Dummy sensor data is good but it's static and doesn't update. We need a dynamic dummy data source. We can control the type of data (piezometers, load cells, temperature, RH, rain fall, etc.) and control the update frequency (hourly, daily, etc.).

Client wants to sort data from oldest to newest in Tables profiles and reports (under graph sections).

Certain sensors like Shape Arrays and tilt beams could benefit from a more complex sensor mapping 3D visualization. Vertical Shape arrays could read the segment configuration and display the sensor segments in the subsurface (even better if displa...

During migration with EAP clients, I've learned that IMS Admin is a very vital role to the organization and the users that we are dealing with on iTwin IoT are not at that permission level and will rarely be granted access to be due to security ri...

Currently there is an option to "Upload Observation" on a given sensor, but it is tied to current date/time. Allow for user to select observation date/time to upload manually-collected data from previous site visit without going through full data ...

This idea was submitted by Assaf Wunsch with SRK Consulting: "I want to reiterate again how useful it would be to have an option to export or API into the various settings on the Portal. For example, ground elevation, installation depth, the vario...

The reference barometer for a VWP can only be viewed by clicking edit configuration. However, if you do not have user permissions to edit configs, you have no visibility into what baro ref is being used for your piezometer's calculated metrics. Th...

It sure would be nice to have profile groups so that I could set up a group/folder and then create the plots for the report and keep them all together (without having to name them all with a tip off word at the beginning of the title).

Allow a way in Sensemetrics and iTwin IoT for the online/offline status of Move hardware to be checked, displayed, and alerted off of in the applications.

Have device inputs apply to attached Strand sensors, voltage, temperature, and sgnal strength. This would save time in configuring sensors for display in the spatial module.