Unlocking Efficiency and Alignment - The Power of L1-Sequenced Based Rollups
Introduction to Based Rollups
In the evolving landscape of blockchain technology, “based” rollups, also known as L1-sequenced rollups, represent a notable advancement. Characterized by their integration with the foundational Layer 1 (L1) blockchains such as Ethereum, these rollups are directly sequenced by the activities on the L1 blockchain. T...
Envisioning Ethereum's Future - The Path to Enshrined Proposer-Builder Separation (ePBS)
ELI5
Imagine Ethereum as a busy city where builders create buildings (blocks) on plots of land given by city planners (proposers). Right now, a few big companies have most of the control over building, which isn’t ideal for our city’s future. The document talks about making this process part of the city’s rules, so everyone has a fair chance to...
Mastering Polynomial Commitments - A Beginner's Guide to the KZG Polynomial Commitment
TLDR
The KZG commitment scheme is like a cryptographic vault for securely locking away polynomials (mathematical equations) so that you can later prove you have them without giving away their secrets. It’s like making a sealed promise that you can validate without ever having to open it up and show the contents. Using advanced math based on elli...
Paper Review - Mastering Concurrency in Computer Science - A New Educational Approach
Paper Review - Teaching Concurrency by Leslie Lamport
Unraveling the Complexities of Concurrency: A New Paradigm for Teaching
In the realm of computer science, concurrency stands as a foundational concept, pivotal to the design and operation of modern computing systems. Despite its significance, the approach to teaching concurrency has often b...
Understanding Column vs. Row Encoding in Rank-1 Constraint Systems - A Cryptographic Perspective
Understanding Column vs. Row Encoding in Rank-1 Constraint Systems: A Cryptographic Perspective
Introduction
In the realm of cryptographic protocols, particularly those involving zero-knowledge proofs (ZKP), the efficiency and complexity of computations are of great importance. Rank-1 Constraint Systems (R1CS) play a crucial role in this contex...
Error Correction in Ethereum's Danksharding - Harnessing the Power of Generalized Reed-Solomon Codes for Ethereum's Scalability
Danksharding is an innovative approach to scale Ethereum’s blockchain, aiming to achieve over 100,000 transactions per second by enabling rollups to add cheaper data to blocks ethereum.org. As Ethereum moves towards Proto-Danksharding and eventually full Danksharding ethereum.org, data extraction and interpolation become crucial aspects of the b...
The Ultimate Guide to Working with ZKSNARKS and Cryptographic Primitives - From Trusted Setup to Workflow Automation
Overview
Trusted Setup
Powers of Tau Ceremony
Exercises - Trusted Setup
Non-Quadratic Constraints
Exercises - Non-Quadratic Constraints
Groth16 and PLONK Protocols
Proof Generation, Computing Witness, Verification and Testing
Overview
ZKSNARKS are a powerful cryptographic tool that can enabl...
GCD - A Deep Dive into Fundamental Concept in Number Theory
Greatest Common Divisor Overview
Definition 1 - GCD
Definition 2 - Co-prime
Proposition 1
The Euclidean Algorithm
Geometrical View of the Euclidean Algorithm
The Extended Euclidean Algorithm
Theorem 1
Proposition 2
Theorem 2
Greatest Common Divisor Overview
T...
64 post articles, 8 pages.