Map-based mission planning
Operators create survey routes directly on a facility map from a phone or desktop dashboard, then set stops and mission settings without waypoint files or coding.
Salem Robotics
Salem Robotics software for autonomous inspection, data collection, and compliance-ready reporting in hazardous industrial facilities.
Autonomous inspection and reporting for industrial facilities
Salem Robotics is a software platform for autonomous inspection, survey, and monitoring in hazardous industrial facilities. It pairs robot-side autonomy with an operator dashboard so teams can plan missions, run them without teleoperation, and review the resulting data in one workflow.
The platform is presented as a fit for regulated and field-constrained environments where inspection work needs to be mapped, time-stamped, and tied back to facility geometry. The source emphasizes a simple plan-execute-report process, hardware-agnostic deployment, and support for local or low-connectivity operation.
Core capabilities
Autonomous execution in the field
The platform handles execution autonomously, including navigating around people and equipment and moving obstacles when needed.
Inspection plus manipulation workflow
Salem combines surveying, inspection, and manipulation in a single mission so the robot can collect data while carrying out the route.
Automated reporting and review
Mission results are turned into compliance-ready reports with heatmaps, AI insights, and spatially linked readings.
Hardware-agnostic deployment
Salem is designed to extend existing robotic systems rather than require a single hardware stack.
Local and restricted-network operation
The system supports connected, low-connectivity, and air-gapped operation, with local or dock-based dashboard access.
Practical use cases
Routine facility inspection
Map a route for routine inspections, then let the robot collect readings and close out the mission with a report that ties data to facility locations.
Specialized measurement missions
Use the platform for specialized industrial surveys such as nuclear inspection, radiological survey, LDAR, corrosion checks, NDT, or temperature measurement.
Dynamic facility navigation
Operate in industrial spaces where the robot must work around people, equipment, and changing conditions without direct teleoperation.
Local or air-gapped facilities
Deploy on sites with limited or no internet access by running autonomy on the robot and using dashboard access at the dock or a local server.
Existing robot fleet upgrade
Extend a robot fleet already in use instead of adopting a fixed hardware system, then layer on a planning and reporting workflow.
Pros and Cons
Pros
- No coding is required to plan a mission.
- Operators can define routes on a map from a phone or desktop dashboard.
- The platform combines autonomous execution with data collection and reporting.
- It is designed to work with existing robotic systems.
- It supports connected, low-connectivity, and air-gapped deployment scenarios.
Cons
- The source does not provide a pricing model or published plan details.
- Supported integrations and external data sources are not described on the page.
FAQ
What kinds of inspection work is Salem Robotics built for?
Salem Robotics is designed for autonomous inspection and data collection in hazardous industrial facilities. The source specifically mentions nuclear inspection, radiological survey, LDAR, corrosion, NDT, and temperature measurement workflows.
How is a mission planned and started?
A supervisor or operator uses a phone or computer dashboard to draw a survey route on a facility map, set stops, and apply a few settings. The robot then executes the mission without direct teleoperation.
What does the system output after a mission?
The platform produces compliance-ready mission reports with time-stamped, spatially linked readings, heatmaps, and AI insights that flag potential safety risks found during the run.
Does Salem Robotics require a specific robot?
The source says Salem is hardware-agnostic and can extend robotic systems already used in industrial facilities. It can also support a complete deployment with a robot paired to Salem's autonomy and data workflow.
Can it be used where connectivity is limited?
The source notes support for connected, low-connectivity, and air-gapped sites, with run-time operation on the robot and dashboard access at the dock or on a local server.
Quick Facts
- Category
- Industrial robotics software
- Primary workflow
- Plan, execute, report
- Primary users
- Supervisors and operators
- Deployment
- Hardware-agnostic; local or restricted-network operation
- Source domain
- salemroboticsinc.com
- Pricing
- No published pricing page details found
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