AI software to optimise growth and maintenance processes

Robots for plant care

We aim to make farming
more efficient and sustainable

FloraSolar

— a solution for managing solar energy, making our system environmentally friendly

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Flora Vision

— an AI system for monitoring plant health and early disease detection

Flora Hover

— a robot designed for transporting plants.

Flora AutoPilot

— autonomous software for navigation.

Solutions

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Technologies: PostgreSQL, Python, React.js

Explanation: Integrated feedback and performance tracking allow for continuous improvements, enhancing overall operational effectiveness and user satisfaction.

Energy Management to optimise resource usage.

IoT for integrating real-time environmental data.

Machine Learning and Computer Vision for analysing plant conditions.

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Unique set of argi-tech solutions

Technologies: OpenCV, Keras

Explanation: Computer vision algorithms analyze visual cues from plants, such as color and leaf structure, to assess health. These insights allow early detection of diseases, promoting timely interventions for higher crop yield.

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Technologies: Celery, Redis, Python

Explanation: Task scheduling is handled by Celery, optimizing workflows based on priorities and available resources. This ensures that the robot operates continuously and efficiently without unnecessary downtime.

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These technologies allow our customers to reduce labor costs, enhance safety and streamline processes

Technologies: TensorFlow, OpenCV, Python

Explanation: Machine learning and computer vision models enable the robot to autonomously navigate rough terrains, recognize obstacles, and select optimal paths. The system adapts in real time to ensure stable and efficient navigation.

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Technologies: Scikit-learn, Keras, IoT Sensors

Explanation: By analyzing data from integrated IoT sensors, machine learning algorithms predict watering, fertilization, and other care needs, optimizing plant health. This predictive model ensures resource efficiency and maintains ideal growth conditions.

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Technologies: Solar Panels, Python, TensorFlow

Explanation: Our system dynamically manages energy usage based on task requirements and environmental conditions. It prioritizes renewable energy sources, such as solar power, extending operational time and lowering costs through intelligent power management.

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Technologies: AWS IoT Core, Node-RED, MQTT

Explanation: IoT integration enables real-time data collection on soil moisture, temperature, and light exposure. Using MQTT protocols, data is transmitted instantly to ensure accurate monitoring, while Edge Computing minimizes latency for timely interventions.

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Technologies: ROS (Robot Operating System), Docker

Explanation: Our modular architecture, supported by ROS and Docker, enables seamless updates and adaptability across environments. Each module operates independently, allowing for easy maintenance, repairs, and feature expansion without system downtime.

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To ensure a cost-effective, robust, and scalable solution, our agricultural robot leverages advanced technologies to optimize functionality and adapt to diverse agricultural environments.

There are no direct competitors that offer similar robots and software as all-in-one solution. Here are the key features and technologies integrated into Flora Hover software:

We utilise solar energy and optimise resource consumption, making our offering eco-friendly.

Sustainable Resource Usage

Our modular architecture allows for easy adaptation to specific customer needs.

Easy Customisation

Flora Hover offers unique advantages:

The Hover can perform a variety of tasks, making it an ideal solution for diverse agricultural operations.

Multi-functionality and Adaptability

Anna is a highly skilled expert in IT, programming, and artificial intelligence, with a background that includes working at a top-tier global tech firm.

Her direct experience in developing and programming AI and machine learning models brings valuable technical depth to the team. At FLORA, Anna leads the development of Flora Vision, the Artificial Intelligence module, and oversees the software creation for the operation of Flora Hover

Natalia is a highly accomplished economist and finance expert, having led the finance department of a major university for many years with distinction.

Her strategic acumen and leadership skills have consistently delivered impactful results. At FLORA, Natalia’s deep expertise is indispensable for financial planning and analysis, comprehensive financial management, investor relations, capital allocation, and guiding strategic decisions that drive the company’s growth and stability.

Anastasia, a seasoned and highly accomplished entrepreneur, plays a vital role in the management of FLORA. With a proven track record of successfully launched projects, businesses, and enterprises, she brings exceptional expertise and strategic insight to the team.

She sees great potential in this startup, recognizing its transformative impact on a socially significant industry and viewing it as a meaningful personal challenge. Anastasia’s leadership and experience make her exceptionally well-suited to lead the launch and management of this project.

Tatyana is a highly respected veteran in the field of botany, with decades of hands-on experience and a deep-rooted passion for plant science. As the founder and operator of a thriving nursery, she has an exceptional understanding of customer needs and industry trends. At FLORA, Tatyana leverages her vast expertise to collaborate with AI developers, offering invaluable insights to enhance the system’s accuracy in diagnosing plant health and species identification.

Her deep knowledge, combined with years of practical experience, enables her to effectively engage with potential and existing customers, gather critical insights on the challenges faced by their farms and nurseries, and relay this feedback to the technical team for continuous improvement of robotic solutions

The project was initiated by Olga, whose expertise in robotics has been instrumental in shaping a clear and strategic plan for the development and market introduction of Flora Hover.

Her extensive experience in robot design, coupled with strong leadership capabilities, has been a driving force behind the project’s progress and overall vision for success

Flora Hover

is more than just a tech solution; it’s a game-changer for sustainable, efficient agriculture.

Our mission is to redefine plant care, empowering farmers to optimise their processes, boost productivity, and shape a greener future.

We invite you to join us
on this exciting journey!