Aligned Core
Aligned’s Rollup-as-a-Service (RaaS) platform will soon give teams everything they need to access Ethereum’s trust by making rollup deployment as easy as any web2 service. We’re making based ZK-rollups accessible to anyone—so you can focus on your business case.We chose Ethrex as the stack for
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You've probably heard the term zkVM buzzing around lately, especially in the context of ZK-rollups and scaling Ethereum. This guide is meant to demystify them so you can understand what they are, how they work (at a high level), why you should care about them, and what their
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The goal of blockchains Blockchain technology has emerged to provide a decentralized and secure way to record and verify transactions across a distributed network of participants. The main objective is to eliminate the need for intermediaries, by enabling peer-to-peer transactions. This is achieved through cryptographic techniques that ensure the integrity
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Zero-knowledge virtual machines (zkVMs) are virtual machines that let you write and execute code in common languages like Rust or C and generate proofs demonstrating the integrity of computations. This makes building with ZK much more accessible to developers, and is a key part of Ethereum’s scaling roadmap. While
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Introduction The evolution of decentralized applications (dApps) depends on a shift from programmable settlement to intent-based architectures. These systems redefine how applications are built, focusing on generalized intents—high-level expressions of desired outcomes. By leveraging zero-knowledge proofs (ZKPs) and succinct validity proofs, intent-based architectures offer transformative advantages in scalability, privacy,
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Recap In our previous blog, we explored the fundamental properties of cryptographic hash functions (CHFs) and discussed their crucial role in maintaining the integrity and security of data with 3MI Labs. In this post, we delve into the architectural strategies behind hash functions. These strategies, or modes of operation, are
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Cryptographic Hash Functions (CHF) are fundamental to securing the digital world. From protecting passwords to enabling blockchain and zero-knowledge (ZK) systems, CHFs play a crucial role in ensuring the integrity, security, and privacy of data. This blog is the first in a series where we’ll explore the world of
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The development and use of integrity/zero-knowledge (ZK) proofs has accelerated over the past few years. The introduction of general purpose ZK virtual machines, which allow us to write and prove Rust code, has made developing verifiable applications easier and faster. We have blockchains like Mina that prove every block
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Polynomial commitment schemes (PCS) are at the core of proof systems. They determine key properties such as proof size, verification time, and whether the system is post-quantum secure. The Kate-Zaverucha-Goldberg (KZG) is a popular PCS, first appearing in 2010. Learn more: Polynomial commitment schemes allow us to commit to a
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Plonk is one of the most widely used proof systems. It is at the core of the proof systems used by ZKsync, Mina, Halo2 (by Zcash), Plonky2 (Polygon), and Succinct Labs SP1’s compression proof, gnark, due to its versatility and efficient prover. Since it's introduction, the Plonk
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Mina is a layer 1 (L1) blockchain that uses zero-knowledge proofs (ZKP) to maintain its size at 22 kB. Its vibrant community and technology make it unique and developers and users from other ecosystems could benefit from their interaction with Mina. To this end, Aligned will support the technology needed
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Recently, Vitalik Buterin wrote on binary fields and their potential to generate zero-knowledge proofs. Binary fields are finite fields with characteristic equal to two. We can view them as polynomials whose coefficients can only take the values 0 and 1, so 1 + x^2 + x^6 are elements in some