Olivabot

Over Olivabot

Olivabot is building bio-inspired robots to automate olive harvesting in traditional groves.

Millions of olive trees across Southern Europe are grown on steep, rocky, and irregular terrain — making them incompatible with current mechanized harvesters. As labor shortages worsen, more farmers are forced to abandon or under-harvest their groves, threatening both yields and the cultural heritage of traditional olive oil production.

We’re developing terrain-adaptive, AI-powered harvesting robots that can navigate these complex environments — climbing, detecting, and picking olives with precision. Designed for small-to-medium farms, our robots reduce labor needs while preserving the quality and sustainability of hand-picked harvests.

We operate on a Robot-as-a-Service (RaaS) model: farmers pay per harvest, with no upfront cost. Our pricing aligns with farmer success, making advanced automation accessible without risky investment.

Why now? Advances in robotics, computer vision, and lightweight design make it possible to bring automation into places that machines have never gone before. And the urgency is real — traditional groves are being left behind in the global shift to ag-tech. We're here to change that.

Backed by the Amsterdam Academic Angel Fund and supported by Demonstrator Lab (Vrije Universiteit Amsterdam), we are currently focused on R&D and early field validation across Italy, Greece, Spain, and Portugal.

We’re not building robots for factories. We’re building them for the hills.

Trefwoorden

• 3D Printing & Fabrication
• Agile Product Development
• Agricultural Data Analysis
• Agricultural Drone Services
• Agricultural Robotics
• Agritech
• Agritech Innovation
• Ai Navigation
• Autonomous Systems
• Bio-Inspired Design
• Bio-Inspired Robotics
• Blockchain Technology
• Climate Adaptation In Agriculture
• Computer Vision
• Concept-To-Prototype Solutions
• Crop Health Monitoring
• Custom Hardware Design
• Deep Tech
• Drone Technology
• Edge Ai & Machine Learning Integration
• Electronic Circuit Design
• Embedded Systems
• Embedded Systems Development
• Environmental Sustainability
• Eu Agtech Market
• Extra Virgin Olive Oil
• Farm Management Consulting
• Geographic Information Systems (Gis)
• Hardware Startups
• Harvest Optimization
• Industrial Automation Prototyping
• Integrated Engineering Services
• Iot Device Development
• Iterative Product Optimization
• Lean Product Validation
• Mechanical Engineering Prototyping
• Mechatronics
• Multispectral Imaging
• Ndvi Mapping
• Olive Farming
• Olive Farming Solutions
• Olive Harvesting
• Pcb Prototyping & Assembly
• Pest And Disease Detection
• Post-Harvest Analysis
• Precision Agriculture
• Proof-Of-Concept (Poc) Development
• Rapid Prototyping
• Remote Sensing
• Resource Management
• Robot-As-A-Service (Raas)
• Robotics
• Robotics Systems Engineering
• Sensor & Actuator Integration
• Simulation & Modeling
• Soft Robotics
• Sustainable Farming
• Sustainable Farming Practices
• Swarm Robotics
• Terrain-Adaptive Robotics
• Traditional Agriculture
• Tree Crop Automation
• User-Centric Design & Testing
• Yield Improvement Strategies

Adres

• Hoofdkantoor

  AmsterdamNoord-Holland, Nederland

Team per functiegebied

Gebaseerd op 4 openbare functieprofielen, stand van 3 september 2026.

• Founder / Owner2
• Executive / C-Suite1
• Sales1