.svg "InOrbit"){kind=logo}
.png?width=15&name=Vector%20(2).png){kind=small}
Console.png?width=12&name=Frame%20(3).png){kind=small}
Control
InOrbit.aiInOrbit Developer Edition
Leverage the full scope of the InOrbit platform
Developer Edition
Full functionality for up to 8 robots
Flat rate annual pricing
For robot developers, system integrators and service providers to cost-effectively build tailored solutions for customers' unique needs.
Functionality includes:
- Advanced teleoperation
- Robot locks
- Multiple maps
- Advanced video
- Custom roles
- Secure data pipes
- Data backfill
Click for more details about our plans
Developer Edition
means Unlimited, which is subject to platform data retention policies
Interoperability
Secure messaging infrastructure
Adaptive Diagnostics
Extensive configuration
Incident management
API access
Fleet management
Real time analytics
Static collections and modes
Real time location and costmap
Config as Code
Dynamic collections
Configurable dashboards
Remote Actions
Audit log events
6
Built-in roles
Cameras
Out-of-box integrations
Time Capsule
Advanced incidents
Multi-robot support
Multiple navigation layouts
Relocalization
Waypoint teleoperation
Open teleoperation
Advanced Teleoperation
Robot lock
Multiple map support
Data Backfill
Missions
RobOps Copilot
More detail about the plan
| Features | Developer Edition | |
|---|---|---|
|
Interoperability
|
|
Emerging standards support including MassRobotics AMR Interoperability Standard and VDA 5050
|
|
Secure messaging infrastructure
|
|
Secure transfer based on best practice encryption and walled off access to ensure data is not exposed beyond a single customer account
|
|
Adaptive Diagnostics
|
|
Dynamic sampling rate and data resolution of data sources optimized for addressing issues
|
|
Extensive configuration
|
|
Intuitive settings to configure robots and sensors, navigation, data, incidents, actions, and organizations
|
|
Incident management
|
|
Detect and notify when a robot is not working within pre-defined operating parameters, track key incident resolution metrics.
|
|
API access
|
|
Fully leverage a large part of the InOrbit platform programmatically through an extensive set of APIs
|
|
Fleet management
|
|
Instant view of the fleet regardless of size or grouping, with filtering by different criteria
|
|
Real time analytics
|
|
Review everything from high-level KPIs to sliceable fleet visualization and individual robot data/metrics
|
|
Static collections and modes
|
|
Group or filter robots by any fixed criteria, eg, location. Modes are a dynamic collection of select current statuses (e.g., Idle).
|
|
Real time location and costmap
|
|
Intuitive interface for tracking robot position, getting situational awareness and relocalizing a robot as needed.
|
|
Config as Code
|
|
Write, reuse and rollback code for advanced settings beyond the platform UI to improve and automate workflows (CI/CD integration, traceability and software parameterization)
|
|
Dynamic collections
|
|
Additional collections (beyond Modes) based on any dynamic criteria from the robot or the cloud
|
|
Configurable dashboards
|
Unlimited |
Customizable dashboards for specific roles and tasks to personalize the user experience
|
|
Remote Actions
|
Unlimited |
Built-in or custom scripted 1-click actions to be recommended or automatically invoked based on tracked incident triggers
|
|
Audit log events
|
Unlimited |
Track user and system activity in a filterable list with chronological timestamps.
|
|
Built-in roles
|
6 |
Specific roles enable increased security by limiting access to data, configuration and actions based on team restrictions and organization.
|
|
Cameras
|
Unlimited |
Configurable setup for default quality, frame rate, etc. for any camera on the robot.
|
|
Out-of-box integrations
|
Unlimited |
Out-of-box integrations with supported off-the-shelf software, e.g. Slack and OpsGenie for incident management.
|
|
Time Capsule
|
Unlimited |
Analyze robot behavior across an extended time range or zoom in on an incident with detailed before and after information
|
|
Advanced incidents
|
|
Multiparameter programmatic rules to enable management of common autonomy exceptions and mission execution services
|
|
Multi-robot support
|
|
Flexible display and selection of multiple robots across model, vendor, or location
|
|
Multiple navigation layouts
|
|
Configurable options for rich navigation, including a fullscreen mode for focused navigation
|
|
Relocalization
|
|
Easily re-orient a robot when it gets lost by interactively adjusting the visible lidar dots to align with known map features
|
|
Waypoint teleoperation
|
|
Controls to enable operators to direct the robot to specific locations via waypoints and get it back to autonomous operations
|
|
Open teleoperation
|
|
Very simple step-based navigation without invoking the robot’s navigation stack
|
|
Advanced Teleoperation
|
|
Virtual/hardware joystick support and Precision Teleop for fine-grained movement controls
|
|
Robot lock
|
|
Ensure only one user at a time can send certain actions to a robot to avoid conflicts Provision maps via cloud API or robot API, support switching between maps
|
|
Multiple map support
|
|
Provision maps via cloud API or robot API, support switching between maps
|
|
Data Backfill
|
|
Reconstruct an operating history with offline robot data saved and backfilled once reconnected
|
|
Missions
|
|
Define, execute and analyze robot missions, including multi-vendor traffic management and on-demand missions
|
|
RobOps Copilot
|
|
Leverage AI to get data and insights about your robot operations through a simple natural language interface
|
Some advanced functionality is limited in Developer Edition