What Fravebot S.r.o. does

Fravebot S.r.o. is a Czech agricultural-technology company founded in 2022 that builds autonomous robotic and IoT systems for commercial greenhouse crop protection. Its flagship product, the FRAVEBOT Scout, is an autonomous ground robot that uses RTK-GNSS positioning to navigate greenhouse rows, captures imagery of every plant, and runs on-board inference via NVIDIA DGX Spark edge compute; it recharges itself through a Conductix Wampfler wireless charging dock, enabling continuous in-house operation. A complementary product, FRAVEye, is an IoT camera device mounted on yellow sticky traps that continuously monitors for pests and beneficial insects and streams detections to the FRAVE Cloud analytics platform, where predictive models support yield forecasting and anomaly detection for early disease and deficiency flagging. In-house trained computer-vision models underpin both pest and beneficial-insect recognition across the fleet.

The company sells to commercial greenhouse operators and research institutions, primarily in Europe. Its current deployments and pilots span the Czech Republic, Slovakia and Belgium (PSKW research center as part of the HORTIVEC project), with explicit intent to expand into the Netherlands and other European markets. The revenue model combines enterprise-grade hardware sales (robot, IoT devices, charging infrastructure) with a SaaS analytics subscription, plus services for integration and ongoing crop-protection support. The product roadmap extends the platform from pure detection into actuation through the planned FRAVE Mite (autonomous biocontrol mite dispenser) and FRAVE Spray modules, positioning Fravebot as a vertically integrated precision-IPM provider rather than a point-tool vendor.

Name

Fravebot S.r.o.

Legal name

FRAVEBOT s.r.o.

Website

https://fravebot.com

Company type

Private

Founded year

2022

Operating status

Operating

Headcount range

1–10 employees

Short description

Fravebot S.r.o. is a Czech agtech company building autonomous robotic and IoT systems with in-house AI for commercial greenhouse pest monitoring, disease detection, and yield forecasting, serving European greenhouse growers and research institutions.

Ownership category

akta.pro rank

Product category

Agricultural Robotics and Precision Agriculture Technology

akta.pro primary industry

Crop Scouting & Pest/Disease Detection (Digital Scouting, Computer Vision, Alerts) (AFAGALAI)

akta.pro secondary industries

Agricultural & Field Robotics (HDAAAIAD), Autonomous/Robotic Crop Protection Applicators (UGVs, Smart Sprayers) (AFAAADAJ)

Keywords

• Greenhouse robotics
• Precision agriculture
• Autonomous crop monitoring
• Pest detection AI
• Yield forecasting

Headquarters

HQ city

Brno

HQ country

Czechia

HQ region

Europe

Offices1 record

Markets served

GTM type

B2B

Offering type

Hardware or Manufacturing

Cost components

Personnel, Technology or R&D, Supply Chain, Infrastructure, Marketing or Sales, Operations

Revenue model

1. Autonomous Robot Hardware Sales: Sale of FRAVEBOT Scout autonomous robot platforms and FRAVEye IoT monitoring devices. Hardware includes robot with camera array, sensors, computing, and wireless charging infrastructure.
2. FRAVE Cloud SaaS Subscription: Ongoing software subscription for cloud platform access, AI analytics, real-time monitoring dashboards, and data storage. Provides continuous updates to AI models and software improvements.
3. Professional Services & Implementation: System integration, installation, configuration, and training services for deployment in customer greenhouses. Includes RTK mapping and initial setup.

Go-to-market motion2 records

Distribution channels3 records

Marketing channels6 records

Core offering

Fravebot S.r.o. develops and sells autonomous robotic systems and IoT devices for commercial greenhouse monitoring. Its flagship FRAVEBOT Scout is an autonomous mobile robot that performs 24/7 crop scouting, pest and disease detection, and yield forecasting using AI computer vision. FRAVEye is a solar-powered IoT device for automated sticky trap monitoring. Both devices feed data into the FRAVE Cloud analytics platform for real-time visualization, hotspot mapping, and trend-based alerts.

Product overview

FRAVEBOT S.r.o. is a Czech agricultural robotics company founded in 2022 offering an integrated ecosystem of autonomous robots and AI-powered analytics for commercial greenhouse monitoring. The product portfolio centers on FRAVEBOT Scout—a mobile autonomous robot providing 24/7 crop scouting, pest/disease detection, and yield forecasting—and FRAVEye—an IoT sticky trap monitoring device with solar power and AI-based pest identification. These hardware products are unified through FRAVE Cloud, a centralized analytics platform providing real-time insights, hotspot mapping, and trend alerts. Planned expansions include FRAVE Mite (biological control module) and FRAVE Spray (targeted pesticide micro-application), both designed to extend Scout's autonomous IPM capabilities. The company develops all products in-house and tests them in production greenhouses, targeting large-scale greenhouse growers seeking to reduce pesticide use and improve yield accuracy.

Differentiator

Problem solved

Functional benefit

Brands

• FRAVEBOT Scout: Autonomous greenhouse robot for 24/7 scouting, targeted IPM, and precise yield forecasting. Features AI-driven pest and disease detection, fruit counting, and 2-week yield forecasts. Covers up to 5 hectares per day with wireless charging capability.
• FRAVEye
• FRAVE Mite
• FRAVE Spray
• FRAVE Cloud

Products and services

• FRAVEBOT Scout Autonomous mobile robot for greenhouse monitoring, performing 24/7 scouting, targeted IPM support, and precise yield forecasting. Features RTK-GNSS navigation, LIDAR safety, wireless inductive charging via Conductix Wampfler IPS 3.0, and AI-driven pest and disease detection and fruit counting. Weighs 230 kg, covers up to 5 hectares per day, and operates 20 continuous hours with 4-hour wireless charging cycles (83% uptime).
• FRAVEye Solar-powered IoT device for automated sticky trap monitoring. Features a 12Mpx camera capturing 1-4 high-resolution images daily, in-house trained AI for pest and beneficial insect identification (whitefly, thrips, sciarid flies, parasitic wasps, Macrolophus pygmaeus), and mesh network communication. Provides real-time pest population alerts and hotspot mapping via FRAVE Cloud. Splash-resistant and operating from 16 units per hectare.
• FRAVE Cloud Central data analytics platform aggregating and analyzing crop data from FRAVEBOT Scout and FRAVEye devices. Provides real-time visualization of pest and disease detections, yield forecasting analytics (2-week advance predictions), hotspot mapping, and trend-based alerts. Integrates with GoodData for advanced analytics and enables labor optimization and sales predictions for commercial greenhouse growers.

Quantifiable outcome

• 42% reduction in yield forecasting deviation between quarters, achieving 82-98% accuracy range within one season
• +4 more outcomes

Named customers2 records

Segments3 records

Ideal customer profiles2 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

AI capability8 records

Feature9 records

Partnerships

Four partnerships are on record, tiered core and minor.

• PSKW (Proefstation voor de Groenteteelt)coreStrategic or Co-development Partner · 1 March 2025Research partnership at Sint-Katelijne-Waver, Belgium. FRAVEBOT Scout operates full-time at PSKW research center since March 2025. Collaboration focuses on developing advanced AI models for pest/disease detection (powdery mildew, tuta absoluta, spider mite, tomato russet mite) and validating next-generation RTK navigation technology. Scout part of HORTIVEC innovation project - a demonstration and experience centre supporting horticulture sector with latest technologies.
• Conductix WampflercoreTechnology or IntegrationTechnology partnership for inductive wireless charging system (IPS 3.0). Conductix Wampfler provides industrial-grade wireless power supply integrated into greenhouse pipe-rail infrastructure. Enables 60A rapid charging for 48V, 196Ah batteries without physical connectors.
• NVIDIA (Inception Program)minorOthersParticipant in NVIDIA Inception Program, which supports startups using NVIDIA technologies. Provides access to NVIDIA DGX Spark edge computing platform for onboard image analysis.
• Mendel University (Mendelova Univerzita)minorStrategic or Co-development PartnerAgricultural university partnership. Logo appears in partners section indicating academic collaboration.

Scale indicators8 records

Recent moves6 records

Expansion highlights5 records

Broad incumbents

• Priva: Priva is a leading Dutch supplier of climate computers, process automation, and labor management software for greenhouses and indoor farming. Broad incumbent with overlapping climate and crop monitoring capabilities that compete with FRAVEBOT's data and insights layer.
• Certhon: Certhon is a Dutch turnkey greenhouse builder and high-tech horticulture solutions provider offering climate, irrigation, lighting, and increasingly autonomous systems. A broad incumbent offering some overlapping capabilities but as part of a much wider portfolio versus FRAVEBOT's specialist robotics focus.
• Ridder Group: Ridder Group is a long-established Dutch provider of greenhouse climate screens, water systems, and automation software for horticulture. Broad incumbent whose climate and crop management software overlaps with FRAVEBOT's analytics positioning but serves a much wider portfolio.
• WPS Horti Systems: WPS Horti Systems is a Dutch provider of automated logistics, sorting, and packing solutions for greenhouses. Broad incumbent with overlapping automation-in-greenhouse capabilities and a shared focus on European horticultural customers.

Direct peers

• Metomotion: Metomotion developed the GRoW robot for autonomous greenhouse tomato harvesting using 3D vision and AI. Closely comparable autonomous robotics for greenhouse vegetable production with shared end-customer (commercial tomato growers) and AI-vision technology stack.
• Octinion: Octinion developed autonomous robotic strawberry-picking solutions for greenhouses using proprietary soft robotics and computer vision. Most direct greenhouse robotics peer to FRAVEBOT, sharing the autonomous robot + AI vision stack in horticulture environments.
• Source.ag: Source.ag builds AI-powered autonomous growing software for greenhouses, focusing on climate and yield optimization for fruit-vegetable growers. Highly comparable to FRAVEBOT's FRAVE Cloud analytics and yield forecasting layer, though software-only versus FRAVEBOT's hardware-plus-software approach.
• Blue Radix: Blue Radix provides AI-based autonomous climate and irrigation control for greenhouses with a focus on tomato, pepper, and cucumber growers. Targets the same commercial greenhouse segment with autonomous decision-making, overlapping with FRAVEBOT's scouting and forecasting positioning.

Regional players

• Bogaerts Greenhouse Logistics: Bogaerts is a Dutch manufacturer of internal transport systems and pipe-rail equipment for greenhouses. Comparable in providing greenhouse rail infrastructure and logistics automation, primarily serving the Benelux market rather than directly competing on AI scouting.

Emerging players

• Kompano: Kompano develops rail-guided logistics robots (e.g., the Kompano Shelf) that automate transport in pipe-rail-equipped greenhouses. Closely comparable rail-mounted, in-rail charging architecture to FRAVEBOT Scout, focused on logistics rather than scouting.

Market position

Competitive moat5 records

Key risks6 records

Key highlights6 records

Customer concentration

• YouTubeyoutube.com/@FRAVEBOT
• LinkedInlinkedin.com/company/fravebot

Revenue estimate

Valuation estimate

Number of profiles

Profiles9 records

Funding overview

Funding rounds

Investors

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about Fravebot S.r.o.