Fleet management

Orbit ✓

Connect and manage your robot fleet from anywhere.

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Verdict

A quick read before you dig into the full page.

Best if
Connect and manage your robot fleet from anywhere
Skip if
Complex user interface
Pick this when
Remote fleet management

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Overview

Orbit Robot Fleet Management Software by Boston Dynamics is a comprehensive tool for managing and analyzing data from a fleet of robots. Its main function is enhancing fleet management and data analysis by connecting users remotely to their robot fleet to collect and review facility data.

The Orbit software offers a suite of capabilities for diverse business needs, ranging from industry-related tasks to academia and education. Robot functionality is expanded through additional sensors and hardware, enabling agile mobile sensing, integrated manipulation, industrial inspection, and automation of routine checks.

It can remotely investigate and mitigate hazardous situations and help in tasks like nuclear decommissioning or identifying chemical, biological, or radiological hazards.Using Orbit, users can conduct automated and visual inspections, detect thermal anomalies and capture reliable 3D scans for worksites planning and maintenance.

It further provides the ability to document construction progress and automate case handling to streamline warehousing. Users can operate the robots remotely and receive real-time alerts when anomalies are detected.

It facilitates creating a visual historical catalog of site conditions and monitoring for housekeeping concerns and other issues with Orbit's vision-language model.

On a larger scale, it can be deployed to manage robot operations across multiple sites. The software is designed for scalability, flexibility, and security, with support services readily available.

Orbit website

Access & connections

Where you can use Orbit.

Platforms

Web

Capabilities

What this tool accepts, produces, and is strongest at.

Input

  • Tabular

Output

  • 3D
  • Tabular
  • Image

Pros & cons

Pros

  • Remote fleet management
  • Data analysis capabilities
  • Agile mobile sensing
  • Industrial inspection automation
  • Hazard mitigation remotely
  • Automated visual inspections
  • 3D work sites scans
  • Construction progress documentation
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  • Real-time anomaly alerts
  • Visual site conditions catalog
  • Multi-site operations management
  • Scalability of software
  • Flexible deployment options
  • High security measures
  • Support services available
  • Routine checks automation
  • Nuclear decommissioning support
  • Chemical hazard identification
  • Biological hazard identification
  • Radiological hazard identification
  • Efficient warehousing automation
  • Vision-language model integration
  • Historical data collation
  • Housekeeping concerns monitoring
  • Adds sensors to robots
  • Hardware functionality expansion
  • Industrial tasks support
  • Academic use cases
  • Real-time facility data access
  • Reliable manufacturing support
  • Energy and Natural Resources industry
  • Construction and logistics support
  • Customer success focus
  • Thermal anomaly detection
  • Acoustic anomaly detection
  • Perimeter check automation
  • Remote hazard investigation
  • CBRNE hazards identification
  • Access site remotely
  • Robot performance summaries
  • User profile customization
  • SOC2 Type II certified
  • APIs for integration
  • Low-code work orders
  • Remote robot operation
  • Virtual Machine Options
  • AWS-hosted application
  • Digital Twin Capture
  • Automated Alert System
  • Training and Development Documentation

Cons

  • Requires additional sensors
  • Limited to specific robots
  • Dependent on robot availability
  • Deployment across multiple sites challenging
  • Requires significant networking capabilities
  • Complex user interface
  • High technical competency required
  • Integration issues with non-native APIs
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  • Safety concerns for remote operation
  • Reliable internet connection essential

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Releases 1

Initial release February 19, 2024 Current
Initial release of Orbit.

FAQ 12

What is the Orbit Robot Fleet Management Software?
Orbit Robot Fleet Management Software by Boston Dynamics is a comprehensive tool used for managing and analyzing data from a fleet of robots. It connects users remotely to their robot fleet, allowing them to collect and review facility data.
How does Orbit enhance fleet management and data analysis?
Orbit enhances fleet management and data analysis by providing users with remote connectivity to their fleet of robots. This allows users to collect, manage, and analyze facility data from anywhere, offering a range of detailed insights that can facilitate more informed decision-making. The software also facilitates tasks like automated and visual inspections, detection of thermal anomalies, and capturing 3D scans for worksites.
What kind of additional sensors and hardware does Orbit support?
Orbit supports a broad range of additional sensors and hardware. These expansions enhance robot functionality and enable agile mobile sensing, integrated manipulation, industrial inspection, and automation of routine checks.
How does Orbit enable mobile sensing and integrated manipulation?
Orbit enables mobile sensing and integrated manipulation through the use of additional sensors and hardware. These tools allow the robots to navigate and interact with their environment flexibily and effectively, providing valuable data for various tasks and inspections.
What are some of the industrial inspections that can be performed with Orbit?
With Orbit, various types of industrial inspections can be performed. This includes visual inspections, automated inspections, detection of thermal anomalies, and inspections that involve capturing reliable 3D scans that are useful for planning and maintaining worksites.
Can Orbit be used to automate routine checks?
Yes, Orbit can be used to automate routine checks. The software has a suite of capabilities designed to aid in the automation of tasks, which includes regular inspections and check-ups.
How does Orbit assist with nuclear decommissioning or identifying chemical, biological, or radiological hazards?
Orbit can remotely investigate and mitigate hazardous situations. It can assist in tasks such as nuclear decommissioning by controlling and maneuvering robots in environments where human presence can pose a risk. Additionally, it can aid in identifying chemical, biological, or radiological hazards, providing critical data and visual access to these sites remotely.
What kind of visual inspections can be conducted using Orbit?
Users can conduct both automated and visual inspections using Orbit. The technology allows for comprehensive examination of site conditions, and its vision-language model helps monitor for potential concerns.
Can Orbit detect thermal anomalies?
Yes, Orbit can detect thermal anomalies. As part of its suite of capabilities, it leverages advanced sensors to identify and alert users to any thermal anomalies.
How does Orbit facilitate 3D scanning for worksites planning and maintenance?
Orbit facilitates 3D scanning for worksites planning and maintenance by capturing reliable 3D scans of sites, which can be analyzed to provide extensive and detailed insights. This feature enables users to plan worksites most efficiently and maintain them effectively.
How is construction progress documented using Orbit?
Orbit allows for the documentation of construction progress through its data collection and analysis capabilities. The software can keep a visual historical catalogue of site conditions, monitor changes over time, and provide up-to-date records of construction progress.
Can Orbit automate case handling to streamline warehousing?
Yes, Orbit can automate case handling to streamline warehousing operations. By leveraging its automation capabilities, the software can improve operational efficiency and keep goods moving within a warehouse setting.