Our Fleet Management Software Solution
SyncroBot’s vendor-agnostic fleet management platform unifies all autonomous robots in one system, regardless of the manufacturer. With built-in teleoperation for remote control, AI-powered predictive maintenance to prevent downtime, and advanced tour planning for optimized workflows, it simplifies robot management and maximizes operational efficiency.
API Integration
Acts as a middleware meaning we only need one API integration into your company’s IT systems.
Route Planning
Improves robot efficiency with intelligent route planning, reducing travel time and ensuring reliable task execution across any facility.
Predictive Maintenance
AI-powered predictive maintenance to detect potential issues early, minimizing downtime and extending the lifespan of autonomous robots.
Teleoperation
Enables secure teleoperation, allowing remote control of autonomous robots for quick intervention and uninterrupted operations.
Surface Mapping
Provides surface mapping capabilities that capture and visualize construction site progress, enabling accurate tracking and documentation throughout the build.
Frequently Asked Questions (FAQ)
What types of robots can SyncroBot integrate?
SyncroBot is vendor-agnostic and can integrate delivery, service, and logistics robots from any manufacturer.
How does SyncroBot help companies get started with autonomous robots?
We provide consultation to assess operational needs, recommend suitable robot types, connect you with pre-vetted vendors, and manage the entire adoption process. Please look at tab “Consulting.”
What makes SyncroBot’s fleet management platform different?
Our platform unifies all robots, regardless of vendor, into a single system, offering teleoperation, AI-powered predictive maintenance, and advanced tour planning.
Can SyncroBot work with existing robots in my facility?
Yes. Our vendor-agnostic platform allows seamless integration of both new and existing autonomous robots.
What industries does SyncroBot focus on?
We are industry agnostic, but we find the greatest value in our software in complex environments where multiple autonomous robots may be needed such as airports, hospitals, and warehouses.