Contact an expert

We will be happy to answer all your questions. Your success is important to us.
Thanks! Your request has been successfully submitted.
Oops! An error has occurred... Please try again.
   
       
      
                                
           
   
   
       
      
                                
           
   

Request a demo

We will be happy to answer all your questions. Your success is important to us.
Thanks! Your request has been successfully submitted.
Oops! An error has occurred... Please try again.
   
       
      
                                
           
   
   
       
      
                                
           
   

Field data collection and information centralization

Stelar enables the collection of various types and formats of field information for fixed assets, rotating equipment, or rolling equipment. Its mobile application provides all necessary functions to collect inspection data on asset condition. It is also possible to compile historical asset data by importing an appropriate dataset. These data collection functions facilitate the centralization of structured data, which is highly beneficial for organizations.

What Stelar features can improve my inspections?

Below you will find some of the most relevant and common Stelar functions for data collection and entry in the field or office, in an industrial environment. The integration team offers a comprehensive training program on using and configuring Stelar to adapt to your reality.

Localization of observed deficiencies on PDF plans or by GPS points on a map background

Modular and adaptive inspection forms

Mobile app

Severity grids for deficiencies integrated into the mobile app

Measurement points

Localization of observed deficiencies on PDF plans or by GPS points on a map background

The created overview allows close monitoring of high-risk asset sectors. Additionally, quickly finding a defect in a maze of assets greatly facilitates carrying out an intervention.

  • Fieldwork simplified by geolocation of asset defects (using Google Earth)
  • Positioning a defect on a PDF plan
  • Viewing the PDF plan of assets in the detail screen (plan view) on mobile devices

Modular and adaptive inspection forms

Creation of intervention templates/forms by asset type according to the organization's inspection plan. Templates will allow easier comparison of results from one inspection to another.

Modular inspection forms tailored to client needs. Standard form creation includes:

  • Text fields, numeric fields, multiple choice, checkboxes
  • Photo gallery and attaching files of any type (e.g., PDF plans, measurement device results)
  • GPS coordinates or 2D Cartesian plane positioning (isometric, building plan)
  • Conditional display based on other fields (if greater than, less than, or equal to)
  • Automatic line creation (repeating sections based on the number of observations)
  • Dynamic section creation based on asset component hierarchy, filterable by asset type

Mobile app

Field technicians no longer need paper to take notes or a separate device to take photos. Everything is done from a mobile device that syncs data with the Stelar platform.

  • Available on all platforms (iOS, Android)
  • Works offline
  • Inspection data entry via dynamic forms
  • Data synchronization to the central platform triggered by the field user
  • Sub-features: photo capture, handwritten notes, drawings, GPS location, defect mapping on plans, etc.
  • Barcodes or QR codes for identifying assets and selecting the appropriate forms

Severity grids for deficiencies integrated into the mobile app

The severity grid provides criteria for evaluating the seriousness of defects, reducing user interpretation and ensuring consistent defect qualification among different inspectors across the organization and over time. The grid is adaptable based on materials and organizational requirements.

  • Textual definitions of severitylevels and defect types
  • Integrated directly into the form templates

Measurement points

Stelar enables the integration of quantitative data for assessing the condition or performance of assets.

  • NDT thickness measurement data
  • Pressure sensors
  • Viscosity sensors
  • Temperature sensors
  • Optical sensors
  • Inclination sensors
  • Amperage sensor, etc.