Indepth Research

Provide in-depth research reports and independent analysis, leveraging data, technology, and economic insights to deliver a comprehensive examination of the blockchain ecosystem, project potential, and market trends.

Will Quantum Computing Kill Bitcoin and Mining? Is This Alarmist?

The article addresses the recurring concern that quantum computing could break Bitcoin's encryption and disrupt mining. It references a Google Quantum AI white paper from March 2026, which suggests that the resources needed for a quantum computer to crack Bitcoin’s elliptic curve digital signature algorithm (ECDSA) have been reduced by about 20 times. Under ideal conditions, such an attack could theoretically derive a private key from a public key in roughly 9 minutes using 500,000 physical qubits. However, the threat is not immediate. Current quantum processors, like Google’s Willow (105 qubits) or IBM’s Condor (~1,121 qubits), are far from the scale required. The risk primarily targets transaction signatures—especially during the brief window when a transaction is broadcast but not yet confirmed, or when public keys have been historically exposed. It is estimated there is only a 10% probability of a “quantum break” by 2032. The impact on mining is considered negligible. Research indicates that quantum mining would require astronomically high qubit counts and energy—far exceeding entire national grids—making it economically and physically infeasible. The broader solution lies in post-quantum cryptography (PQC). Standards like ML-DSA and SLH-DSA are being developed, and Bitcoin improvement proposals such as BIP 360 aim to reduce quantum vulnerability by modifying transaction structures to avoid exposing public keys. While quantum computing poses a future risk to all public-key encryption systems—not just Bitcoin—the cryptocurrency ecosystem has time to adapt. Upgrades and migration to quantum-resistant algorithms are underway, ensuring the network evolves ahead of the threat.

marsbitHace 9 hora(s)

Will Quantum Computing Kill Bitcoin and Mining? Is This Alarmist?

marsbitHace 9 hora(s)

Ondo Perps: Bringing Wall Street Prime Brokerage On-Chain?

Ondo Perps aims to bring traditional prime brokerage services on-chain by addressing key limitations in existing DeFi and tokenized stock markets. While crypto-native assets like BTC and ETH have mature derivatives markets, real-world assets (RWA), such as stocks, struggle due to structural flaws: over-reliance on stablecoin collateral, isolated liquidity pools, and inefficient capital utilization. Ondo introduces three innovations: allowing tokenized stocks as direct collateral, implementing cross-asset margin systems similar to traditional portfolio margining, and leveraging off-chain liquidity from traditional exchanges like Nasdaq/NYSE instead of building fragmented on-chain markets. This transforms stocks from static assets into active collateral, improves capital efficiency, and enables unified risk management across asset classes. The platform essentially functions as a multi-asset financial account system, blending decentralized and traditional finance. If successful, it could redefine asset boundaries, enhance institutional participation, and create a more integrated financial ecosystem. However, risks remain around liquidity reliability, complex cross-asset清算, and regulatory uncertainty for tokenized securities. The core question Ondo raises is whether traditional distinctions between "money" and "assets" remain relevant when diverse assets can mutually collateralize and interact in a unified market.

marsbitAyer 06:38

Ondo Perps: Bringing Wall Street Prime Brokerage On-Chain?

marsbitAyer 06:38

Crypto Bear Market Startup Guide Part 2: The Token Relay Station - Exchanging Crypto Tokens for AI Tokens

"Token Relay Station: A Guide to Starting a Crypto Bear Market Business (Part 2) - Exchanging Crypto Tokens for AI Tokens" This article explores the business opportunity of creating an AI token relay station, a service that acts as an API aggregation layer. It allows users to pay with cryptocurrency (Crypto Tokens) to access credits for various AI models (AI Tokens), bypassing traditional payment barriers. The piece highlights a significant, underserved market: using crypto to directly purchase AI API credits and the potential "reverse export" of cheaper, high-performing Chinese models (like Qwen, Kimi, GLM) to overseas users. It uses OpenRouter, co-founded by OpenSea's ex-CTO Alex Atallah, as a key case study of a successful pivot from crypto to AI infrastructure, noting its support for crypto payments. The analysis reveals market challenges, including widespread fraud where users pay for premium models but receive inferior ones, and unstable supply chains reliant on bulk accounts prone to bans. It outlines three business models: global/developer-focused (OpenRouter), multi-modal/China-focused (APIMart.ai), and hyper-localized operations. Substantial risks are also detailed: high capital requirements for API procurement and infrastructure, the necessity of stable supply channels, complex legal and compliance issues around data resale and cross-border regulations, and the critical importance of user trust. Ultimately, the article posits this as a viable, revenue-generating business model for the crypto bear market, built on real API usage-based income rather than speculative token narratives.

Odaily星球日报Ayer 03:30

Crypto Bear Market Startup Guide Part 2: The Token Relay Station - Exchanging Crypto Tokens for AI Tokens

Odaily星球日报Ayer 03:30

活动图片