In the annals of societal evolution, roles such as currency, property rights, and social status have been governed by protocols and registries. These functions, traditionally overseen by centralized entities, have been susceptible to corruption, agency conflicts, and exclusion. However, the advent of Bitcoin, introduced by Satoshi Nakamoto, marked a paradigm shift. Bitcoin introduced the concept of an integrity web, an infrastructure for societal roles that is openly described by a public protocol, operates over a wide, inclusive, peer-to-peer network, and distributes value fairly to maintain societal consensus on its integrity. While Bitcoin addressed monetary functions, Ethereum expanded this to include any function that can be defined by computer programming. Both, however, faced the challenge of balancing scalability with decentralization. These integrity webs often favored inclusivity over capacity, ensuring even those with limited resources could authenticate the system’s integrity. Yet, this meant they struggled to meet global demand. In the rapidly evolving world of technology, defining a term as multifaceted as “Blockchain” can be challenging. A Blockchain can be characterized by three properties: a public protocol, an open P2P network, and value distribution. These properties capture the essence of many Blockchains, but the term’s definition might need refinement as the technology matures and finds new applications. Enter Starknet, a Layer-2 network that enhances Ethereum transactions, making them faster, cheaper, and more secure using zk-STARKs technology. Starknet bridges the gap between scalability and broad consensus. It integrates a mathematical framework to navigate the balance between capacity and inclusivity. Its integrity hinges on the robustness of succinct, transparent proofs of computational integrity. This method lets powerful operators enhance Starknet’s capacity, ensuring everyone can authenticate Starknet’s integrity using universally accessible tools. Starknet’s mission is to empower individuals to freely implement and use any social function they desire. Its ethos is anchored in principles of lasting broadness, neutrality, and individual empowerment. Starknet continuously resists power consolidation, remains impartial to the societal functions it supports, and thrives on a well-informed and autonomous user base. Starknet offers several key features, including low costs, developer-friendly tools, speed and efficiency, and its own VM, called Cairo VM (CVM). It also introduces innovative features like account abstraction, volition, and paymaster, which enhance user accessibility and security. Cairo, Starknet’s native language, is tailor-made for creating STARK-based smart contracts. It’s central to building scalable and secure decentralized apps. Inspired by Rust, Cairo lets developers write contracts safely and conveniently. Starknet’s governance is overseen by the Starknet Foundation, which manages Starknet’s development and operations, oversees the Starknet DAO, and sets rules to maintain network integrity. Members can influence Starknet by voting on changes. A new version is tested on the Goerli Testnet, and members then have six days to review it. A Snapshot proposal is made, and the community votes. A majority of YES votes means an upgrade to the Mainnet. Starknet Improvement Proposals (SNIPs) are blueprints that detail proposed enhancements or changes to the Starknet ecosystem. SNIPs serve three crucial roles: they are the main avenue for proposing new features or changes, they act as a platform for technical discussions within the community, and they document the decision-making process, offering a historical view of how Starknet has evolved. In conclusion, Starknet represents a new era of decentralized technology, offering a scalable, secure, and inclusive platform for societal functions. Its mission, values, key features, and governance model all contribute to its potential to shape the future of decentralized tech.