AI-Powered Code Debugger
Understand errors. Fix faster. Learn smarter.
for i in range(5)
print(i)Missing colon after the range statement. Add ':' after range(5) to correct the loop syntax.
Beginner programmers struggle to understand compiler errors and debugging.
Raw stack traces and terse compiler messages often tell learners what failed, but not why it failed. That slows momentum, increases frustration, and makes debugging feel harder than it should.
An AI assistant that explains errors in simple language and suggests fixes.
The debugger bridges the gap between machine output and human learning. It detects issues, explains the cause, proposes a fix, and helps users improve code quality at the same time.
Everything you need to debug with confidence
Built for learners, bootcamps, classrooms, and engineers who want faster insight with less friction.
Automatic error detection
Instantly identifies syntax, runtime, and logic issues from pasted code snippets.
Human-readable explanations
Turns cryptic compiler output into simple, beginner-friendly guidance.
Suggested fixes
Provides direct fix recommendations with corrected code patterns.
Code improvement tips
Offers quality suggestions for readability, safety, and maintainability.
Multi-language support
Works across Python, C, and C++ workflows for learners and teams.
Level Up Your Debugging Skills
Gamified feedback keeps learners motivated with XP, streaks, levels, achievements, and daily challenges.
Earn XP for every error you fix
5 Day Streak 🔥
Keep showing up daily to strengthen debugging instincts and stay consistent.
Daily Bug Challenge
int total = 0;
for(int i = 0; i <= 5; i--) {
total += i;
}Paste code. Click debug. Get a clear explanation.
This mock demo simulates how the AI would inspect buggy code, explain the problem, propose a fix, and reward progress with XP.
Click Debug Code to generate a mock AI response with an error explanation, a suggested fix, and a small XP reward.
Built on a practical AI + analysis stack
The product combines code-aware language models with static analysis to deliver explanations that are both helpful and grounded.
Interpret compiler messages and map them to understandable explanations.
Drives orchestration, prompt pipelines, and backend analysis workflows.
Enables code-aware reasoning, explanation, and fix generation.
Adds deterministic checks for syntax, linting, and language-specific issues.