Edza AI is an AI Personal Tutor for Indian learners (Classes 7–12, JEE, NEET), built to solve a structural issue across Indian education: personal attention doesn’t scale 🎯

Today, online education in India, forces students into a trade-off.
Affordable livestreams teach thousands at once, but rarely provide real one-to-one attention.
Personal tutors do adapt, but only for a few who can afford the cost and limited time slots.

Edza works the way a strong 1:1 personal teacher would:

listen → identify gaps → co-solve via whiteboard + AI Shorts → test → evaluate like a board examiner → remember patterns → adapt again.

Edza runs context-aware tutoring pipelines that keep understanding, explanation, testing, memory, and feedback in sync.
This enables continuous adaptation and long-term learning memory, making personal tutoring scalable, while aligning with the NEP 2020 vision of reducing PTR through AI, without diluting attention.

What Edza does in practice 👇

• AI Shorts : real-time, exam-focused text-to-animation visual explanations for concepts and solutions, exactly when confusion appears
• Learning Memory : continuously tracks mistakes, weak concepts, learning patterns, and revision needs, so teaching evolves with the student
• Adaptive Tests : drafted from real gaps and updated via a continuous adaptive loop as the student improves
• 1:1 Voice Calls : live one-to-one tutoring in multiple Indian languages, built for natural back-and-forth, not monologues
• Board-style Checking : written answers evaluated step-by-step using rubrics, marking schemes, exactly how board examiners award marks
• Whiteboard Co-solve : tutor and student solve together, reasoning aloud, correcting steps, and rebuilding concepts ✍️
• Personalised Notes : revision-ready chapter notes created in real time from the student’s own mistakes, patterns, and learning memory

If personal attention matters more than passive learning,
Edza is built for that.

📩 support@edza.ai

Edza AI

This department focuses on the development and implementation of machine learning models and algorithms.

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