WhimsyLabs provides a high‑fidelity virtual laboratory platform that runs on any web‑enabled device, using a physics‑first engine to let students conduct realistic chemistry, biology, physics, and electronics experiments and develop true muscle memory. Its AI‑driven assessment records and grades the entire experimental process—handling, timing, and data generation—automating feedback and preventing AI‑assisted cheating, while giving teachers tools for rapid experiment authoring and automatic grading.
Funding
Funding not disclosed
Founders
Product
Problem
Many schools lack access to safe, realistic laboratory experiences because physical labs are costly, require specialized equipment, and are limited by safety and staffing constraints. Existing virtual simulations often follow rigid scripts, provide unrealistic physics, and cannot assess students’ practical techniques, leading to superficial learning and opportunities for AI‑assisted cheating.
Solution
WhimsyLabs delivers a high‑fidelity virtual laboratory platform that runs on any web‑enabled device, including Chromebooks, Macs, PCs, tablets, and optional VR headsets. Its proprietary physics‑first engine models chemical, biological, and physical reactions with near‑real‑world accuracy, allowing students to manipulate equipment, experience realistic failures, and develop true muscle memory. An AI‑driven assessment system records and grades the entire experimental process—handling, timing, and data generation—so teachers receive automatic, process‑based feedback while preventing answer‑sharing or AI cheating. The sandbox design offers unlimited experiment permutations, enabling learners to design and iterate their own procedures aligned with GCSE, A‑Level, and international curricula. Integrated AI tutoring and custom experiment creation tools further personalize learning and reduce teacher workload.
Target Audience
Primary customers are secondary schools, sixth‑form colleges, and vocational training institutions that need to deliver practical science coursework at scale, as well as teachers seeking automated assessment and flexible virtual lab content.
Features
- Real‑time physics engine delivering 95% accuracy for chemical reactions, fluid dynamics, and mechanical interactions
- Unlimited equipment permutations and procedural pathways, supporting over 10,000 possible experiment configurations
- AI‑powered process assessment that grades handling, timing, and data generation rather than final answers
- Cross‑device compatibility (web browser on desktop, laptop, Chromebook, tablet, mobile) with optional VR immersion
- Curriculum‑aligned experiment library covering Biology, Chemistry, Physics, and Electronics for GCSE, A‑Level, and international standards
- Teacher tools for rapid custom experiment authoring, automated grading, and integration with existing LMS/EHR systems
- Built‑in AI tutoring that detects technique errors, frustration cues, and provides contextual hints in real time