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Celer Network is an ambitious off-chain scaling solution, aiming to achieve internet-scale blockchain applications through its high-performance Layer 2 platform, providing unprecedented performance and flexibility.

The crypto sector is a multi-faceted beast. It has a deep technical core, drawing in diverse fields like cryptography, computer science and protocol development. It also has a heavily financialised façade, with its most salient feature being the circulation of liquidity and the monetary value attached to these flows.

Exploring the smart contract features of the TON blockchain platform, including its unique asynchronous messaging mechanism, account model, and gas fee model. The article provides a detailed analysis of the TON blockchain architecture, including the design of the main chain, work chains, and shard chains, and how they work together to enhance network throughput and scalability. It also emphasizes the security issues to be mindful of when writing smart contracts and offers practical advice and best practices to help developers avoid common security vulnerabilities.

This article introduces the Web3 game MATR1X FIRE and its unique unboxing mechanism, highlighting a sniper rifle skin that sold for over $120,000. MATR1X FIRE combines the advantages of Web3 with a unique economic system in its Apollo Plan, allowing players to unbox rare NFT game skins and $MAX tokens.

The article covers various aspects of formal verification, including formal models, formal specifications, and different techniques such as model checking, theorem proving, and symbolic execution.

In this paper I begin by providing a simple mathematical proof that, under idealized conditions, the quadratic funding mechanism achieves the first-best allocation of public goods. Then I describe four deviations from these idealized conditions that may lead to suboptimal results for the quadratic funding mechanism.

Smart contracts have become critical to blockchain technology considering the automated process they initiate which allows the easy bypass of intermediaries and related third parties, making the system more effective, efficient, and reliant. However, as smart contracts keep developing, it is critical to acknowledge the necessity of formal verification in assuring enhanced layers of security and reliability.

The experiments in the intersection of cryptocurrency and artificial intelligence are driven by the same forces that underlie the most promising use cases for cryptocurrencies—access to permissionless and trustless coordination layers, facilitating value transfer more effectively.

Benjamin Funk, the researcher of the crypto investment institution Archetype, attributes the execution layer's bottleneck to inefficient state access and computation. He has evaluated the design choices made by integrated and modular execution environments in achieving higher performance and expanding the range of on-chain applications.