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Features

A complete academic workspace, built around you

Unify combines your university data with an AI assistant and planning tools, so you always know what to do next — and understand what you're studying.

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Core features

Designed for the way students actually work

AI Course Assistant

Ask questions about your own lecture slides and readings. Get summaries, practice questions and flashcards grounded in your course materials.

All your courses in one place

Course pages with professor info, materials, assignments, exams and your progress through the syllabus.

Smart study planner

Generate a weekly study plan around your timetable and deadlines, then adjust sessions as your week changes.

Assignments & exams

Track every deadline with priorities and statuses. Overdue work is flagged automatically.

Materials library

Professor uploads and your own notes, searchable by course and type, with one-click AI summaries.

Reminders that respect you

Choose what you're reminded about and when. Quiet hours keep late nights quiet.

Unified calendar

Classes, exams, deadlines, study sessions and personal events on one calendar.

Progress tracking

See syllabus coverage, assignment completion and study hours at a glance — based on your real activity.

Dashboard

Your day at a glance

Today's classes, what's due, upcoming exams and personal recommendations — calculated from your own courses and progress.

For students

Less juggling. More understanding.

University spreads your academic life across portals, emails, PDFs and group chats. Unify brings it together and helps you act on it.

  • Know what matters today

    Your dashboard shows today's classes, what's due next and where to focus.

  • Understand, don't just memorize

    Ask follow-up questions about a lecture until it clicks.

  • Walk into exams prepared

    Spaced study sessions and practice questions built from your syllabus.

Unify Assistant · CS201
Example
Summarize Lecture 2 on hash tables for me

Summary: Hash Tables

  • A hash function maps keys to bucket indices.
  • Collisions are handled by chaining or open addressing.
  • Lookups stay O(1) on average while the load factor is bounded.

Source: Lecture 2 slides (uploaded by your professor)

Make flashcardsQuiz mePlan my revision

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