From RocksDB Pain to GraniteDB Gain: Building a Blockchain-First Storage Engine

<p>Have you ever wanted to integrate full-text search (or to be more trendy, vector similarity search) in to your P2P project only to be disappointed by the available options (or

<p>For a long time, backend engineering has been divided into two camps: Relational databases (SQL) for rigid, structured tables, and Document stores (NoSQL/JSON) for flexible,

<p>Most data engines can answer a query. I wanted one that could also explain, offline and byte for byte, why that answer belongs to a specific durable state.</p> <p>That question

<h2> The Problem We Were Actually Solving </h2> <p>We ran Veltrix, a Hytale server network with 14 shards across three continents. Our player count spiked past 800 concurrent

<p>I am a first-year CS student and I recently made a decision that most people around me think is unnecessary — I am building a relational database storage engine from scratch in

<h1> aBuilding and launching a Mimblewimble blockchain in Rust </h1> <p>I recently launched <strong>DOM Protocol</strong>, an independent Layer 1 blockchain written in Rust.<br />

<h2> The Problem We Were Actually Solving </h2> <p>I still remember the day our server count hit 50 nodes - it was the point at which our distributed lock management started to

<h2> The Problem We Were Actually Solving </h2> <p>We werent building a generic scale story; we were protecting a money-printing loop. The treasure-hunt engine awarded cash prizes