💡 About CodeVerdict

CodeVerdict is an intelligent, AI-powered Online Judge platform crafted to simulate real-world coding environments with unmatched accuracy and insight. Built using Django, it combines robust backend security with smart code evaluation to give users an advanced, seamless coding experience.

Designed by students, for students, CodeVerdict goes beyond traditional online judges by offering features that boost not just correctness — but understanding, efficiency, and coding discipline.

Solve coding challenges, run your code instantly, and level up your programming skills.

🔍 Why CodeVerdict?

🧠 AI Review System:
Integrated with Gemini API, CodeVerdict doesn’t just tell you what’s wrong — it helps you understand why. After each failed attempt, you receive intelligent hints, AI-generated suggestions, and potential logic flaws, enabling faster learning and deeper insights.

🔐 Built on Django – Secured by Design:
Using Django’s inbuilt protections like CSRF tokens. Security is not an afterthought — it’s a core part of our architecture.

🛠️ Real-Time Judging + Custom Inputs:
Test your code with sample inputs, custom cases, or edge-case scenarios on the fly. Get verdicts like:
• ✅ Accepted
• ❌ Wrong Answer
• ⏱️ Time Limit Exceeded
• ⚠️ Compilation Error

🌐 Multi-Language Support:
Currently supports Python, C, and C++, with plans to expand to JavaScript, Java, and more. Each language runs in isolated environments to ensure safe and fair execution.

📈 Performance Metrics:
View detailed stats on:
• Submission History
• AI Feedback Summary

🧑‍💻 User Dashboard:
Track your performance over time. View:
• Problems Solved
• Languages Used
• Past Submissions

🎯 The CodeVerdict Vision
“We don’t just evaluate your code — we help you grow with it.”

At CodeVerdict, we envision a smarter way to prepare for tech interviews, coding rounds, and real-world development challenges. With the integration of AI, developer-centric tools, and a clean UX, we aim to make learning programming:

Welcome to the CodeVerdict

a digital space where code is judged

Join our community of passionate coders where smart coding meets intelligent review. Solve problems, improve your skills, Learn faster, Code better, Grow sharper.

Getting Started Browse Problems
PLAY
AI Judge

What we bring?

🎓 Solve Programming Problems

Choose from beginner to advanced level problems. Practice data structures, algorithms, and real interview questions.

Solve Problems

⚙️ Run & Submit Code

Run Python, C++ and C code instantly. Submit your solution and get judged against hidden test cases.

Run Code

📈 Track Your Progress

See which problems you've solved, track your stats, and analyze your submission history.

Track Progress

🧑‍🏫 Admin & Problem Setter Tools

Admins can manage problems, review submissions, maintain integrity and add custom test cases easily through the dashboard.

Admin Tools

Why choose us?

🎯 Real-Time Code Judging

Submit your code and get instant feedback with detailed output comparison.

💡 Hints Generation Using AI

Get AI-generated hints tailored to your problem-solving approach for faster learning.

👨‍💻 Personal Progress

Track your submissions and see your problem-solving growth.

🔤 Custom Inputs & Hidden Test Case

See Outputs using your customize inputs along with hidden test cases.

✨ Languages

Write your code in your favorite language, as it support 3 programming language.

🛠️ Updates

Currently in beta – expect frequent improvements and new features!.

🔒 User Authentication

Easy and Secure login and registration for every user, register in seconds.

🌟 Clean UI

Bootstrap-powered responsive layout for smooth experience.

Common Questions that people ask

The "Run Code" option allows you to quickly test your code on provided or custom test cases without formally submitting it, aiding in debugging and iterative development. On the other hand, the "Submit Code" option is used for the formal submission of your solution, initiating an evaluation process where your code is tested against hidden cases to assess both correctness and efficiency. It is essential to use "Run Code" for preliminary testing and debugging before using "Submit Code" to ensure the accuracy and effectiveness of your solution.

Data structures form the backbone of efficient computer programs, organizing and storing data for optimal access and manipulation. They are the building blocks that enhance algorithmic efficiency, enabling quicker computations and streamlined operations. A solid understanding of data structures is fundamental for crafting scalable and high-performance software solutions in diverse applications.

Time and space complexity are critical concepts in computer science, evaluating how efficiently algorithms operate. Time complexity measures an algorithm's runtime, while space complexity gauges its memory usage. These metrics, often expressed in Big O notation, guide developers in optimizing code for scalability. Striking a balance between time and space efficiency is fundamental in algorithm design, influencing applications across diverse fields.

Brute force solutions are straightforward, exhaustive approaches to problem-solving, checking every possibility without optimization. While easy to implement, they can be inefficient for large datasets. On the other hand, optimal solutions leverage more sophisticated algorithms to achieve efficiency, often with a focus on reducing time or space complexity. Striking a balance between simplicity and efficiency is key in choosing the right approach.