StarkWare really is the Bell Labs of crypto. So many of our inventions have become industry standards and are now used across the entire industry. Even Ethereum's roadmap is largely focused on what we've already built/invented. Here's a non-exhaustive list of what StarkWare has created and why it matters: 2018; STARKs Introduced a new generation of scalable, transparent zero-knowledge proofs, built on cryptographic foundations designed to resist quantum attacks while enabling massive scalability and privacy. 2019; Production-grade STARK prover Turned groundbreaking cryptographic research into technology that could actually be deployed at scale. 2019; Validium Pioneered a scaling architecture that dramatically reduces costs by keeping transaction data offchain while preserving validity guarantees through cryptographic proofs. 2020; StarkEx Brought STARK-based scaling into production, enabling applications to process massive transaction volumes at a fraction of Ethereum's costs. The earliest ZK scaling system deployed on Ethereum, adopted by major applications such as dYdX, Sorare, and Immutable. 2020; Cairo Created a Turing-complete programming language designed for provable computation, allowing developers to write programs whose execution can be verified using STARK proofs. A major breakthrough that made general-purpose ZK computation accessible to developers without requiring deep cryptographic expertise, paving the way for Starknet. 2020; SHARP Introduced shared proof aggregation, allowing multiple applications to share proving and verification costs. A major breakthrough in scaling efficiency. 2021; Starknet Took the technology beyond application-specific scaling and launched a general-purpose, permissionless ZK rollup where anyone could build. Combining Cairo, STARK proofs, and native account abstraction into a programmable blockchain. 2022; Recursive proving & L3s Enabled proofs to verify other proofs, unlocking new levels of scalability and the possibility of entire execution layers built on top of Starknet. 2024; Circle STARKs & Stwo Advanced the efficiency of STARK proving, making proof generation faster and more practical at massive scale. 2024; L2 staking Introduced native staking on Starknet, laying the economic and technical foundations for a decentralized network. 2025; Dual-token consensus (STRK & BTC) Advanced a consensus design incorporating both STRK and Bitcoin, bringing Bitcoin's economic weight into Starknet's security architecture. 2025; Decentralized sequencer architecture Advanced the transition away from centralized transaction sequencing toward a more decentralized and resilient network. 2026; STRK20 Brought programmable privacy to Starknet, enabling private swaps, lending, staking, yield generation, and more, while preserving DeFi composability. In short: → STARKs made scalable proving possible. → Production-grade provers made it practical. → Validium and StarkEx brought ZK scaling to real-world applications. → Cairo made provable computation programmable and accessible to developers. → SHARP made proving more efficient through aggregation. → Starknet made the technology permissionless. → Recursion, Circle STARKs, and Stwo pushed scalability and proving efficiency even further. → Staking and decentralized sequencing laid the foundations for greater decentralization. → STRK20 brought programmable privacy into the equation. Each breakthrough laid the foundation for the next. And now, all of these innovations are converging toward the next step of StarkWare/Starknet: the possibility of an independent, post-quantum L1 combining massive scalability, programmable privacy, and an entirely new generation of architectural improvements. StarkWare is the best technology company in crypto. And I'm incredibly grateful to be part of it.