Okibo develops autonomous robots equipped with real-time 3D scanning and integrated pumping systems for plastering, painting, and drywall finishing on construction sites. These robots address labor shortages and reduce the risks associated with manual work in a highly hazardous and labor-intensive industry.
Funding
$4.6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The construction industry faces significant labor shortages and safety risks associated with manual plastering, painting, and drywall finishing. These tasks are often labor-intensive, hazardous, and can lead to injuries from repetitive movements or falls. Additionally, manual processes can result in inconsistent quality and increased material waste.
Solution
Okibo provides autonomous mobile robots designed to automate wall-finishing tasks on construction sites, improving efficiency and safety. The robots use real-time 3D scanning and AI-guided path planning to navigate job sites and apply coatings or finishes to walls. The battery-operated robots require no external equipment or special site preparation, allowing them to work alongside human teams. By automating repetitive and dangerous tasks, Okibo's robots reduce labor costs, minimize workplace injuries, and improve the consistency and quality of finishing work.
Target Audience
Okibo's primary customers are construction companies, contractors, and developers in Europe and the USA seeking to automate wall-finishing processes, reduce labor costs, and improve workplace safety.
Features
- Autonomous navigation and operation using real-time 3D scanning and modeling
- Integrated pumping system for applying plaster, paint, and other coatings
- Battery-powered operation for cordless mobility
- Compact design (27 inches wide) for navigating standard doorways and tight spaces
- Swerve drive for omnidirectional movement and maneuverability
- Modular design with quick-change end effectors for flexible application
- AI-guided 3D scanning and real-time modeling algorithm
- Ability to finish an average of 1,000 square feet per hour