From STEM Classrooms to Sovereign Robotics Industry

The elementary robotics portfolio introduces young learners to engineering, computational thinking, and AI basics. From interactive robots to modular construction kits, these solutions use block-based programming and hands-on building to develop foundational STEM skills. By fostering creativity, spatial reasoning, and early coding literacy through gamified learning, these solutions lay the essential groundwork students need to confidently progress through more advanced STEM disciplines.

Our comprehensive portfolio of STEM kits and pedagogical materials covers all levels of General Education, from elementary to secondary school. These solutions are strictly aligned with the national curriculum and educational standards. By integrating foundational AI concepts and robotics into core subjects, we ensure students develop the analytical and digital competencies required to excel in the world's leading technical universities, fostering a generation of globally competitive Saudi talent.

Our advanced educational platforms bridge the gap between school foundations and the professional expertise required in universities and Colleges of Technology (TVTC). These solutions provide an ideal environment for mastering high-demand technical areas, including mechatronics, industrial robotics, autonomous systems, IoT, and AI, through real-world engineering applications. By emphasizing practical engineering and localized technology, we aim to prepare highly skilled graduates who are ready to drive the Kingdom’s industrial transformation and compete at the highest global standards.

Our educational UAV systems provide a complete pathway from basic piloting to advanced autonomous flight programming. The portfolio ranges from compact micro-quadcopters to advanced platforms with computer vision and high-speed racing drones. Students progress through Blockly, C/C++, and Python while mastering aerospace concepts. Complemented by flight arenas, gimbal stands, and simulation software, this ecosystem bridges virtual and physical flight dynamics in safe learning environments.

We provide state-of-the-art digital lab equipment that covers over 10 scientific disciplines, from Physics and Chemistry to Ecology and Physiology. These wireless solutions, featuring the both premium and affordable series, offer high-precision data collection and are supported by an extensive library of over 5,000 pages of curriculum-aligned pedagogical materials. By combining user-friendly hardware with gamified e-tutorials, we empower students to conduct independent research and master complex scientific concepts in a modern, interactive environment.

We offer a versatile range of robotic systems, including collaborative robots (cobots), high-precision manipulators, and autonomous mobile platforms for logistics, service, and industrial applications. Our expertise encompasses the full lifecycle—from custom product design and localized production to seamless industrial integration. By delivering advanced control systems and tailored automation, we enable organizations to adopt cutting-edge robotics that enhance operational efficiency and support countries of building a sovereign industrial sector.

We design, manufacture and integrate high-performance unmanned aerial vehicles (UAVs) tailored for agriculture, logistics and industry. Our comprehensive UAV ecosystem includes custom drone development, advanced simulation software for pilot training, and sophisticated mapping and photogrammetry solutions. By providing end-to-end hardware and software development, we help organizations leverage aerial intelligence to solve complex challenges while advancing local expertise in autonomous flight technologies.

We develop versatile mobile platforms for service and industrial applications, including humanoid robots for hospitality and healthcare, agricultural robots with manipulators and LiDAR, painting systems, street cleaning robots and others. At the core is our proprietary navigation module with real-time SLAM, enabling autonomous route planning, obstacle avoidance, and semantic analysis.

We've created an ecosystem of electronic solutions, including specialized STEM controllers, machine vision systems, AI modules, microcomputers, and high-performance actuators. By designing and manufacturing our own hardware, we ensure that every product possesses unique performance characteristics and a level of integration that standard components cannot provide. This deep engineering expertise allows us to solve niche technical problems and create highly competitive, tailored robotic solutions.

Software is the defining intelligence of modern robotics, and our proprietary systems set new standards in performance and adaptability. We develop high-performance control and autonomous navigation stacks that enable robotic behaviors, alongside interactive e-learning platforms designed for deep student engagement. These software solutions integrate seamlessly into national and institutional LMS ecosystems, prioritizing local development and deep software-hardware synergy.