Not a Wrapper.
A True Engineering Mentor.
Standard AI gives students the final code instantly. They don't learn the logic; they just learn how to copy-paste. Sudo's AI introduces intentional friction to ensure the student actually understands the architecture before they write a single line of code.
Powered by Enterprise Infrastructure
Google Cloud
AWS
Anthropic Claude
It Teaches. It Doesn't Do.
Giving a naive engineer instant answers is counterproductive. Our AI is configured to mentor them through the logic until they arrive at the solution themselves.
Socratic Questioning
If a student asks "How do I connect to Postgres?", the AI will respond: "We are using Node.js. What package do you think we need to install first?" It forces architectural thinking over code generation.
Intentional Friction
It refuses to dump 50 lines of code into the editor. It will only generate code snippets after it validates that the student correctly understands the logic of the problem being solved.
Dependency Logging
If a student constantly bypasses the learning mechanism and begs for the final code, the IDE logs this as an "AI Dependency" flag in the Faculty dashboard. It acts as an early warning system.
Context-Aware Code Reviews.
The AI isn't just a separate tab. It sits natively inside the IDE, natively reading the student's terminal output, open files, and project tree structure.
When a student writes custom logic, the Mentor asks them to review every single block computationally. It spots edge-cases and asks the student "what happens to this logic if an undefined variable is passed here?" ensuring massive code hygiene.