Does it work without the internet?
Yes. Once you download the solver model, taking photos and solving questions doesn’t use the internet.
No internet needed. Solved right on your device, with every step shown.
Made for elementary, middle and high school students. Available on iPhone, iPad, and Android phones and tablets.
Workbook or exam paper, just take a photo of the question you want to solve.
Keep the question in the center. You can also solve from a saved photo.
It shows the thinking, the solution and the answer in order, so you can see where you got stuck.
Photos, questions and solutions are never sent anywhere. No accounts, no servers.
The solver model lives on your device, so you can solve in the library or on the go.
Snap, check and get the solution. It usually takes 30 seconds to a minute.
dabji finds the question for you. If the frame is off, drag the corners to fit.
Tap Solve and the thinking starts right away. You can watch how the question gets worked out.
See the solution and the answer. It also tells you whether it solved all the way or isn’t sure.
Who it’s for
From elementary through high school, it solves the questions you meet in class and homework. One question at a time, from a single photo. If you capture several questions, you can pick one.
Subjects
The solver model runs on your device. The more memory it has, the faster it solves.
Yes. Once you download the solver model, taking photos and solving questions doesn’t use the internet.
Elementary through high school questions in math, science, social studies, language arts and English, written in Korean or English. It solves both multiple-choice and short-answer questions, one at a time.
Yes. The answer comes from AI, so it can be wrong. Be sure to check the solution. When thinking runs long and the answer is wrapped up early, dabji tells you it’s not sure.
Nowhere. Photos, questions and solutions are processed only on your device, and they are never saved or sent.
Usually 30 seconds to a minute. Harder questions take longer.
Yes. Watch an ad to get solves, and each solve covers one question.