Smart Agricultural Robotics
Development of robotic systems designed for indoor, vertical, and controlled-environment farms.
Let innovation take root
AI, Robotics and Smarter Farming
PolliBotics develops intelligent agricultural technologies that combine robotics, artificial intelligence, sensors, and software to support the future of indoor and vertical farming.
Developed at the Prototyping Lab at the Faculty of Biotechnology, MSA University.
Our Partners
About
Who we are
PolliBotics is an Egyptian AgriTech startup developing intelligent robotic and digital solutions for indoor, vertical, and controlled-environment farms.
PolliBotics began as an interdisciplinary research and prototyping project developed through the Prototyping Lab at the Faculty of Biotechnology, MSA University.
The project brought together biotechnology, robotics, artificial intelligence, embedded systems, and software development to address challenges facing indoor and controlled-environment farms.
PolliBotics started with the development of a smart robotic pollination system and has since expanded its vision to include farm monitoring, AI-powered analysis, smart sensors, farm-management software, and custom AgriTech solutions.
What We Do
Solutions we develop
A multidisciplinary toolkit that connects robotics, AI, sensors, and software across the farming operation.
Artificial Intelligence & Computer Vision
AI and image-analysis solutions for flower recognition, plant observation, agricultural documentation, and smart farm support.
Farm Monitoring & Sensors
Connected sensors and monitoring systems for collecting important environmental and operational farm data.
Agricultural Software Solutions
Web, mobile, and desktop solutions for farm management, technical support, operational records, reporting, and AI-assisted communication.
Custom AgriTech R&D
PolliBotics collaborates with farms, companies, universities, and researchers to develop custom prototypes and technology solutions.
Flagship Project
Smart Pollination Robot
Intelligent Pollination for Controlled Farming Environments
Prototype · Under development
The PolliBotics Smart Pollination Robot combines robotics, artificial intelligence, computer vision, and agricultural knowledge to identify flowers, evaluate their readiness, and support automated pollination inside indoor and vertical farms.
The system is designed to operate in controlled-environment farming. It is currently under development as a prototype and is not yet commercially available.
- 1Capture plant images.
- 2Identify flowers using computer vision.
- 3Evaluate pollination readiness.
- 4Perform or support the pollination action.
- 5Record relevant operational information.
Inside the build
Prototype development, testing, and team moments from the PolliBotics workshop.
Achievements
Milestones on our journey
Recognition and collaborations marking PolliBotics' progress since 2024.
-
PolliBotics Founded
PolliBotics was established as an Egyptian AgriTech startup focused on agricultural robotics, artificial intelligence, and smart farming technologies.
-
LEAP 2025 — Saudi Arabia
PolliBotics participated in LEAP 2025 and reached the semi-final stage of the Rocket Fuel Competition.
-
IEEE APPX — Zewail City
PolliBotics achieved First Place at the IEEE APPX Competition at Zewail City for an innovative AgriTech idea.
-
Global START Fellowship
PolliBotics qualified for the semi-final stage of the Global START Fellowship through the Fast Track Code startup-acceleration program.
-
Cultivech & MSA University Collaboration
PolliBotics participated in a collaboration connecting agricultural operations, scientific research, software development, and AgriTech innovation.
Team
The people behind PolliBotics
A multidisciplinary team spanning robotics, AI, biotechnology, and software engineering.
Nourhan Elhifnawy
Founder & Chief Executive Officer
Leads PolliBotics' strategy, business development, partnerships, and transformation of research ideas into practical AgriTech solutions.
Mostafa Hesham
Co-Founder & Head of Robotics and Product Development
Leads robotics, mechanical development, rapid prototyping, 3D design, embedded-system integration, and the physical development of PolliBotics technologies.
Radwa Kamal
Co-Founder & CTO, Software and AI
Co-leads PolliBotics' technology strategy across software and artificial intelligence, driving the development of intelligent systems, AI models, and software platforms that connect robotics, sensors, and farm operations.
Mohamed Sayed
Chief Technology Officer & Software Solutions Lead
Leads software engineering and digital product development at PolliBotics, including web platforms, mobile and desktop applications, backend systems, databases, APIs, cloud services, AI integrations, farm-management platforms, and connections between software, sensors, and robotic systems.
Hana Mazroua
Co-Founder & Agricultural Biotechnology Research Lead
Contributes agricultural and biological research, experimental development, scientific documentation, and validation of PolliBotics solutions.
Nihal Alaa
AI and Computer Vision Researcher
Contributes to flower recognition, plant-image analysis, artificial-intelligence research, data preparation, and computer-vision development.
Scientific Advisor
Dr. Ahmed Gomaa
Scientific Advisor & R&D Supervisor
Supports the scientific development, research direction, and multidisciplinary prototyping environment behind PolliBotics.
Scientific advisor — not part of the operational startup team.
Partners & Collaborations
Organizations on our journey
The institutions and collaborations connected to the PolliBotics story.
MSA University — Faculty of Biotechnology
PolliBotics was developed at the Prototyping Lab at the Faculty of Biotechnology, MSA University, which supported the research, development, scientific guidance, and innovation activities behind the company.
Cultivech
A collaboration connecting AgriTech research and software development with practical farming operations and farm-support requirements.
Contact
Let's Build the Future of Farming Together
PolliBotics welcomes collaborations with farms, agricultural companies, universities, researchers, investors, accelerators, and technology partners.