![]() ![]() Developers who want to build Web3 apps for Bitcoin can build them through the Stacks blockchain, which functions as a programmable layer for Bitcoin. Here are some of the options developers can choose from: Building on Bitcoinīitcoin is the most dominant blockchain in terms of adoption and market capitalization, and it is gradually evolving to support Web3 apps. The operating system often influences both the design and implementation decisions that developers make when designing Web2 applications, and the same is true with how the blockchain layer influences the applications built on top of it.Īs a result, the blockchain that serves as the foundation of a Web3 app has important ramifications for the adoption and success of the project. ![]() In Web2, the equivalent of the blockchain layer is the operating system, with the most dominant being iOS, Android, macOS, Windows, Linux, and WebOS. Those options have different tradeoffs, ranging from different programming languages, varying levels of security, contrasting approaches to consensus, and more. Luckily for developers, there are many different blockchain options for developers to choose from. The blockchain is the foundation for the Web3 tech stack, and in order to interact with a blockchain, developers will use an application programming interface (API) that enables their app to query information and broadcast transactions to the blockchain network. The six main components of the Web3 tech stack for decentralized applications are: A tech stack generally includes components like development frameworks, programming languages, and technical infrastructure. What Is the Web3 Stack for Developers?Ī tech stack refers to all of the technology and services used to build an application. For developers interested in building the next generation of web applications, this post provides a comprehensive introduction to the Web3 stack. Web3 enables networks to align incentives with their users, so both participate in the rewards of growth and market adoption.Īs a developer, building Web3 apps for this new paradigm may seem daunting because the underlying blockchain technology is new and complex, but if you know how to build Web2 apps, you already have the foundational knowledge. Now “users” and “creators” are also “owners”, of their own data but also often of the very platforms and apps they use. Web3 (~2021 - present): read-write-own - The internet is transforming from “read-write” platforms to “read-write-own” networks.Web2 (~2005 - 2020): read-write - Web users evolved from being “readers” to “creators”, and websites evolved from being “read-only” static information portals to “read-write” platforms through which users could consume, create, and interact with information, and with each other.Web1 users could consume content but couldn’t interact with it, or with each other. Web1 (~1989 - 2004): read - The internet functioned as a portal of static web pages that presented information to the public in “read-only” formats.To understand Web3 and what it means for the future of the internet, let’s take a step back in time to understand how the internet has evolved. The Internet (R)evolution: From Web1 to Web3 In this guide, we describe the different components of the Web3 stack to demystify Web3 app development. Web3 hopes to reduce the influence and power of centralized monopolies and make the internet a more democratic place. Instead of going through centralized intermediaries, blockchain-powered decentralized programs drive peer-to-peer trustless economic networks for exchanging value and information. ![]() Web3 is an open-source internet in which users have ownership of their data and permissionless access to applications without going through intermediaries. ![]()
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