Search result of PLANCK

Planck Network is a modular decentralized AI computing protocol, composed of Planck0—a Layer-0 shared security layer—and Planck1, a Layer-1 mainnet designed for GPU-native operations. It enables on-chain real-time payments, intelligent scheduling, and composable rollups.

Planck AI Infrastructure Overview: This report provides a technical analysis from Layer-0 to GPU-Native Layer-1, integrating blockchain and artificial intelligence. It explores the potential of the PLANCK token and examines its market listing dynamics.

This article discusses the power-law behavior of Bitcoin and its theoretical foundation. Bitcoin is depicted as a city and organism rather than a mere financial asset. The power-law theory is used to explain the geometric intuition of Bitcoin price behavior and establishes a comprehensive theory of Bitcoin behavior that can scientifically explain major on-chain parameters.

This article uses on-chain data analysis and cross-chain comparisons to explore how Binance and its Alpha platform accelerate user adoption and trading volume growth. It also analyzes the emergence of innovative sectors, including Meme Coins, RWA (Real World Assets), and AI.

The article provides an in-depth analysis of the challenges associated with linking identities to public keys in public key cryptography and proposes three solutions: public key directories, identity-based encryption (IBE), and registration-based encryption (RBE). It discusses the application of these solutions in blockchain technology, including their impact on anonymity, interactivity, and efficiency. The article also explores the advantages and limitations of each method, such as IBE's reliance on a strong trust foundation and RBE's optimization of on-chain storage requirements. By comparing these approaches, readers gain a better understanding of the challenges and trade-offs involved in building secure, decentralized systems.

This article provides a thorough examination of lightweight nodes and the ZKP cross-chain bridge, Map.