SHMS is the acronym for Slope Health monitoring System, an advanced web-based solution for data monitoring and integration, which might be applied to several areas such as Geotechnics, Environment, Energy and others.
There are many applications, such as instrumentation health monitoring, alarm analysis, and even siren and devices activation.
A wide range of instruments can be integrated with SHMS, such as Piezometers, Load cells, Inclinometers, Extensometers, Tilt meters, Flow meters, Settlement plates, Radars, Accelerometers, among others.
SHMS already integrates most of the sensors available from the main worldwide suppliers, such as Worldsensing, Sensemetrics, Geomos (Leica Geosystems), RST Instruments, Geokon, Measurand, Trimble, Campbell Scientific, and Roctest.
Yes, it does, the SHMS platform offers API which allows integrations with other types of application such as Power BI, Word, Excel, and others.
Yes, in SHMS, it is possible to perform settings for up to four different alarms which comprehend all kinds of sensors set in the platform, namely:
– Instrument alarms which allow setting personalized alarms based on predefined limits.
– Operation alarms which allow setting alerts to the monitoring of data income in the platform.
– Spatial instruments alarm, which allows setting alarms for vertical or horizontal instruments such as VSAA or HSAA inclinometers.
– Radar alarms which allow the user to monitor surface displacement in areas predefined in the system.
The platform natively includes various types of analyses, such as descriptive statistical analysis and predictive analysis using the self-regression model, ARIMA. Furthermore, SHMS offers an advanced equation console that uses JavaScript programming language, which allows creating and developing new equations that are needed for the technical team.
Yes, there is! The company employs specialists, masters and doctors in various areas of knowledge, such as engineering, data science and artificial intelligence, who help in deployment, settings and resolution of problems regarding the platform.
Yes, data can be exported in file formats such as CSV and Excell for integration with other systems. Additionally, it features connectors which allow the integration with tools like Power BI, Word, Excel, and others.
Yes, depending on the kind of integration and how it was performed with the field sensors, data can be accessed in real time through interactive dashboards, which can be set directly on the platform.
An event tree or Fault tree is a methodology used to analyze failures in complex systems. In SHMS, the fault tree is a feature that allows setting automatic activation of devices based on predefined conditions.
Therefore, the user sets conditions based on sensor readings such as inclination limits, pore pressure or anomalous displacements. Such conditions are organized in a logical structure, in which individual events may lead to a bigger critical event, and from the established conditions, the fault tree may activate alarms such as sirens or safety equipment.
All the process is recorded in the platform, which allows auditing and continuous improvement of activation rules.
This feature is paramount to ensure quick response to potential risks, reduce operational impacts and enhance monitoring safety.
Yes, it is possible to configure the automated sending of reports in PDF files, in which the users can set the automatic generation of periodical reports, which can be daily, weekly, monthly or even in personalized periods and sent them to employees’ emails and external recipients.
Yes, the reports show data available at the time of generation, which may include updated information up to the time of sending.
The client can choose where their data will be stored and it can be stored in the cloud or on-premises servers, therefore ensuring safe and continuous access to data.
Yes, it does. It is possible to define different levels of access to users based on their roles, which ensures safety and audit of the platform.
Yes, they can. The alarms can be set to be sent via email, instant messages or notifications within the platform.
It depends on the settings. The platform supports updates in real time or in predefined periods.
Geo Inspector is a web-based solution for geotechnical monitoring compounded by a web platform and an app for Android tablets. It allows monitoring manual instrumentation, perform visual inspections and manage actions for identified anomalies.
Geo Inspector can be accessed through browsers in the web platform and through tablets, which allows the collection of data directly in the field.
Geo Inspector supports various types of manual instrumentation, such as piezometers, water level meters and other sensors used in geotechnical monitoring on which the manual reading in the field is feasible.
The application allows users to record structure conditions, anomalies identified and take pictures to complement the inspection.
The platform allows complete report generation with data collected in the field, as well as instrumentation measuring, inspections and actions record, registered in the platform.
The platform can send automatic emails about active anomalies, incomplete actions, delayed activities and others.
The app synchronizes data collected in the field with the web platform once there is internet connection, there is no need for internet connection when the technician is in the field.
Currently, Geo Inspector can be integrated natively into SHMS, besides having a BI connector that enables connection with BI software such as Power BI.
The system allows users to configure different levels of access, which ensures safety on data management.
The web platform offers a detailed history of all inspections and measurements performed organized by date and structure inspected.
Data can be exported in CSV files and Excel spreadsheets for future analysis.
Depending on the needs of the client, it is possible to attend specific demands such as customizing reports and filed inspections forms.
