Robolore provides a web‑based, story‑driven robotics learning platform that simulates sensors, actuators, and control logic, enabling K‑12 students to program robots using visual block or text code without physical hardware. The curriculum aligns with national STEM standards and features adaptive difficulty, real‑time feedback, and an analytics dashboard for parents and teachers. Revenue comes from a one‑time license purchase and optional in‑app expansion packs.
Funding
Funding not disclosed
Founders
Product
Problem
Many K‑12 learners lack affordable, hands‑on robotics education because traditional kits require costly hardware, scheduled classroom time, and specialized instructors, limiting exposure to core robotics concepts for self‑directed learners.
Solution
Robolore delivers a curriculum‑aligned robotics learning experience through a story‑driven video game that runs on standard web browsers or as a downloadable app. The platform simulates robot sensors, actuators, and control logic, allowing students to experiment with programming constructs and problem‑solving without any physical hardware. Lessons are embedded in an interactive narrative, providing contextual motivation and incremental skill progression. Real‑time feedback and built‑in assessment metrics help learners gauge mastery while parents and educators can monitor progress via a lightweight analytics dashboard. The self‑paced design supports both classroom integration and independent home use, expanding access to robotics education across diverse socioeconomic settings.
Target Audience
The primary users are K‑12 students and their parents or educators who seek a self‑paced, standards‑aligned robotics learning tool that can be accessed at home or in school without dedicated hardware.
Features
- Visual block‑based and text‑based programming interface that maps directly to simulated robot behaviors (movement, object manipulation, sensor input)
- Physics‑accurate robot simulation engine with real‑time collision detection and sensor modeling for authentic problem‑solving scenarios
- Adaptive difficulty system that unlocks new concepts based on learner performance, ensuring appropriate challenge levels
- Curriculum mapping to national STEM standards with lesson objectives, quizzes, and competency badges
- Cross‑platform deployment (HTML5 web, Windows/macOS desktop) enabling play on laptops, tablets, or low‑spec PCs without additional installations
- Offline mode with local data storage, synchronizing progress to the cloud when connectivity is restored
- Parent/teacher analytics portal showing time‑on‑task, concept mastery, and recommended next steps
- Modular expansion packs (e.g., AI navigation, swarm robotics) purchasable in‑app to extend the learning pathway