Ari is a compact robot powered by Android that uses its high resolution interactive display to teach computer science and core content to K12 students. Through an ecosystem of engaging apps, users can experience ready-to-run, standards-aligned lesson content and immersive activities across STEM, computer science, and core subjects. Students can program Ari three ways with Ozobot Color Codes, Ozobot Blockly, and Python.

Enhanced Student Engagement

Ari's high resolution touchscreen displays vivid text, images, and animations that allows students to naturally interact with lesson content and receive instant feedback, producing an enhanced learning experience.

Enhanced Student Engagement
Scaffolding of Information

Scaffolding of Information

Ari's software allows for concepts to be taught at varying levels, enabling instant scaffolding of information for K-12 students. Learners can engage with interactive lesson content while learning at their own pace for a coding experience unlike any other.

Content Integration

Through an ecosystem of engaging apps, educators can utilize ready-to-run, standards-aligned lesson content and immersive activities across STEM, computer science, and core subjects. Students collaborate with Ari to demonstrate their understanding of core content concepts while building on the skills of iteration, critical thinking, and problem solving.

Toolkit Visual
Ari Sensors Diagram

Next-Generation Technology

The suite of Ari sensors includes an accelerometer, gyroscope, IR sensors, pick-up sensor, color sensor, line sensors and time of flight sensor, each of which are used in select Ari lesson content to encourage hands-on learning of engineering fundamentals and provide a physical counterpart to learning abstract concepts.

Best-In-Class Robot

Nearly double the size of Ozobot's acclaimed Evo coding robot, Ari harnesses the power, infrastructure, and extensibility of Android to deliver enriched and customizable learning experiences.

Ari Robot

Apps Designed for Ari

Life Cycles
Life Cycles
Grades K-2 CCSS Math CSTA NGSS
Students explore real-world science concepts by interacting with life cycles through hands-on observation and guided activities.
The Night Sky
The Night Sky
Grades 3-5 CSTA NGSS
With The Night Sky, students use astronomy-based activities to investigate celestial objects and patterns.
Color Codes & Blockly
Color Codes & Blockly
Grades K-5 CSTA ISTE
Students learn to code Ari using color-based commands and Blockly, building foundational computational thinking skills.
Distance
Distance
Grades 3-5 CCSS Math NGSS
In Distance, students use Ari's sensors to measure, compare, and analyze distance while solving real-world challenges.