Cubbyed

Family Farms Forever LLC

About this app

Cubbyed is a complete classical education for K–12 in one teacher- and parent-controlled app. One login. Every subject. Every grade. Built for homeschool families, classical schools, and classrooms—including Chromebooks in the browser.

A COMPLETE CLASSICAL CURRICULUM
The classical trivium—grammar, logic, and rhetoric—plus Latin, mathematics, science, history, literature, handwriting, and typing, grounded in the great-books tradition. Real mastery tracking that shows honest growth, not just test-passing.

THE GREAT BOOKS, INCLUDED
A free classical library and reader—Homer, Plato, Euclid, Aristotle, Shakespeare, the U.S. founding documents, and more—with bookmarks, notes, and class annotations.

SAT & ACT PREP, BUILT IN
Ten focused minutes a day starting in grade 7. Real strategies and content mastery—no separate $2,000 prep course.

FUN KIDS RETURN TO BY CHOICE
Nine learning games, collectible history cards, spaced-repetition study, and age-aware coaching for elementary, middle, and high school.

TEACHER- AND PARENT-CONTROLLED
Shape lessons, set rubrics, and approve AI-generated daily content before a child ever sees it. Homeschool families get the same controls as classroom teachers.

OPTIONAL FOR CATHOLIC SCHOOLS & DIOCESES
An optional Catholic curriculum pack is available for families, schools, and dioceses that want it—never required for classical users.

SAFE AND PRIVATE
FERPA- and COPPA-aligned design. No student-to-student messaging, no advertising, no behavioral tracking. Student data is private by design.
Privacy: https://cubbyed.com/privacy
Terms: https://cubbyed.com/terms
Security: https://cubbyed.com/security

Cubbyed—where excellence lives.

What’s new

What’s new in CubbyEd:
• A refreshed, cleaner design and updated app icon
• New lesson search for students and teachers
• Expanded high school history curriculum
• Improved Great Books library and librarian tools
• Easier navigation across dashboards and learning tools
• General performance, accessibility, and stability improvements