Bringing Complex Concepts to Life
XR makes complex concepts like mathematics and science more accessible through interactive, hands-on experiences. Students can manipulate 3D graphs to visualize equations or explore cellular structures and physics experiments that are otherwise inaccessible.
Bringing Complex
Concepts to Life
Transforming Coursework into Interactive Experiences
Headsets nowadays have built-in advanced interaction technologies that can be optimized for learning in the following ways. Hand tracking allows for natural gestures to manipulate objects or navigate environments, fostering hands-on engagement. Voice recognition enables learners to use verbal commands, promoting exploration and problem-solving in a seamless manner. Spatial computing links digital elements to the physical world, crafting dynamic, context-aware scenarios. These technologies work together to provide a meaningful journey that inspires curiosity and encourages discovery.
01
Emotional Connection
XR experiences create 3.75x stronger emotional engagement than traditional classroom settings, turning passive observers into active participants.
02
Increased Retention
XR environments enable 90% knowledge retention compared to 30% in traditional settings, transforming complex concepts into lasting understanding.
03
Co-Creation Partners
We collaborate with educators to create curriculum-aligned XR labs that integrate course materials, meet learning objectives, and engage students.
04
Data Insights
Xyro's technology uses telemetry to give educators insights into student challenges, enabling tailored support to improve outcomes and drive success.
Masonry Brick Lab
Master bricklaying by applying mortar, aligning bricks, and competing with a robotic bricklayer.
Casting Concrete Lab
Learn the complete concrete casting process - pouring, smoothing, troweling, and finishing with realistic tools.
HANDS-ON DISCOVERIES
Intuitive Interactions for Skill Mastery
Masonry Brick Lab
Master bricklaying by applying mortar, aligning bricks, and competing with a robotic bricklayer.
Casting Concrete Lab
Learn the complete concrete casting process - pouring, smoothing, troweling, and finishing with realistic tools.
HANDS-ON DISCOVERIES
Intuitive Interactions for Skill Mastery
CORE STEM LABS
Dynamic Learning Through Real-World Applications
Physics II
Explore electric and magnetic fields using 3D models of protons and electrons.
Statics
Analyze bridges and trusses to identify stress points and solve load distribution challenges.
Calculus
Visualize car simulated velocity-acceleration relationships with interactive graphs.
Physics I
Analyze projectile motion and solve kinematic problems using simulated objects at real-world scale.
CORE STEM LABS
Dynamic Learning Through Real-World Applications
Immersive Reading MVP
Early Literacy Through XR
Imagine a learning experience that seamlessly blends reading, play, and cutting-edge technology to help young learners master literacy through a multi-faceted approach. Our Reading MVP is a holographic application designed to teach students how to read two- to five-letter words, keeping them fully engaged and excited about learning.
01
How It Works
Modern headsets turn reading into an interactive adventure. When students pronounce words correctly, they receive audio confirmation and see playful holograms - like an animated cat - come to life. Incorrect pronunciations will highlight letters for visual feedback in the full version.
02
Smart Learning Analytics
Real-time tracking identifies learning gaps, helping teachers provide personalized support. Our platform ensures each student makes meaningful progress.
03
Loved by Students and Parents
Tested with 2nd to 5th graders, our Reading MVP makes learning fun and effective. Parents are amazed by their child’s rapid progress and the app’s intuitive design.