Ethereum houses thousands of decentralized applications (dApps), millions of users, and their money. Yet, the blockchain's monolithic architecture has scalability limitations, which often render the network useless, thanks to frequent congestion, leading to high fees. Currently, the majority of core tasks — transaction processing, consensus, and data availability, happen

Ethereum’s path to scalability is currently centered around rollups. Rollups reduce gas fees and improve throughput by executing transactions outside Ethereum while inheriting its security. This design space allows developers to create scalable applications with low-entry barriers.  While rollups handle scaling, there is also the need to customize. General-purpose

Ethereum, for long, has been stumbling upon one fundamental roadblock: the blockchain trilemma. The tradeoff between security, decentralization, and scalability forces developers to consider two at the cost of the third. But, when it comes to resolving scalability issues, an often overlooked issue is data availability. Data availability in the

NFTs are a key component of web3 and onchain applications. They are transforming the digital assets space with verifiable permanence, true ownership, and dynamism in their use cases. Businesses have been experimenting with NFTs (non-fungible tokens) by integrating them with loyalty programs, offering them as digital twins for physical items,

Understanding and selecting the right blockchain is one of the most important decisions for a web3 app developer to make when building their app. With so many options to choose from (both at the Layer 1 and 2 levels), choosing the chain to build an app on is a daunting

Ethereum's scalability has been a major limitation for the blockchain, its developers, and users alike. And the race to solve Ethereum’s scalability has gone from sidechains and state channels to rollups and sharding.  Today, rollups are the frontrunners in this race, effectively addressing scalability on the execution