Democratizing AI for Robotics
A unified software and compute stack for perception, motion planning, and autonomy that makes building and deploying robots simple.
A unified software and compute stack for perception, motion planning, and autonomy that makes building and deploying robots simple.
Kalibotics is building the future of robotics in Africa, accessible, intelligent, and transformative. We simplify AI integration for robotics professionals and hobbyists with a unified stack that brings perception, motion planning, and control together.
Democratize AI-driven robotics through approachable tooling, robust local compute, and scalable deployment workflows.
Unified software (AIC) and compute (KCBox) that reduce coding complexity and increase reliability, even offline.
Fragmented tooling, hardware quirks, and the complexity of connecting perception and control. Kalibotics removes the friction.
Connect AI models to motors, sensors, and controllers without bespoke pipelines or expert tuning.
Interoperate across boards and firmware. Build once and deploy confidently.
Motion planning and real-time perception made accessible through tuned pipelines.
Move from prototypes to production with reliability and cost efficiency.
Local compute ensures autonomy when connectivity is limited.
Reduce specialization through declarative workflows and reusable blocks.
Three principles drive Kalibotics: accessibility, democratization, and seamless integration.
No expert knowledge required. Our intuitive tools make advanced robotics accessible to everyone.
Works across high-end and affordable platforms, bringing robotics to every budget.
Seamless AI-robotics connection with unified pipelines that just work.
Demonstrations, acknowledgments, and partnerships that validate Kalibotics' impact.
Unified software and compute for practical autonomy, plus a suite of ready platforms.
Pushing the frontier with advanced platforms and autonomy capabilities.
Vision-guided navigation and sonar-assisted mapping for inspection and research.
Terrain-aware locomotion with multi-sensor fusion and adaptive path planning.
Real-time risk detection and evasive maneuvers powered by edge perception.
Hybrid energy systems for long-range endurance and autonomous missions.
Modular actuation, dexterous manipulation, and expressive motion generation.
Autonomous litter detection and collection for smart cities and conservation.
CEO & Co-founder
CTO & Co-founder
Accessible robotics across education, agriculture, and manufacturing with recognized innovation.
Smart robots and learning tools for hands-on classrooms and labs. Empowering the next generation of engineers.
Precision systems for monitoring, mapping, and assisted harvesting.
Adaptive automation that improves reliability while managing cost.
Ready to shape the future of robotics? We'd love to hear from you.