Frizzle
SaaS animated video for the Frizzle: The AI Operating System for K-12 Math Classrooms
Project Overview
This project is a visual concept study exploring product positioning and landing page layout for Frizzle, an AI-powered operating system for K-12 math classrooms. The study highlights how computer vision parses handwritten student paper to deliver real-time insights, automatic step-by-step grading, and district-level mastery analytics. Designed around an accessible freemium model for K-12 educators, the visual layout frames privacy compliance, fast setup times, and curriculum versatility.
The Brief
The goal of this visual test was to solve the problem of communicating complex AI vision technology without overwhelming educators. The primary creative challenge was showcasing a digital-first insight platform that requires zero device adoption or logins for students. The design needed to demonstrate how scanning raw paper work can immediately surface partial credit, pin-point step-level misconceptions, and save teachers hours of manual grading.
Art Direction
The visual style uses a clean, modern SaaS layout featuring high-contrast UI cards, vibrant status accents, and real handwritten math snippets. Cool slate and dark navy backgrounds are balanced by soft paper textures and clean metric tags to make dense analytics feel inviting and easy to scan. This aesthetic bridges traditional classroom paper workflows with progressive, real-time data visualization.
What We Did
Script
Storyboard
Illustrations
Animation
Voice Over
Sound Fx
Music
Business Impact
This concept study demonstrates how to position an AI edtech platform around tangible workflow time savings and improved student understanding. The resulting landing page architecture effectively highlights frictionless adoption, strong data privacy guarantees, and measurable classroom ROI, offering a complete visual blueprint for marketing modern AI tools in K-12 education.
