Robotics & Road Maintenance

Precision robotics
for the real world

Technology powered by robust autonomy to deliver centimeter-level precision, even in challenging environments.

Robosealer solution

A complete autonomous road maintenance solution

Robosealer is a fully autonomous system that detects and seals cracks—extending road lifespan, reducing material waste, and cutting operation time.

1. SmartScan®

High-speed drone inspection with AI crack detection

  • Ultra-Fast Coverage – Scan kilometers of roads within minutes.
  • High-Precision Detection – Identify cracks as small as 2 mm.
  • Comprehensive Mapping – Auto-build a detailed map of detected cracks.
  • AI-Driven Insights – Reliable detection with deep learning.

Accelerate inspections and produce actionable crack maps.

2. SealBest®

Fully automated, precise crack sealing

  • Optimized Path Planning – Efficient routes to seal all cracks.
  • High-Accuracy Sealing – Precise application within boundaries.
  • Smart Sealant Management – Dispenses exact amounts to cut waste.
  • Fully Autonomous Operation – From navigation to sealing.
  • Seamless Integration – Works directly with SmartScan maps.
  • AI-Verify® QA – Detects faults & auto-reseals for flawless results.
3. SmartPort®

Autonomous refilling & retrofit for existing melters

  • Autonomous Refilling – Enables continuous full-shift operation.
  • Retrofit Capability – Upgrade existing melters into smart devices.
  • Seamless Integration – Works in harmony with the robot.
  • Optimized Operations – Eliminates downtime from manual refills.

Turn current equipment into next-gen autonomous systems.

4. FAAP®

The intelligence layer for self-learning maintenance

  • Data-Driven Intelligence – Captures & organizes operations data.
  • Cloud-Powered – Secure, scalable, high-speed infrastructure.
  • Automated Pipeline – Cleaning & preprocessing with minimal input.
  • Road Condition Analysis – Assess, measure improvements, predict lifespan.
  • Continuous Learning – Train models to refine actions & reduce errors.
  • Performance & Fault Monitoring – Detects issues, optimizes efficiency.
5. Real-time Remote Monitoring®

Full visibility of your Robosealer fleet

  • Live Operation View – Track status & sensor data in real time.
  • Multi-Device Access – Web & mobile monitoring anywhere.
  • Instant Alerts – Quick reaction to anomalies.
  • Fleet Dashboard – Centralized control of all units.

Ensure reliable, safe, and uninterrupted operations.

About us

Welcome to Robopave.

We are dedicated to revolutionizing pavement maintenance through innovative robotic solutions. Our team combines expertise and passion to create advanced technologies that improve the efficiency and quality of road maintenance.

At Robopave, we believe in the power of technology to transform industries. Our vision is to utilize innovation for cost-effective and safer pavement maintenance programs while saving energy and the environment. We aim to reduce costs, enhance quality, and minimize environmental impact through our robotic technology.
Our mission is to lead the way in autonomous pavement maintenance by developing advanced robotic systems that ensure precision, efficiency, and safety. We are committed to providing our clients with reliable and cost-effective solutions that meet the highest standards of quality.

Team

Mohyeldin Ragab

Mohyeldin Ragab

Founder & CEO

Mohy holds a PhD in Civil and Environmental Engineering from North Dakota State University, along with an MBA in Entrepreneurship and Global Business from the University of Illinois at Urbana-Champaign. He also has advanced degrees in Mechanical, Metallurgical, and Mechatronics Engineering. With over 14 years of experience in pavement maintenance, he specializes in manufacturing crack sealants, asphalt emulsions, and innovative road maintenance products. Mohy is also PMP and Lean Six Sigma Master Black Belt certified.

Ahmed Elfeky

Ahmed Elfeky

CTO

Ahmed is an Engineering Supervisor at Robopave with more than 14 years of expertise in automotive embedded software development. He earned his BSc in Electronics and Communication Engineering from Ain Shams University in Cairo and his MSc in Mechatronics from Paderborn University in Germany.

Abdelrahman Mohsen

Abdelrahman Mohsen

Robotics Engineer

Abdelrahman is a Robotics Engineer with 7 years of experience spanning data analytics, AI, embedded systems, and robotic software development. He has built deep learning models and designed advanced embedded software solutions, bringing innovation and efficiency to complex engineering challenges.

Mahmoud Raslan

Mahmoud Raslan

Robot Designer

Mahmoud is a Mechatronics Engineer specializing in robotics, with expertise in mechanical design and control systems. He holds a BSc in Mechanical Engineering (Mechatronics major) and an MSc in Robot Design from the Arab Academy for Science & Technology. His achievements include winning 2nd place in the National Prosthetic Design Competition for his “Omni Prosthetic Leg.” At Robopave, he focuses on developing durable, high-performance robotic designs and optimizing control systems.

Mohammed Essam

Mohammed Essam

Mechatronics Engineer

Mohammed is a Robotics-focused Mechanical Engineer with 10 years of experience in mechanical design, project management, and manufacturing. A PMP-certified professional, he is proficient in SolidWorks, AutoCAD, and SAP, bringing strong leadership and problem-solving skills to deliver projects efficiently and effectively.

Yasser Zanaty

Yasser Zanaty

Mechatronics Engineer

Yasser holds a Bachelor’s degree in Mechatronics from the Canadian International College (CIC) and has 5 years of experience in maintenance engineering across multiple industries. He has also served as a teaching assistant in robotics and mechatronics. At Robopave, he specializes in optimizing manufacturing processes, power systems, and thermal control, with a focus on energy efficiency and system reliability.

Collaborations

Robopave proudly secured first place in the inaugural Arab Shark Competition held in Illinois. The project received the highest evaluations from all the judges, earning their full support and recognition to continue advancing its innovative journey and success story.

“RoboSealer can improve consistency, efficiency, and worker safety in crack sealing operations. The addition of SmartDrone® technology for optimized path planning and SmartPort® integration with existing melter inventories further demonstrates the system’s practicality and potential to reduce sealing time, improve quality, and lower lifecycle costs. I believe this technology has strong potential to address real-world needs and to advance the state of practice in pavement preservation. I would be pleased to support RoboPave’s efforts by providing academic and technical feedback, exploring opportunities for collaborative evaluation, and assisting in validating the system’s performance through field and laboratory research.”

“The pilot testing of this project may increase roadway maintenance efficiency and help NDDOT minimize lane closures, thus improving both efficiency and safety for road users. NDDOT is prepared to test prototypes on multiple roadways across the state and provide feedback to strengthen its performance. Following successful demonstrations, and once the technology has proven viable, NDDOT would add RoboSealer to our Qualified Products List.”

“This project has the potential to improve roadway maintenance due to the ability to perform maintenance with limited human intervention in the current climate of maintenance staffing shortages. MnDOT is prepared to provide roadways to test prototypes, including at the Minnesota Road Research Project (MnROAD). MnDOT can also provide feedback to strengthen product / system performance.”