iPad
- Camera ARFull support
- Cost per unit$$$
- IT frictionModerate
- Common in1:1 iPad districts
AR Solutions for
Education & E-Learning
Most AR education pitches get built for an iPad demo and quietly fail on the Chromebook cart every classroom actually owns. We start from your device fleet, not the other way around — then layer augmented reality content on top of what will genuinely run.
OUR
IMPACT
$20K
Starting scope
Fixed-price available
3-10mo
By project type
End-to-end development
DEVICES
COMPARED
What Actually Runs on the Devices Your School Owns
This is the question every education AR pitch skips, and it's the one that decides whether the tool gets used past the pilot. Camera-based AR needs specific hardware support — a lot of school-issued devices don't have it.
Android Tablet
- Camera ARFull support
- Cost per unit$$
- IT frictionModerate
- Common inMixed-device labs
Chromebook
- Camera ARNot supported
- Cost per unit$
- IT frictionLow, pre-approved
- Common inMost public K-12
WebAR(Any Browser)
- Camera ARBasic support
- Cost per unitNone — no install
- IT frictionLowest
- Common inChromebook-heavy schools
If your fleet is mostly Chromebooks, WebAR plus a small shared set of tablets for hands-on activities is usually the realistic path, not a full 1:1 native app.
WHAT
WE
BUILD
What We Build for Classrooms, Labs & Districts
Most programs pair one core AR experience with a lighter WebAR version, so nobody's left out by their device.
01 / Social Studies & History
Virtual Field Trips
Explore historical sites, ecosystems, or the solar system in the classroom, without the cost or logistics of an actual trip.
WebAR360° / 3D
02 / Science
STEM Lab Simulations
Run chemistry reactions, dissections, or physics demonstrations that are too costly, hazardous, or logistically hard to do live.
ARKitARCore
03 / Reading & Language
Interactive Coursework & Flashcards
Textbook pages and vocabulary cards trigger 3D models, pronunciation, and interactive quizzes when scanned.
Marker-BasedVuforia
04 / Special Education
Accessibility & Adaptive Learning
Visual and interactive overlays that support different learning needs, built to work alongside assistive technology, not around it.
Adaptive UISection 508
05 / Language Learning
AR Vocabulary & Immersion
Point a device at real objects in the room to trigger vocabulary, pronunciation, and sentence practice in the target language.
Object RecognitionMobile
06 / Higher Ed & Campus
Campus & Museum Wayfinding
Indoor AR navigation and exhibit information for university campuses, science centers, and student orientation programs.
MarkerlessIndoor Positioning
SCHOOL
PROCUREMENT
Built Around How Schools Actually Have to Buy
Three requirements that show up in almost every K-12 or district procurement conversation, regardless of subject.
Student Privacy
FERPA & COPPA by Default
Minimal data collection, no behavioral advertising, and consent flows built into onboarding for any student under 13 — not bolted on after a district asks.
Standards Alignment
Mapped to What's Already Taught
Content tagged to frameworks like NGSS or your state's standards, since review committees routinely reject tools that can't show curriculum fit.
LMS Integration
Grades Sync, Not a Separate Login
LTI-standard integration with Canvas, Google Classroom, and Schoology so completion and scores flow into gradebooks teachers already use.
ACADEMIC
CALENDAR
Timing It to the Academic Calendar
Unlike most industries, the buying window here isn't flexible — districts adopt new tools at semester boundaries, not whenever development happens to finish.
Late Winter
Scope & Content Build
Curriculum mapping and 3D content creation start, so build time doesn't eat into the summer training window.
Early Summer
Pilot & Teacher Training
A small pilot group of classrooms tests the tool and teachers get trained before the pressure of an active semester.
Fall Semester
Building or Grade-Level Launch
Full rollout to the pilot's building or grade level, timed to the semester start when adoption is highest.
Following Year
District-Wide Scale
Budget for wider rollout gets approved off pilot-year results, expanding to additional schools or the full district.
COST
&
TIMELINE
Cost & Timeline by Project Type
Ranges based on projects we've delivered — final scope depends on subject depth, device mix, and how much LMS integration is needed.
Single-Subject AR App
$20K – $45K
3-4 months
- One subject or field trip
- WebAR + native option
- Basic progress tracking
STEM Simulation Lab
$40K – $85K
4-7 months
- Multiple experiments/units
- Standards-aligned content
- ARKit + ARCore
District-Wide Platform
$70K – $150K
6-10 months
- LMS/LTI integration
- Multi-school content system
- Teacher dashboard
3D content creation is scoped separately, typically $5K–$25K depending on subject complexity and number of models. Full breakdown on the AR development page
Tell us your device fleet and target semester — we'll scope it in 48 hours.
Framework, timeline, and a fixed-price range before you commit to anything. See the full AR development process or how we've built for healthcare and enterprise training.
OUR
TESTIMONIALS
Our Work
Speaks For Us
Speaks For Us
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Contact
Us
Partner with Us for
Custom AR Education Development
and Immersive Learning Experiences
Custom AR Education Development
and Immersive Learning Experiences
YourBenefits
Curriculum-Mapped AR Lesson Design
Unity AR Foundation / WebXR / Native AR
Works on Phones & Classroom Tablets
LMS Completion & Analytics Hooks
Pilot-First Rollout for Real Classrooms
We Stick Around After Launch
What happens
next?
next?
We Schedule a call at your convenience
We do a discovery and consulting meeting
We prepare a proposal
FAQ
Frequently Asked
Questions
A single-subject app like a virtual field trip or interactive coursework module typically costs $20,000–$45,000 over 3–4 months. A STEM simulation lab covering multiple experiments or units runs $40,000–$85,000 over 4–7 months. A district-wide platform with LMS integration and multi-school content management generally costs $70,000–$150,000 over 6–10 months.
Most Chromebooks can't run camera-based AR through ARKit or ARCore the way iPads and Android tablets can, but they can run WebAR experiences in the browser at a simpler level, and non-AR 3D content works fine. If your fleet is mostly Chromebooks, we typically design around WebAR or recommend a small set of shared tablets for the AR-specific activities.
Yes. We build to FERPA requirements for any tool touching education records, and to COPPA when students are under 13, which means no behavioral advertising, minimal data collection, and parental or school consent flows built into onboarding rather than added later.
Yes. We integrate with LMS platforms through LTI standards so assignments, completion status, and scores sync back automatically instead of living in a separate app teachers have to check independently.
For K-12 procurement, yes, almost always — we map content to the standards your district already teaches to, such as Next Generation Science Standards or state-specific frameworks, since unaligned content is a common reason review committees reject a tool.
Start development in late winter or early spring. A 3–4 month build finishing in early summer leaves time for teacher training and a pilot run before the fall semester, which is when most districts are willing to adopt something new.