Redwerk
Strategic vibe code cleanup to turn your prototype into a product
About
Redwerk runs a Vibe Code Cleanup service line backed by 90+ senior engineers across Kyiv and Tallinn. The published deliverables: deep codebase assessment and refactoring, security vulnerability audit and patching, performance optimization and scalable architecture, code standardization, optional ongoing maintenance and monitoring, and CI/CD pipeline implementation. Founded 2005. Their public stats: 250+ projects delivered, 170+ clients worldwide, 773M end users across deployed solutions, 90% average maintainability improvement. Reported case-study outcomes include a 45% subscription lift on a takeover project and an 80% maintainability gain on another audit. Small projects typically run 1-2 weeks for initial assessment and critical refactoring.
Services
Vibe Code Cleanup
Codebase assessment, refactor, security audit, performance optimization, CI/CD setup, optional ongoing maintenance. 1-2 weeks initial assessment for smaller projects; longer for full takeovers.
Vibe Tool Expertise
Tech Stack
Problems This Agency Can Fix
AI-generated applications often suffer from unoptimized database queries, excessive re-renders, large bundle sizes, and missing caching. This leads to slow page loads, poor Core Web Vitals, and frustrated users.
AI-generated code often works locally but fails during deployment. Common issues include missing environment variables, incorrect build configurations, incompatible dependencies, and misconfigured hosting platforms.
AI-generated database schemas often lack proper indexes, have no Row Level Security, use inefficient query patterns, and create data integrity problems. These issues worsen as your app grows.
AI-generated codebases frequently have duplicated logic, inconsistent patterns, missing error handling, no TypeScript strict mode, and poor separation of concerns. This makes maintenance and feature additions increasingly difficult.
AI-generated apps often hit walls when traffic or data volume increases. Missing caching, unoptimized queries, no CDN configuration, and monolithic architectures prevent apps from handling real-world load.