# AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs > AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! ## Pricing - [Greptile Pricing - AI Code Review Enterprise Plans](https://www.greptile.com/pricing): Find the best Greptile plan for your team. From individual developers to enterprise organizations, get AI-powered code reviews that scale with your needs. ## Demo - [Book a Demo - Experience Greptile AI Code Review in Action](https://www.greptile.com/demo): Schedule a personalized demo to see how Greptile's AI-powered code review can transform your development workflow. Meet with our team and get your questions answered. ## Customers - [Greptile Customers - Success Stories and Case Studies](https://www.greptile.com/customers): Discover how leading software teams use Greptile's AI code review to accelerate development, catch bugs earlier, and ship better code. - [Gumloop Case Study | Greptile](https://www.greptile.com/customers/gumloop): Learn how Gumloop, a no-code AI automation startup, uses Greptile to maintain high code quality while moving fast. See how they catch issues before production. - [Podium Case Study | Greptile](https://www.greptile.com/customers/podium): Learn how Podium reviews 8,400+ code changes a week using Greptile. Podium increased deployment and code quality delivered using Greptile's AI code reviews. - [Vouch Case Study | Greptile](https://www.greptile.com/customers/vouch): See how Vouch, a technology-first insurance platform, uses Greptile to enhance code quality. Learn about their improved PR reviews and developer confidence. ## Security - [Greptile Security - Safeguarding Your AI Code and Code Reviews](https://www.greptile.com/security): Discover Greptile's Robust Security Measures: SOC2 Type II Compliance, Data Protection & Privacy for AI-Powered Code Review Tools - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/security/privacy): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! ## Podcast - [The Code Review Show | Greptile](https://www.greptile.com/podcast): Join us for in-depth conversations with engineering leaders about code review, developer productivity, and building high-performing software teams. ## Careers - [Careers | Greptile](https://www.greptile.com/careers): Join the Greptile team and help us build the future of AI-powered code review. View open positions and apply today. - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/careers/open): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! ## Ai-code-review - [AI Code Review Tool That Understands Your Codebase | Greptile](https://www.greptile.com/ai-code-review): Review pull requests faster with Greptile's AI code review tool. Catch more bugs, reduce merge times, and scale high-quality reviews with ease. ## Ai-code-reviewer - [AI Code Reviewer for Better Code Health & Maintainability | Greptile](https://www.greptile.com/ai-code-reviewer): Greptile is your AI-powered code reviewer that improves code health, ensures consistency, and scales PR review across your team. ## Ai-for-code - [Greptile AI for Code Review: Tools for Enterprise Dev Teams](https://www.greptile.com/ai-for-code): Discover how Greptile fits into the AI coding stack. Use AI to write, review, and ship code faster — with higher quality and confidence. ## Code-review-ai - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/code-review-ai): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Code-review-bot - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/code-review-bot): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Code-review-software - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/code-review-software): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Code-review-tools - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/code-review-tools): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Developer-productivity - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/developer-productivity): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Automated-code-review - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/automated-code-review): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Case-study - [Exa Case Study | Greptile](https://www.greptile.com/case-study/exa): Learn how Exa uses Greptile's AI code review to improve their development workflow and code quality. ## Challenge2024 - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/challenge2024): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! ## Competition - [Competition | Greptile](https://www.greptile.com/competition): Compare Greptile with other AI code review tools and see why leading teams choose us for automated PR reviews. ## Github-ai-code-review - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/github-ai-code-review): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Greptile-vs-coderabbit - [Greptile vs CodeRabbit: AI Code Review Tools Compared (2025)](https://www.greptile.com/greptile-vs-coderabbit): Compare Greptile and CodeRabbit AI code review tools. See feature comparisons, pricing, security, and platform support to choose the best tool for your team. ## Pull-request-review - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/pull-request-review): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Reporoast - [RepoRoast](https://www.greptile.com/reporoast): AI-generated memes to roast your repo ## Secure-code-review - [AI Code Review Bot - Greptile | 3X Faster PR Reviews](https://www.greptile.com/secure-code-review): AI code reviews with full codebase context. Get 3X faster merges and catch 4X more bugs with contextual PR reviews. Try free today. ## Shop - [Shop | Greptile](https://www.greptile.com/shop): Shop Greptile merchandise and developer gear. Show your support for AI-powered code review. ## Status - [System Status | Greptile](https://www.greptile.com/status): Check the real-time operational status of Greptile's services. Monitor our API, database, authentication, messaging queue, file storage, and LLM components. ## Terms-of-service - [Terms of Service | Greptile](https://www.greptile.com/terms-of-service): Terms of Service for Greptile's AI code review tool. Learn about our usage policies, data handling, and compliance requirements. ## Venus-flytrap - [Venus Flytrap | Greptile](https://www.greptile.com/venus-flytrap): Learn about Venus Flytrap and how it integrates with Greptile's AI code review platform. ## Yc - [AI Code Review for YC Companies | Greptile - Trusted by Top Startups](https://www.greptile.com/yc): Join leading Y Combinator companies using Greptile's AI code review. Merge 4X faster, catch 3X more bugs with AI-driven analysis. Special YC pricing available. ## Blog - [Greptile Blog - Insights on AI Programming and Code Review](https://www.greptile.com/blog): Explore articles about AI programming, code review best practices, and how to use the best AI for coding in your development workflow. - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/blog/featured): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/blog/product): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/blog/programming): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! - [AI Code Review - Greptile | Merge 4X Faster, Catch 3X More Bugs](https://www.greptile.com/blog/dev-tools): AI Code Reviews that understand your entire codebase. Automate PR reviews, catch bugs faster, improve code quality with AI-driven analysis. Try Greptile free! - [Greptile's Biggest Update Yet](https://www.greptile.com/blog/greptile-update): Long-term memory, deep context integrations, scoped rules, and simpler pricing — all launching today. - [The 2025 Developer Workflow: Powered by AI Code Review Tools](https://www.greptile.com/blog/developer-workflow-2025): Explore how Greptile is transforming the developer workflow with AI-powered code reviews that deliver instant feedback, PR summaries, and context-aware suggestions. - [Greptile May 2025 Launch](https://www.greptile.com/blog/may-2025-launch): OpenAI Codex is a powerful AI agent designed to transform how software engineers approach routine development tasks. Built on the Codex-1 model, this cloud-based tool handles everything from code review and refactoring to error handling and test generation–freeing developers to focus on architecture, problem-solving, and innovation. - [Do Larger PRs Get Merged Faster?](https://www.greptile.com/blog/do-larger-prs-get-merged-faster): Analysis of 24,000+ pull requests reveals surprising patterns: larger PRs get merged faster, while team size impacts PR complexity and review speed. - [What Makes Great Code? Reviewing PRs with AI](https://www.greptile.com/blog/what-makes-great-code): What makes great code in 2025? Learn how AI code review tools like Greptile help teams write clear, consistent, secure, and maintainable code—faster and more collaboratively. - [Getting Started with AI Code Reviews](https://www.greptile.com/blog/getting-started-with-ai-code-reviews): Learn how to seamlessly integrate AI into your code review workflow. This guide explains the benefits, setup, and best practices for using tools like Greptile to boost code quality and productivity. - [OpenAI Codex Review: The Future of AI-Powered Software Engineering?](https://www.greptile.com/blog/openai-codex): OpenAI Codex is a powerful AI agent designed to transform how software engineers approach routine development tasks. Built on the Codex-1 model, this cloud-based tool handles everything from code review and refactoring to error handling and test generation–freeing developers to focus on architecture, problem-solving, and innovation. - [Claude Sonnet 4.0 vs. 3.7: Which Model Catches More Bugs?](https://www.greptile.com/blog/sonnet-4-vs-sonnet-3.7): We benchmarked Claude Sonnet 4.0 against 3.7 on 209 realistic bug-injected programs. See which model performs better at AI-powered code review. - [OpenAI o4-mini vs DeepSeek R1: Best Model for Bug Detection](https://www.greptile.com/blog/o4-mini-vs-Deepseek-R1): An in-depth comparison between OpenAI o4-mini and DeepSeek R1, evaluating their ability to identify subtle software bugs across multiple programming languages. - [OpenAI 4o-mini vs Sonnet 3.7: AI Bug Detection Compared](https://www.greptile.com/blog/4o-mini-vs-sonnet-3.7): A comparative study examining the bug detection performance of OpenAI 4o-mini and Anthropic Sonnet 3.7 across multiple programming languages. - [OpenAI o4-mini vs Sonnet 3.5: AI Bug Detection Compared](https://www.greptile.com/blog/o4-mini-vs-sonnet-3.5): Evaluating the effectiveness of OpenAI o4-mini and Anthropic Sonnet 3.5 in detecting subtle software bugs across Python, TypeScript, Go, Rust, and Ruby. - [OpenAI 4o-mini vs Anthropic Sonnet 3.5: AI Bug Detection Compared](https://www.greptile.com/blog/4o-mini-vs-sonnet-3.5): A detailed analysis comparing the bug detection capabilities of OpenAI 4o-mini and Anthropic Sonnet 3.5 across Python, TypeScript, Go, Rust, and Ruby. - [OpenAI 4o-mini vs DeepSeek R1: Best for Hard Bug Detection?](https://www.greptile.com/blog/4o-mini-vs-Deepseek-R1): An in-depth evaluation comparing the bug detection capabilities of OpenAI 4o-mini and DeepSeek R1 across Python, TypeScript, Go, Rust, and Ruby. - [OpenAI 4o vs Sonnet 3.7: Best AI Model for Bug Detection](https://www.greptile.com/blog/4o-vs-sonnet-3.7): Comparing the effectiveness of OpenAI 4o and Anthropic Sonnet 3.7 at identifying challenging software bugs across Python, TypeScript, Go, Rust, and Ruby. - [AI Code Review: Should the Author Be The Reviewer?](https://www.greptile.com/blog/ai-code-reviews-conflict): Exploring the paradox of using AI to review code that was written by AI, and whether this approach makes sense. - [OpenAI 4o vs Anthropic Sonnet 3.5: AI Models Compared on Bug Detection](https://www.greptile.com/blog/4o-vs-sonnet-3.5): A comparative evaluation of OpenAI 4o and Anthropic Sonnet 3.5 in detecting subtle software bugs across various programming languages. - [Identifying Hard Bugs: OpenAI o4-mini vs. Anthropic Sonnet 3.7](https://www.greptile.com/blog/o4-mini-vs-sonnet-3.7): Detailed comparison of OpenAI o4-mini vs Anthropic Sonnet 3.7 in detecting challenging bugs, with key insights across multiple coding languages. - [OpenAI 4o vs DeepSeek R1: Comparing AI Models for Bug Detection](https://www.greptile.com/blog/4o-vs-Deepseek-R1): A comprehensive analysis comparing the bug detection capabilities of OpenAI 4o and DeepSeek R1 across multiple programming languages. - [OpenAI 4o vs. 4o-mini: Which AI Model Is Better at Catching Hard Bugs?](https://www.greptile.com/blog/4o-vs-4o-mini): An in-depth analysis comparing OpenAI 4o and 4o-mini in their ability to detect complex bugs across multiple programming languages. - [OpenAI o3-mini vs Anthropic Sonnet 3.7 for Bug Detection](https://www.greptile.com/blog/o3-mini-vs-sonnet-3.7): We benchmarked OpenAI’s o3-mini and Anthropic’s Sonnet 3.7 on their ability to detect hard-to-spot bugs across Python, TypeScript, Go, Rust, and Ruby. - [AI Bug Detection Showdown: OpenAI o1-mini vs Anthropic Sonnet 3.7](https://www.greptile.com/blog/o1-mini-vs-sonnet-3.7): We compared OpenAI o1-mini and Anthropic Sonnet 3.7, evaluating their effectiveness at detecting complex bugs across multiple coding languages. - [OpenAI o1-mini vs Sonnet 3.5: Best AI for Hard Bug Detection](https://www.greptile.com/blog/o1-mini-vs-sonnet-3.5): A comparison of OpenAI’s o1-mini and Anthropic’s Sonnet 3.5 models in detecting subtle and complex software bugs across multiple programming languages. - [OpenAI o1 vs Anthropic Sonnet 3.7: Which AI Catches Hard Bugs Better?](https://www.greptile.com/blog/o1-vs-sonnet-3.7): We evaluated Anthropic’s Sonnet 3.7 and OpenAI’s o1 models on their ability to detect subtle software bugs across multiple programming languages. - [OpenAI o1 vs Sonnet 3.5: Best Model for Bug Detection](https://www.greptile.com/blog/o1-vs-sonnet-3.5): OpenAI o1 vs Anthropic Sonnet 3.5: Comparing AI Model Effectiveness at Detecting Difficult Bugs Across Languages - [AI Code Review: OpenAI o3-mini vs 4o for Bug Detection](https://www.greptile.com/blog/o3-mini-vs-4o): We compared OpenAI’s o3-mini and 4o models on their ability to catch hard-to-spot bugs in real software projects across multiple languages. - [AI Code Review: OpenAI o1-mini vs 4o in Bug Detection](https://www.greptile.com/blog/o1-mini-vs-4o): We tested OpenAI o1-mini vs 4o across 210 real-world bugs to see which better detects complex logic errors, race conditions & hidden defects. - [Is OpenAI 4o Better Than o1 at Catching Bugs in Code?](https://www.greptile.com/blog/o1-vs-4o): We benchmark OpenAI’s o1 and 4o models on their ability to detect realistic software bugs across five programming languages. The results may surprise you. - [AI Code Review: OpenAI o3-mini vs 4o-mini for Bug Detection](https://www.greptile.com/blog/o3-mini-vs-4o-mini): We benchmarked OpenAI’s o3-mini and 4o-mini models to evaluate their bug detection skills across Python, Go, Rust, TypeScript, and Ruby. - [o1-mini vs 4o-mini: Which AI Model Wins at Code Review?](https://www.greptile.com/blog/o1-mini-vs-4o-mini): We evaluated OpenAI o1-mini vs 4o-mini across 210 bugs in five languages to determine which AI model offers superior bug detection and reasoning. - [OpenAI o1 vs 4o-mini: Which AI Model Finds More Bugs?](https://www.greptile.com/blog/o1-vs-4o-mini): We compared OpenAI o1 vs 4o-mini on bug detection across 210 real-world programs in Python, Go, Rust, TypeScript & Ruby—see our findings. - [OpenAI o3-mini vs o4-mini: Best AI Model for Bug Detection?](https://www.greptile.com/blog/o3-mini-vs-o4-mini): Comparative study of OpenAI o3-mini vs o4-mini models assessing their abilities to detect complex software bugs across multiple coding languages. - [OpenAI o1-mini vs o4-mini: Comparing AI Bug Detection Capabilities](https://www.greptile.com/blog/o1-mini-vs-o4-mini): We compared OpenAI's o1-mini and o4-mini models to assess their effectiveness at detecting subtle software bugs across multiple programming languages. - [OpenAI o1 vs o4-mini: Which is Better for Detecting Hard Bugs?](https://www.greptile.com/blog/o1-vs-o4-mini): We benchmarked OpenAI’s o4-mini and o1 models to measure their effectiveness at detecting challenging software bugs across multiple programming languages. - [OpenAI o1-mini vs 4.1: Which Model Detects More Bugs?](https://www.greptile.com/blog/o1-mini-vs-4.1): Deep dive comparing OpenAI 4.1 vs o1-mini, evaluating their bug detection strengths and weaknesses across multiple programming languages. - [OpenAI o3-mini vs 4.1: Best AI for Advanced Bug Detection?](https://www.greptile.com/blog/o3-mini-vs-4.1): Comparative analysis of OpenAI o3-mini vs 4.1 models evaluating their effectiveness detecting complex bugs in Python, TypeScript, Go, Rust & Ruby. - [OpenAI o1 vs 4.1: Comparing LLMs for Hard Bug Detection](https://www.greptile.com/blog/o1-vs-4.1): Comparing OpenAI’s o1 and 4.1 models in their effectiveness at detecting challenging software bugs across multiple programming languages. - [OpenAI o1 vs o1-mini: Which Model Is Better at Catching Bugs?](https://www.greptile.com/blog/o1-vs-o1-mini): We compared OpenAI o1 vs o1-mini on 210 challenging bugs in Python, TypeScript, Go, Rust & Ruby to determine the best AI for code review. - [Bug Detection Showdown: OpenAI o1 vs o3-mini](https://www.greptile.com/blog/o1-vs-o3-mini): We tested OpenAI o1 and o3-mini on 210 tough bugs across five programming languages. Which AI model catches more real-world bugs? Here’s what we found. - [OpenAI o1 vs DeepSeek R1: Which AI Model Catches More Software Bugs?](https://www.greptile.com/blog/o1-vs-Deepseek-R1): We tested OpenAI o1 and DeepSeek R-1 by having them review identical PRs—see detailed results comparing their bug detection capabilities. - [OpenAI o1 vs o3: Which Model is Better at Detecting Hard Bugs?](https://www.greptile.com/blog/o1-vs-o3): We evaluated OpenAI’s o3 and o1 models to determine which performs better at detecting challenging software bugs across various programming languages. - [The .cursorRules Playbook](https://www.greptile.com/blog/cursorrules): A comprehensive guide to the .cursorrules file—how it works, why it matters, and how to use it effectively in AI-assisted coding workflows. - [AI Code Review: OpenAI o1-mini vs DeepSeek R1 for Bug Detection](https://www.greptile.com/blog/o1-mini-vs-Deepseek-R1): We benchmarked OpenAI o1-mini vs DeepSeek R1 on 210 real-world bugs across Python, TypeScript, Go, Rust & Ruby—see which AI detects issues best. - [Is Two Reviewers the New Standard?](https://www.greptile.com/blog/two-reviewers): Exploring whether two reviewers per PR is the sweet spot for code quality, team velocity, and collaboration. - [AI Code Review: OpenAI o1-mini vs o3-mini for Bug Detection](https://www.greptile.com/blog/o1-mini-vs-o3-mini): We tested OpenAI’s o1-mini and o3-mini models on their ability to detect subtle software bugs across Python, Go, TypeScript, Rust, and Ruby. - [OpenAI o3-mini vs o3: Best Model for Complex Bug Detection](https://www.greptile.com/blog/o3-mini-vs-o3): OpenAI o3-mini vs o3: A Comparative Analysis of AI Models in Detecting Complex Software Bugs Across Languages - [LLM Bug Detection Comparison: OpenAI o3-mini vs DeepSeek R1](https://www.greptile.com/blog/o3-mini-vs-Deepseek-R1): We benchmarked OpenAI o3-mini vs DeepSeek R1 on detecting subtle software bugs in Python, TypeScript, Go, Rust & Ruby programs. - [Bug Detection Showdown: OpenAI o3-mini vs Claude 3.5 Sonnet](https://www.greptile.com/blog/o3-mini-vs-sonnet-3.5): We benchmarked OpenAI's o3-mini and Anthropic's Sonnet 3.5 on their ability to detect real software bugs across Python, Go, TypeScript, Rust, and Ruby. - [OpenAI o3-mini vs Anthropic Sonnet 3.7 Thinking for Bug Detection](https://www.greptile.com/blog/o3-mini-vs-sonnet-3.7-thinking): We benchmarked OpenAI’s o3-mini and Anthropic’s Sonnet 3.7 Thinking on their ability to detect complex software bugs in Python, TypeScript, Go, Rust, and Ruby. - [OpenAI o1-mini vs o3: Which Model Catches Hard Bugs Better?](https://www.greptile.com/blog/o1-mini-vs-o3): Comparative evaluation of OpenAI o1-mini vs o3 models, analyzing their ability to detect subtle software bugs across multiple coding languages. - [Claude Sonnet 3.7 vs 3.7 Thinking: Which Finds Bugs Best?](https://www.greptile.com/blog/claude-sonnet-vs-claude-sonnet-thinking): An empirical evaluation comparing Claude Sonnet 3.7 Thinking against Claude Sonnet 3.7 at finding bugs in code across multiple languages and domains. - [The Content-ification of Software](https://www.greptile.com/blog/contentification-of-software): Explore how AI will transform software development by enabling highly specialized software companies to profitably service extremely niche markets. - [Cursor vs Replit AI: Best AI Coding Developer Tool (2025)](https://www.greptile.com/blog/comparing-cursor-vs-replit): Compare Cursor and Replit: From VS Code enhancement to cloud-based development, discover how these AI coding tools serve different developer needs. - [AI Coding Tools Compared: Cursor vs Github Copilot (2025)](https://www.greptile.com/blog/comparing-cursor-vs-copilot): Choose your ideal AI coding assistant: In-depth feature & price analysis of Cursor vs GitHub Copilot for developers in 2025. - [Cursor vs. Qodo Gen: AI Code Assistant Comparison (2025)](https://www.greptile.com/blog/comparing-cursor-vs-qodo): Compare Cursor and Qodo Gen: From VS Code integration to multi-IDE support, explore which AI coding assistant enhances your development workflow. - [Replit vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-replit-vs-devin): Compare Replit and Devin AI tools: From integrated coding environments to autonomous development assistance. Discover which best suits your needs. - [GitHub Copilot vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-continue): Compare GitHub Copilot and Continue: From commercial polish to open-source flexibility, discover which AI coding assistant fits your workflow. - [Copilot vs. Windsurf: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-windsurf): Comprehensive comparison of GitHub Copilot vs Windsurf: Explore features, pricing, and capabilities to find your ideal AI coding assistant. - [GitHub Copilot vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-devin): A comprehensive comparison between GitHub Copilot and Devin, exploring their features, capabilities, and use cases for modern software development teams. - [Cody vs. Tabnine: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-tabnine): Compare Sourcegraph Cody and Tabnine: Features, pricing, and capabilities of these AI coding assistants, from context awareness to privacy. - [Cursor vs. Cody: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cursor-vs-cody): Compare Cursor and Cody AI coding tools: From VS Code integration to multi-IDE support, discover which assistant best fits your development workflow. - [Windsurf vs. Replit: Which AI Coding Assistant is Best? (2025)](https://www.greptile.com/blog/comparing-windsurf-vs-replit): Compare Windsurf and Replit: From granular IDE features to integrated development platforms, explore which AI coding tool fits your workflow. - [Windsurf vs. Qodo Gen: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-windsurf-vs-qodo): Compare Windsurf and Qodo Gen: From comprehensive IDE support to specialized testing features, discover which AI assistant enhances your workflow. - [AI Coding Tools Compared: Copilot vs Replit AI (2025)](https://www.greptile.com/blog/comparing-copilot-vs-replit): Compare GitHub Copilot vs. Replit AI—features, pricing, and use cases—to find the best AI development tool for your needs. - [Copilot vs. Qodo: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-qodo): Compare GitHub Copilot and Qodo Gen: From comprehensive code completion to test-driven development, discover which AI assistant enhances your workflow. - [Tabnine vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-tabnine-vs-continue): An in-depth comparison of Tabnine and Continue.dev, exploring their features, pricing, and capabilities to help developers choose the right AI coding assistant - [Windsurf vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-windsurf-vs-continue): Compare Windsurf and Continue: From commercial AI code assistance to open-source solutions, discover which coding tool fits your workflow. - [Cursor vs. Tabnine: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cursor-vs-tabnine): Compare Cursor and Tabnine: From comprehensive code editing to versatile completion tools, discover which AI assistant enhances your workflow. - [The Economics of Being a Founding Engineer](https://www.greptile.com/blog/founding-engineer): Compare compensation between founding engineers and big tech: Analysis of startup equity, market trends, and how to evaluate early-stage opportunities. - [AI Code Reviews Need Codebase Context](https://www.greptile.com/blog/ai-reviews-need-context): Explore why AI code review needs codebase context: How comprehensive analysis improves bug detection and code quality compared to shallow review tools. - [DeepSeek Review: The Open Source Alternative to OpenAI](https://www.greptile.com/blog/deepseek-review): Explore DeepSeek-R1, an open-source AI alternative to OpenAI: From model architecture to real-world applications, discover if it fits your development needs. - [Qodo Gen vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-qodo-vs-continue): Compare Qodo Gen and Continue: From enterprise solutions to open-source flexibility, discover which AI coding assistant fits your workflow. - [Qodo Gen vs. Replit AI: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-qodo-vs-replit): An in-depth comparison of Qodo Gen and Replit AI, exploring their features, capabilities, and pricing to help developers choose the right AI coding assistant. - [DeepSeek R-1 vs OpenAI o1: Can They Find Bugs in Pull Requests?](https://www.greptile.com/blog/deepseek-vs-openai-pr-review): We compared OpenAI o1 vs DeepSeek R-1 by reviewing the same PRs—see results on their accuracy, insights, and bug detection skills. - [GitHub Copilot vs. Tabnine: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-tabnine): Compare GitHub Copilot and Tabnine: From comprehensive AI assistance to privacy-focused completion, discover which coding tool enhances your workflow. - [Tabnine vs. Replit AI: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-tabnine-vs-replit): A detailed comparison of Tabnine and Replit AI, exploring their features, capabilities, and pricing to help developers choose the right AI coding assistant. - [Tabnine vs. Windsurf: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-tabnine-vs-windsurf): Compare Tabnine and Windsurf AI tools: From privacy-focused code completion to advanced chat features, find the right assistant for your needs. - [Tabnine vs. Qodo Gen: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-tabnine-vs-qodo): A comprehensive comparison of Tabnine and Qodo Gen, exploring their features, pricing, and capabilities to help developers choose the right AI coding assistant. - [Continue vs. Replit: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-continue-vs-replit): Compare Continue and Replit: From open-source IDE integration to web-based development, explore which AI coding assistant matches your needs. - [Cody vs. Windsurf: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-windsurf): Compare Cody and Windsurf AI tools: From enterprise-scale analysis to real-time completions, discover which coding assistant best matches your needs. - [Cody vs. Replit AI: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-replit): Compare Cody and Replit AI: From enterprise-grade analysis to web-based development, discover which coding assistant fits your workflow. - [How AI is Transforming the Code Review Process](https://www.greptile.com/blog/ai-code-review): Explore how AI code review is revolutionizing development: from automated analysis to enhanced quality control, discover the future of code quality assurance. - [Cody vs. Qodo Gen: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-qodo): Comparing Sourcegraph Cody and Qodo Gen, exploring their features, pricing, and capabilities to help developers choose the right AI coding assistant. - [Cody vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-continue): Compare Cody and Continue AI tools: From enterprise-ready solutions to open-source flexibility, discover which code assistant fits your needs. - [Cursor vs. Continue: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cursor-vs-continue): Compare Cursor and Continue: From integrated VS Code AI to open-source flexibility, discover which coding assistant matches your workflow. - [Cursor vs. Windsurf: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cursor-vs-windsurf): Compare Cursor and Windsurf: From dedicated IDE integration to flexible plugins, discover which AI coding assistant enhances your workflow. - [GitHub Copilot vs. Cody: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-copilot-vs-cody): Compare GitHub Copilot and Sourcegraph Cody: Features, pricing, and capabilities of these leading AI code assistants to pick the right tool. - [Getting LLMs to Generate Funny Memes is Unexpectedly Hard](https://www.greptile.com/blog/reporoast): Discover how we built reporoast.com, a site leveraging LLMs to create humorous memes that roast any GitHub repository. - [How to Make LLMs Shut Up](https://www.greptile.com/blog/make-llms-shut-up): Lessons learned from our challenges reducing LLM output: Discover everything that went wrong when trying to make our models say less. - [Qodo Gen vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-qodo-vs-devin): Compare Qodo Gen and Devin: From intelligent code suggestions to autonomous development, discover which AI assistant matches your needs. - [Tabnine vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-tabnine-vs-devin): Compare Tabnine and Devin: From intelligent code completion to autonomous development capabilities, discover which AI assistant enhances your workflow. - [Continue vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-continue-vs-devin): Compare Continue and Devin: From open-source IDE integration to autonomous development, discover which AI assistant enhances your workflow. - [Cody vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cody-vs-devin): Compare Cody and Devin: Discover the differences between two leading AI coding assistants - from autonomous development to IDE integration. - [Windsurf vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-windsurf-vs-devin): Compare Windsurf and Devin AI tools: From intelligent code completion to autonomous development, discover which assistant matches your workflow. - [Cursor vs. Devin: Comparing AI Code Generation tools (2025)](https://www.greptile.com/blog/comparing-cursor-vs-devin): Compare Cursor and Devin: From enhanced code editing to autonomous development, discover which AI coding assistant best fits your workflow in 2025. - [Splitting engineering teams into defense and offense](https://www.greptile.com/blog/how-we-engineer): Discover how Greptile, an AI-powered code review startup, balances event-driven and long-running engineering tasks to maximize productivity in a small team. - [Introducing Greptile 2.0](https://www.greptile.com/blog/greptile-2): Discover Greptile 2.0, the AI platform that understands your codebase—boost development with smart code reviews, JIRA integration, and custom workflows. - [AI will not replace human code reviewers.](https://www.greptile.com/blog/ai-vs-human-code): Why AI code review tools enhance but won't replace human reviewers: Learn how combining AI efficiency with human insight creates optimal code quality. - [Who's a good dev? - Ep05: Scaling, with Ted Nyman](https://www.greptile.com/blog/tednyman): Discover scaling strategies from Ted Nyman, former GitHub CTO. Learn how GitHub 10X'd their user base and became the iconic dev tools company we know today. - [Code Review Checklist: A Comprehensive Guide](https://www.greptile.com/blog/code-review-checklist): Master modern code reviews with our AI-driven checklist. Learn to evaluate core aspects from security to performance. - [Codebases are uniquely hard to search semantically](https://www.greptile.com/blog/semantic): Explore why semantic search in codebases is challenging and how natural language processing and granular chunking improve AI code understanding. - [Who's a good dev? - Ep04: Docs, with Hahnbee Lee](https://www.greptile.com/blog/hahnbee): Learn tips from Hahnbee Lee, CTO of Mintlify, on creating impactful developer docs—enhance UX, separate knowledge from instructions and build trust with detail. - [Startup Lessons Learned: My First Year in Silicon Valley](https://www.greptile.com/blog/learned): One year of Silicon Valley startup lessons: Key insights on building traction, raising funds, choosing location, and finding product-market fit. - [Announcing our $4.1M seed round](https://www.greptile.com/blog/seed): Greptile raises $4.1M seed round to transform AI code review with their innovative API. Learn how they're helping 400+ teams optimize development workflows. - [The all-new Greptile PR bot!](https://www.greptile.com/blog/pr-reviewer-update): Discover the latest updates to Greptile's PR bot including customizable PR summaries and selective commenting for a more efficient code review process. - [I Asked 100 Developers Why They Aren't Shipping Faster](https://www.greptile.com/blog/100-devs): Learn why 100+ engineers struggle to ship faster. Insights on codebase challenges, slow reviews, and DevOps bottlenecks slowing development velocity. - [An 11 YoE, ex-AWS engineer's advice for early career SWEs](https://www.greptile.com/blog/matthew-1): Gain insights from ex-AWS engineer Matthew Shea on launching your software career—job selection, smart questions, and startup vs. big tech tradeoffs. - [AI is better at writing code than reading code. Here’s why.](https://www.greptile.com/blog/ai-read-code): Explore code readability challenges, the limits of traditional docs, and how AI tools like Greptile transform codebase understanding for developers. - [How to Ship Faster, from the founders of Greptile (YC W24)](https://www.greptile.com/blog/ship-faster): Discover five key strategies Greptile (formerly Onboard AI) used to ship fast—alignment-backed motivation, product aesthetics, sprint management, and more. ## Bug-wiki - [Greptile's Guide to Catching Bugs](https://www.greptile.com/bug-wiki): A comprehensive guide to common bugs and how to catch them - [Logic & Control Flow Bugs - Bug Wiki](https://www.greptile.com/bug-wiki/logic-control-flow-bugs): Errors in conditional statements, loops, and program logic that cause unexpected behavior - [State & Data Consistency - Bug Wiki](https://www.greptile.com/bug-wiki/state-data-consistency): Issues with application state management and data integrity across systems - [Security & Access Control - Bug Wiki](https://www.greptile.com/bug-wiki/security-access-control): Vulnerabilities and security flaws that expose systems to unauthorized access - [Memory & Resource Management - Bug Wiki](https://www.greptile.com/bug-wiki/memory-resource-management): Problems with memory allocation, leaks, and system resource utilization - [Error Handling & Validation - Bug Wiki](https://www.greptile.com/bug-wiki/error-handling-validation): Missing or improper error handling and input validation mechanisms - [Code Quality & Redundancy - Bug Wiki](https://www.greptile.com/bug-wiki/code-quality-redundancy): Code maintenance issues including unused code, poor naming, and redundancy - [Async & Event Handling - Bug Wiki](https://www.greptile.com/bug-wiki/async-event-handling): Concurrency issues, race conditions, and asynchronous programming bugs - [Array index out of bounds - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/array-index-out-of-bounds): Program accesses invalid array indexes, causing crashes or errors. - [Buffer overflow - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/buffer-overflow): Data exceeds allocated memory, risking crashes or security issues. - [Divide by zero - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/divide-by-zero): Attempted division using zero, causing runtime errors or crashes. - [Uninitialized variable - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/uninitialized-variable): Variable used without an assigned value, causing unpredictable behavior. - [Variable shadowing - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/variable-shadowing): Inner variable hides an outer one, leading to confusion or bugs. - [Unreachable code - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/unreachable-code): Code segment that can never execute, wasting resources. - [Integer overflow - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/integer-overflow): Integer exceeds the maximum allowed value, leading to incorrect results. - [Integer underflow - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/integer-underflow): Integer drops below the minimum allowed value, causing unexpected behavior. - [Loss of precision - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/loss-of-precision): Numeric data precision lost during calculations, causing errors. - [Incorrect assignment - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/incorrect-assignment): Value incorrectly assigned, causing unintended outcomes. - [Logic error - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/logic-error): Logical mistake resulting in incorrect outcomes. - [Incorrect operator precedence - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/incorrect-operator-precedence): Operators evaluated in the wrong order, causing logical errors. - [Off-by-one error - Logic & Control Flow Bugs](https://www.greptile.com/bug-wiki/logic-control-flow-bugs/off-by-one-error): Calculation errors from loop or array indexes off by one. - [Broken image - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/broken-image-reference): Image fails to load, resulting in broken visuals. - [Broken link - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/broken-link): Link directs users to a non-existent or incorrect page. - [Inconsistent UI state - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/inconsistent-ui-state): UI displays conflicting or incorrect information. - [Incorrect pagination - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/incorrect-pagination): Pages incorrectly ordered or divided, disrupting navigation. - [Circular dependency - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/circular-dependency): Components depending on each other create a dependency loop. - [Data truncation - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/data-truncation): Data unintentionally cut short due to storage limits. - [Duplicate key error - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/duplicate-key): Duplicate entry violates database uniqueness constraints. - [Lost update - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/lost-update): Concurrent updates overwrite each other unintentionally. - [Orphaned record - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/orphaned-record): Record disconnected from related database entries. - [Stale cache - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/stale-cache): Serving outdated data due to caching issues. - [Incomplete migration - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/incomplete-migration): Data migration partially executed, causing inconsistencies. - [API versioning - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/inconsistent-api-versioning): Issues arise due to incompatible API versions. - [Inconsistent naming - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/inconsistent-naming): Inconsistent naming causes confusion and maintainability issues. - [Inconsistent state - State & Data Consistency](https://www.greptile.com/bug-wiki/state-data-consistency/inconsistent-state): Component in unexpected state, causing unreliable behavior. - [SQL injection - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/sql-injection): Malicious input injected into database queries, posing security risks. - [Command injection - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/command-injection): Malicious commands injected via user input fields. - [Hardcoded credentials - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/hardcoded-credentials): Credentials embedded directly into source code, risking security. - [Hardcoded timestamp - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/hardcoded-timestamp): Explicit timestamp coded, causing incorrect date/time data. - [Information disclosure - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/information-disclosure): Sensitive information exposed unintentionally. - [Missing rate limiting - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/missing-rate-limit): Request frequency limits missing, risking overload or abuse. - [Path traversal - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/path-traversal): Unauthorized directory access via manipulated paths. - [Privilege escalation - Security & Access Control](https://www.greptile.com/bug-wiki/security-access-control/privilege-escalation): Unauthorized elevation of user privileges. - [Zombie process - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/zombie-process): Finished processes incorrectly show as active, causing resource leaks. - [Orphaned process - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/orphaned-process): Process continues running after parent process ends, consuming resources. - [Memory corruption - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/memory-corruption): Memory unintentionally modified, causing instability or crashes. - [Memory fragmentation - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/memory-fragmentation): Free memory becomes fragmented, reducing efficiency. - [Memory leak - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/memory-leak): Unused memory accumulates without proper release. - [Resource contention - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/resource-contention): Multiple processes compete for the same limited resources simultaneously. - [Resource exhaustion - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/resource-exhaustion): System resources fully consumed, causing failures. - [Resource leak - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/resource-leak): Resources remain allocated after use, causing inefficiencies. - [Stack overflow error - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/stack-overflow): Call stack exceeds limit, causing crashes or halts. - [Null pointer dereference - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/null-pointer-dereference): Null references accessed, causing runtime exceptions. - [Orphaned resource - Memory & Resource Management](https://www.greptile.com/bug-wiki/memory-resource-management/orphaned-resource): Allocated resource not tracked or released, causing leaks. - [Incorrect MIME type - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/incorrect-mime-type): Resource served with incorrect MIME type causing rendering issues. - [Missing alt text - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-alt-text): Image missing descriptive alternative text, hurting accessibility and SEO. - [Incorrect permissions - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/incorrect-permissions): User unintentionally has access to restricted resources. - [Unhandled exception - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/unhandled-exception): Exceptions occur without proper handling, causing crashes. - [Incorrect exception handling - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/incorrect-exception-handling): Improper exception handling leading to instability or errors. - [Incorrect file path - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/incorrect-file-path): Incorrect file location specified, causing file access errors. - [Logic inversion - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/logic-inversion): Logical conditions mistakenly reversed, causing unintended logic. - [Missing default case - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-default-case-in-switch): Switch statement missing fallback option, causing potential errors. - [Missing dependency - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-dependency): Essential component or library missing, causing runtime errors. - [Missing error handling - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-error-handling): Errors occur without proper handling, leading to crashes. - [Missing null check - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-null-check): Failure to verify null values, causing runtime exceptions. - [Missing test coverage - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/missing-test-coverage): Code paths not adequately covered by tests. - [Syntax error - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/syntax-error): Code incorrectly written, causing compilation or runtime errors. - [Implicit type coercion - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/implicit-type-coercion): Automatic type conversions causing unexpected behaviors. - [Invalid enum value - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/invalid-enum-value): Enum set to an invalid or unintended value. - [Incorrect timestamp - Error Handling & Validation](https://www.greptile.com/bug-wiki/error-handling-validation/incorrect-timestamp): Incorrect or improperly formatted timestamp, causing errors. - [Redundant code - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/redundant-code): Repeated code unnecessarily bloating the codebase. - [Unused import - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/unused-import): Imported module never utilized, causing unnecessary dependencies. - [Unused variable - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/unused-variable): Declared variable unused, leading to wasted resources. - [Excessive logging - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/excessive-logging): Excessive logging statements causing performance or readability issues. - [Incorrect log level - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/incorrect-log-level): Incorrect logging severity chosen, causing confusion. - [Incorrect import path - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/incorrect-import-path): Incorrect file or module path in import statement, causing build errors. - [Incorrect string interpolation - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/incorrect-string-interpolation): Variables incorrectly formatted within strings. - [Incorrect escaping - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/incorrect-escaping): Special characters improperly escaped, causing display issues. - [Incorrect normalization - Code Quality & Redundancy](https://www.greptile.com/bug-wiki/code-quality-redundancy/incorrect-normalization): Data incorrectly standardized or formatted, causing processing errors. - [Duplicate request - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/duplicate-request): Same request sent multiple times unintentionally. - [Data race - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/data-race): Concurrent threads improperly accessing shared data. - [Deadlock - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/deadlock): Processes permanently stuck waiting on each other, halting execution. - [Race condition - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/race-condition): Program outcome depends unpredictably on event timing. - [Infinite loop - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/infinite-loop): Loop continuously runs without ending, freezing the system. - [Infinite recursion - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/infinite-recursion): Recursive function calls itself indefinitely, causing stack overflow. - [Flaky test - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/flaky-test): Test produces inconsistent, unpredictable results. - [Unhandled promise - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/unhandled-promise): Promises without proper handling, causing silent failures. - [Unhandled promise rejection - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/unhandled-promise-rejection): Promise rejections not handled, causing runtime issues. - [Missed event - Async & Event Handling](https://www.greptile.com/bug-wiki/async-event-handling/missed-event): Expected event not captured or handled properly.