The recommendations below prioritize instructional value rather than downloads or popularity alone. We considered the quality of the mathematical experience, available evidence, accessibility, usefulness to teachers and families, age appropriateness, and whether an app encourages students to think rather than merely enter answers.
None of these apps should replace mathematical conversation, hands-on experiences, teacher feedback, or opportunities for students to explain their reasoning. Used purposefully, however, they can give students additional ways to explore ideas, practice skills, receive feedback, and build confidence.
Zearn is a nonprofit K–8 math program offering more than 1,000 adaptive digital lessons. Lessons combine fluency practice, visual models, guided instruction, feedback, mastery checks, and prompts for paper-and-pencil problem solving.
Zearn has one of the stronger research bases among elementary mathematics platforms. It has received a “Strong” Tier 1 rating from Evidence for ESSA based on an independent randomized study.
Ages/grades: Kindergarten through grade 8
Access: Free for individual teachers and classrooms; additional school and district features are paid
Best for: Structured instruction, intervention, grade-level practice, and evidence-informed classroom use
Khan Academy Kids provides playful early-math activities covering counting, number sense, shapes, addition, subtraction, measurement, and problem solving. Visual models, friendly characters, spoken directions, and immediate feedback make the app accessible to children who are not yet fluent readers.
Unlike many children’s learning apps, the family version is genuinely free, without advertisements, subscriptions, or in-app purchases. Its scope also includes literacy and other early-learning content, so it is not exclusively a math app.
Ages/grades: Ages 2–8; primarily PreK through grade 2
Access: Free for families and individual educators; expanded school implementation features may cost extra
Best for: Early number sense, independent learning, classroom centers, and free foundational practice
The Math Learning Center offers a collection of free virtual manipulatives and mathematical workspaces, including Number Frames, Number Pieces, Number Rack, Fractions, Geoboard, Pattern Shapes, Math Clock, and Whiteboard.
These are open-ended tools rather than gamified courses. Students can build models, test strategies, represent quantities, create problems, and explain their thinking. Their flexibility makes them especially useful during teacher-led lessons, small groups, or mathematical discussions.
Ages/grades: Primarily elementary school, with some broader applications
Access: Free web and device-based apps
Best for: Visual models, virtual manipulatives, number sense, student explanations, and teacher-created tasks
DragonBox is a collection of carefully designed games addressing number sense, large-number operations, multiplication, algebra, and geometry. Its strongest experiences allow children to explore mathematical structures before introducing conventional notation and terminology.
Because each DragonBox app focuses on a narrower set of ideas, families and teachers should choose the specific app that matches the child’s age and learning goal rather than treating DragonBox as a complete curriculum.
Ages/grades: Approximately ages 4–14, depending on the app
Access: Individual paid apps or access through applicable Kahoot plans
Best for: Conceptual exploration, number sense, early algebra, geometry, and game-based learning with mathematical substance
Beast Academy, created by Art of Problem Solving, provides a rigorous elementary mathematics curriculum through illustrated guides, challenging problems, puzzles, and online lessons. It emphasizes mathematical reasoning and nonroutine problem solving more than repetitive skill practice.
The challenge level is a genuine strength for mathematically curious students, but it can also be demanding. Students who need confidence-building practice or more direct scaffolding may require adult support or a different starting point.
Ages/grades: Approximately ages 6–13; curriculum levels 1–5
Access: Paid online curriculum, books, and optional live classes
Best for: Advanced learners, enrichment, mathematical reasoning, puzzles, and students who enjoy substantial challenges
DreamBox is an adaptive K–8 program that adjusts lessons in response to student strategies, answers, and interactions. Its visual environments are designed to develop conceptual understanding while providing differentiated pathways and continuous formative assessment.
DreamBox has a stronger evidence base than many adaptive-learning products, but ongoing family access requires a subscription and school access generally depends on an institutional purchase.
Ages/grades: Kindergarten through grade 8
Access: Paid family subscriptions and school licenses; trial access may be available
Best for: Adaptive learning, differentiation, intervention, conceptual models, and targeted independent instruction
ST Math is a visual PreK–8 instructional program built around spatial-temporal puzzles. Students learn by predicting, testing, observing feedback, and revising their strategies, often before mathematical language or symbols are introduced.
Its low-language design can improve access for multilingual learners and students who benefit from visual representations. Availability, however, commonly depends on a school or district license rather than an individual family account.
Ages/grades: PreK through grade 8
Access: Primarily through participating schools and districts
Best for: Visual reasoning, nonroutine problem solving, multilingual learners, conceptual development, and school-based intervention
SplashLearn offers curriculum-aligned mathematics games, activities, assessments, worksheets, and teacher reports from preschool through grade 5. Its colorful, game-based environment can make routine practice more approachable for younger students.
Teachers can use the classroom version free, including assigned practice at home. Families receive trial access before choosing a subscription. As with other reward-heavy programs, adults should watch whether the child is attending to the mathematics or mainly to the game.
Ages/grades: Approximately ages 2–11; preschool through grade 5
Access: Free for classroom teachers; subscription-based family access after the trial
Best for: Elementary skill practice, classroom assignments, engagement, review, and teacher progress reports
Prodigy places adaptive, standards-aligned mathematics questions inside a fantasy role-playing game. Teachers can assign skills, create assessments, differentiate practice, and review student-performance data for grades 1–8.
Prodigy can motivate students who resist conventional practice, but its game economy and optional memberships may compete with the mathematics for attention. It is best used as supplementary practice rather than a primary source of instruction.
Ages/grades: Grades 1–8
Access: Educational content and teacher tools are free; optional memberships add game features and rewards
Best for: Motivating reluctant students, supplementary practice, review, differentiation, and teacher-assigned skills
IXL offers an extensive collection of standards-aligned skills, diagnostics, adaptive recommendations, immediate feedback, and reporting across PreK–12 mathematics. Its breadth makes it useful for locating and practicing specific skills.
IXL is primarily a practice and diagnostic platform, not a complete substitute for conceptual instruction. Its scoring system can also feel punitive to some students when incorrect answers reduce a previously earned score.
Ages/grades: PreK through grade 12
Access: Limited access without a subscription; family, classroom, school, and district plans are available
Best for: Diagnostics, standards-aligned practice, identifying gaps, targeted review, and progress monitoring
Polypad is a digital mathematical canvas containing number tiles, fraction bars, geometric shapes, algebra tiles, graphs, dice, spinners, and other virtual manipulatives. Students can arrange and connect objects to model ideas, investigate patterns, and communicate their reasoning.
Polypad does not provide a complete instructional sequence or adaptive curriculum. Its value comes from what teachers and students create with it, making task design and discussion especially important.
Ages/grades: Elementary through secondary school, depending on the task
Access: Free online access
Best for: Virtual manipulatives, mathematical modeling, exploration, demonstrations, and explaining thinking
12. Brilliant
For older elementary students and beyond, Brilliant offers interactive math and coding lessons that begin around grade 5 and extend through calculus. Its AI tutor, Koji, can see a student’s work, annotate the problem on screen, and ask guiding questions rather than simply provide the answer.
Brilliant is most appropriate for students who have established basic arithmetic foundations and are ready for visual problem solving, enrichment, or more advanced mathematical ideas. It is not designed as an early-elementary practice app.
Ages/grades: Most commonly grade 5 through college and adult learning
Access: Limited free access and paid plans; eligible K–12 educators and their students may qualify for free classroom access
Best for: Older students, visual problem solving, conceptual understanding, enrichment, coding, and guided independent learning
Rather than asking a child only whether an answer was correct, ask what the app helped them notice. Have them explain a strategy, represent the problem another way, identify where they became confused, or compare the app’s method with one used in class.
The most valuable math app is not necessarily the one a child uses longest. It is the one that helps the child understand something, practice with purpose, communicate mathematical thinking, or become more capable of solving the next problem independently.
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