Kokos offers a cloud‑hosted platform that unifies AI, robotics and coding curriculum with digital textbooks and a virtual workbench for grades 1‑12. The system enables teachers to assign coursework, monitor student progress through real‑time analytics, and integrate results with LMSs via standard APIs. Schools purchase annual licenses or per‑student subscriptions, with optional paid summer‑camp modules for supplemental learning.
Funding
Funding not disclosed
Founders
Product
Problem
Many K‑12 schools lack a cohesive, standards‑aligned curriculum that combines coding, artificial‑intelligence concepts, and hands‑on robotics, making it difficult to introduce students to emerging technology skills at scale. Existing resources are often fragmented across textbooks, separate labs, and disparate online tools, leading to inconsistent learning outcomes and high implementation overhead for educators. Consequently, students miss early exposure to problem‑solving and logical‑reasoning practices essential for future STEM pathways.
Solution
Kokos delivers a cloud‑based AI and robotics education platform that unifies curriculum, digital textbooks, and an interactive workbench into a single subscription service. The platform offers tiered courses—from introductory visual coding to advanced Python‑based machine‑learning projects—each paired with step‑by‑step lab exercises executed in a virtual robotics sandbox. Teachers can assign coursework, monitor progress through a real‑time analytics dashboard, and integrate results with existing LMS via standard APIs. Summer‑camp modules extend the curriculum with intensive, project‑based learning for ages 7‑16, providing certificates and exposure to ethical AI considerations. By hosting all content centrally, Kokos eliminates the need for on‑premise hardware while ensuring alignment with international education standards.
Target Audience
Primary customers are K‑12 schools and district education administrators seeking a turnkey AI/robotics solution, as well as individual students and parents enrolling in supplemental summer‑camp programs.
Features
- Cloud‑hosted, standards‑mapped curriculum covering grades 1‑12, with modular units for visual coding, AI fundamentals, and robotics simulation
- Integrated learning workbench that combines drag‑and‑drop visual programming with a Python‑enabled AI/ML sandbox for hands‑on experimentation
- Virtual robotics lab powered by physics‑based simulation, allowing students to build, test, and iterate on autonomous agents without physical hardware
- Teacher dashboard with granular analytics, competency tracking, and automated report generation for parent‑teacher conferences
- RESTful API and LTI compliance for seamless integration with popular learning‑management systems (Canvas, Moodle, Google Classroom)
- Gamified achievement system and adaptive learning paths that personalize difficulty based on individual performance metrics
- Multi‑language support and offline content caching to accommodate diverse classroom connectivity scenarios