CorePilot

syinro

About this app

# CorePilot

CorePilot is an enterprise robot management platform designed to help organizations securely monitor, manage, and control their robotic fleets from a single application.

Built for industrial, commercial, and enterprise environments, CorePilot provides authorized users with real-time access to robot information, navigation, and operational tools, enabling efficient remote management and improved productivity.

## Key Features

• Secure organization-managed user authentication

• Monitor robot status and operational information in real time

• View robot location and navigation maps

• Manage robot tasks and activities

• Access robot telemetry and diagnostics

• Receive important alerts and notifications

• Secure communication with backend services

• Role-based access control for organizations

## Designed for Enterprise

CorePilot is intended for organizations that deploy and manage robotic systems. User accounts are created and managed by the organization, ensuring secure access and centralized administration.

The application is not intended for public account registration.

## Security

CorePilot prioritizes secure communication between the mobile application, backend services, and connected robots. Access is restricted to authorized users with appropriate permissions.

## Requirements

• A valid organization-provided account is required.

• Internet connectivity is required to communicate with backend services and managed robots.

## Supported Use Cases

• Enterprise robot fleet management

• Industrial automation

• Facility monitoring

• Warehouse operations

• Robotics administration

• Remote robot supervision

CorePilot is continuously updated with improvements, new features, performance enhancements, and security updates to provide a reliable enterprise robot management experience.

What’s new

Initial release of CorePilot.

• Organization-based authentication
• Robot monitoring and control
• Delivery mode support
• Map and navigation management
• Performance and stability improvements