• Automation of data collection from multiple DynaLoggers within Bluetooth range.
• Collected data is sent directly to the DynaPredict Web Platform via Wi-Fi, Ethernet or mobile network.
• Configuration of data collection periodicity for each DynaLogger within Bluetooth range.
• Alterations on the Dynaloggers’ settings can be done remotely.

• Hierarchical organization of monitored plants and assets.
• User management, with access restrictions and different profiles (admin, editor, collector and reader).
• Managers can have full access to different plants, being able to manage different plants or sectors remotely.
• Vibration analysts can remotely analyze monitored spots located at different plants of the organization.

• Graphs with a history of temperature, velocity and RMS triaxial acceleration measurements that allow the identification of changes in the machine’s operating pattern, due to the appearance or evolution of failures.
• Moving average and statistical tools to help understand the behavior of the monitored equipment.
• Information about machine operation, such as operating time, downtime, etc.
• Timeline with events that occurred at the monitored spot.
• Alarms configured to monitor machine vibration and temperature levels and also alert users of evolutions.

• Waveform and frequency spectrum.
• Data available in the acceleration, velocity and displacement domains.
• High pass, low pass and band pass filters.
• Spectral trend plots for clear visualization of failure evolution.
• Waterfall for spectra comparison.
• Circular waveform.

• Cursors and markers to highlight frequencies that can be registered on each machine.
• Rolling bearing database with approximately 70 thousand registered models.
• Autocorrelation to highlight recurrences in signals.
• Envelope with free choice of filter ranges.
• Cepstrum and Cepstrum waterfall.
• Orbital plots.

Decision-Making Assistant Dashboard: with compact information that sorts the monitored spots.

• Visual prioritization according to configured alarms:
  RED: points with the most critical alarm (A2) violated.
  YELLOW: points with the first level of alarm (A1) violated.
  GREEN: points without violated alarms.
• Average values of temperature and vibration, as well as percentages of evolution.
• Alert trend and evolution of the last 7, 14, 30 and 120 days.
• Predictability in days for warning the violation of configured alarms.
• Battery and last synchronization information for each monitoring spot.

• Analysts can create predictive analysis reports, pointing out needed interventions.
• Identified failures and suggested recommendations can be registered in each report.
• Analysts can add images and graphs to show what is being identified.
• Reports are saved on the Web Platform and are available on the timeline of each spot.
• It is possible to download the reports as PDF files.
• Reports are available for all users, making it possible for everyone in the company to see the identified failures and which are the spots with reported problems.