technology is built and used. But what exactly does 'full-stack openness' entail, and why is it so important?

A new narrative suggests that the key to Ethereum's mass adoption lies in providing accessible, low-risk decentralized finance (DeFi) lending opportunities. This approach aims to emulate Google's success by offering a user-friendly entry point to a complex technological landscape, potentially unlocking vast liquidity and attracting a wider audience to the Ethereum ecosystem.

The tech world often glorifies the 'big idea' as the starting point for innovation. But is this 'idea-first' philosophy hindering progress by overlooking the crucial role of execution and iterative development? Experts are increasingly questioning whether focusing solely on groundbreaking concepts is the best path to real-world impact.

The call for open source software is growing louder, with developers and users alike increasingly demanding transparency and community-driven innovation. This movement emphasizes the benefits of collaborative development, auditability, and freedom from vendor lock-in. But what's driving this shift, and what are the potential implications for the future of technology?