A recent data breach at the extremist platform Gab was traced to a senior engineer who removed critical SQL‑injection defenses, illustrating how a single CTO’s poor security decisions can jeopardize millions of user records and spark major political fallout.
A recent DDoSecrets leak revealed that Gab’s new CTO introduced a simple SQL injection flaw in the Rails codebase, allowing hackers to steal 70 GB of user data, prompting the CEO’s public apology, code deletions, and a stark reminder of the importance of secure coding practices.
Security researcher William Bowling discovered that Rails' url_for helper can be abused via controllable parameters to create open redirects and account takeover on GitHub Gist, allowing theft of OAuth tokens and earning a $10,000 bounty.
Facing tight resources, Shanghai’s takeaway QA team adopted Ruby to craft two automation frameworks—Coral‑API for interface testing with a DSL, code generation and extensibility, and Coral‑APP for UI testing using Appium and Cucumber—while also building a Rails‑based quality management system that cut regression time by over half, trained new Ruby users, and uncovered version‑specific bugs through CI integration.
This article walks through a practical, step‑by‑step migration from MongoDB to MySQL for a Rails project, covering data export, preprocessing embedded documents, handling UUIDs, adapting Mongoid plugins, rewriting models, writing migration scripts, rebuilding relationships, managing many‑to‑many links, and emphasizing thorough testing to ensure a smooth, low‑downtime transition.
This article explains why a legacy Rails 3 application switched from CouchDB to Redis for caching a heavy daily‑updated report, detailing the design, configuration files, service class, producer and consumer code, and the resulting performance improvements.
This article explains how a failing CouchDB‑based Rails cache for a massive SQL report was redesigned using Redis, detailing configuration, a producer‑consumer pattern, service encapsulation, and scheduled rake tasks to achieve stable, fast page loads.
This article explains six practical caching strategies—from client‑side HTTP 304 handling to Nginx static caching, full‑page, fragment, query, and database caches—using Ruby on Rails, Nginx, MySQL, and Redis to dramatically improve web application performance.
This article explains how to enable Rails fragment caching, use HTML fragment cache helpers, understand cache digests, observe read/write fragment logs, and migrate the cache store from file system to Redis by adding redis-namespace and redis-rails gems, configuring cache_store, and handling cache invalidation on data changes.
