Sensors on your structure, readings every 15 minutes by default, or more often, safety thresholds and an SMS alert to the on-call engineer — instead of data loggers, Excel and trips to site. Designed by a team that has been building measurement systems for 15 years: from stadiums to navigation locks.
Most structures in Poland are still measured by hand — once a quarter, after a failure, or never at all. Inclify turns periodic readings into continuous supervision.
No login and no sales call. This is the panel where an engineer spends five minutes a day — and half an hour on the day something happens.
The state of every channel, trends and recent events on one screen. Each project can have several such views.
Tilt in mrad against temperature in °C — the daily breathing of the structure separated from the lasting trend.
The states OK, WARNING, ALARM and NO_DATA, acknowledgements and mutes with a deadline — you can see who took the case over.
Waveform, spectrum and 21 third-octave bands after every dynamic event. See how we compute it →
Displacements computed from the anchor, axis A or B, with the depth of the maximum deflection in the summary.
Six reports computed on project data — the frame shows the 7/30-day risk with the level and the time to the threshold being crossed. What exactly they compute →
Not „a nice chart at the end of the month”, but an answer to the question someone would ask at the meeting anyway. Computed on project data, over a window of 1 d, 7 d, 14 d, 30 d or 90 d.
The calibration debt report scores every channel and gives a recommended inspection date. You plan the site round from that list, and not from whatever comes to mind.
Risk assessment over a 7 and 30 day horizon: a risk score and level for each channel together with the estimated time to the event in days.
Alarm tuning shows the estimated alerts per week before and after the change. If the numbers add up, you apply the suggested thresholds with one click.
We analyse the structure and select the measurement points and types: strain, deflection, tilt, stress, pore pressure, temperature.
We install and calibrate the sensors, configure the warning and alarm thresholds and the list of people notified about exceedances.
The structure measures itself — every 15 minutes by default, or more often. You get an online panel, automatic reports and an alert when something needs attention.
Types of measurement system deployments delivered by the Inclify team.
Tell us about the structure and we will propose a measurement scope and a quote.
Let's talkFrom a complete turnkey system to connecting the sensors you already have.
We design, install and maintain the whole system — you get the data and the alerts.
Already have sensors or data loggers? We connect them to the platform and add alerts.
Try monitoring in practice on one structure or a part of it before you decide on the scale.
The AI label does not say who computes the result, where the data goes, or what happens after model failure. This guide gives a safe decision-support architecture and a list of evidence for acceptance.
Read more →An AI report can sound confident even when the sample is old, fragmented, or too small. This procedure shows when to run the analysis, when to add a caveat, and when to stop it.
Read more →Unusual does not always mean dangerous, and typical does not always stay within limits. This article shows how to run statistical and engineering assessment in parallel and what to demand from AI analysis.
Read more →Book a 30-minute call with an engineer. We will show the platform live and advise how to measure your structure — with no obligation.