AI-Driven Blockchain Revolutionizes Web3 App Creation for Billions

Hundreds of millions of people worldwide now own bitcoin and other tokens hosted on blockchains worth trillions of dollars. However, the potential of blockchains extends far beyond just hosting tokens. Blockchains are poised to become the future tech stack, capable of hosting sophisticated web applications that operate entirely on-chain, similar to how tokens function. These applications are implemented through network-resident code, such as smart contract software and its evolutions.

By the end of 2025, over 5 billion people will own internet-connected smartphones with web browsers. The question arises: what will drive these users to create and utilize fully-onchain web apps that offer seamless Web3 functionality? The answer lies in the advancements of AI and "self-writing app" technology, which is set to revolutionize the blockchain landscape.

This trend is closely linked to "vibe coding," where software engineers use AI-integrated tools to write and fix code, significantly enhancing their productivity. The self-writing apps paradigm takes this a step further by enabling non-technical users to create, own, and update apps simply by instructing AI through chat interfaces. Blockchain technology is uniquely positioned to facilitate this revolutionary functionality.

In the near future, individuals will be able to create personal branding websites or custom wedding planning apps by conversing with AI. Entrepreneurs without technical staff or funding will be able to develop new e-commerce platforms or sharing economy apps with Web3 capabilities. Enterprises will create sophisticated crm functionalities at a fraction of the current investment in time and money, all through simple conversations with AI, without needing software engineering or systems administration skills.

In this new development paradigm, users will issue instructions to AI over chat and refresh their web browsers to interact with their newly created or updated apps. Apps living on blockchains offer several valuable features, including sovereignty, censorship resistance, tamper-proof security, resilience, and seamless integration of powerful Web3 functionalities. These features make blockchain technology an ideal platform for AI to build solo, addressing major security and operational concerns associated with traditional IT infrastructure.

Traditional IT infrastructure requires meticulous coding to avoid security vulnerabilities and relies on various cybersecurity measures. Blockchains, on the other hand, simplify coding tasks by hosting serverless network-resident code, allowing for faster code production. The Internet Computer network, for instance, can serve secure interactive web experiences directly to end users, store and