# Inclify

> Inclify is a Polish structural health monitoring (SHM) platform. It connects
> sensors installed on a structure — bridges, buildings, industrial halls,
> hydraulic structures, excavations — to an application that takes readings
> every 15 minutes by default, or more often, evaluates them with the user's own equations, compares them
> against safety thresholds and notifies the right people by SMS and e-mail.

The Inclify team has been designing and maintaining measurement systems for
demanding structures for 15 years — from stadiums to navigation locks.

## What the platform does

- Automatic, unattended readings from more than 40 sensor types (vibrating
  wire, MEMS, inclinometers, strain gauges, piezometers, temperature sensors).
- Measurement of strain (µε), displacement (mm), tilt (mrad), pore pressure
  (kPa) and temperature; the standard cadence is one reading every 15 minutes by default, or more often.
- User-defined calculation equations with syntax validation; changing a formula
  or a baseline reading recalculates the channel automatically.
- Warning and alarm thresholds with hysteresis, OK / warning / alarm / no-data
  states, acknowledgement, muting with an expiry, cooldown and a full event
  history; notifications by SMS and e-mail.
- Vibration analysis: FFT spectrum and 21 one-third-octave bands from 1 to
  100 Hz (fourth-order Butterworth filter), dynamic alarms on the band
  envelope, export of results to a spreadsheet.
- In-place (chain) inclinometers: displacement profile computed from the
  anchor, A and B axes, versioned configurations, automatic system dashboard.
- Six engineering reports computed on project data: calibration debt,
  temperature compensation, 7/30-day risk, alarm tuning, data SLA and an
  analysis with a written summary.
- Communication log with the data loggers: every frame archived (gzip,
  SHA-256 checksum), with preview and download of the raw payload.

## What the platform does not do

- It does not replace the periodic inspections required by law.
- It does not predict failures — it detects threshold exceedances and trends.
- It has no public price list: quotes follow a survey of the structure.

## Who it is for

Construction contractors (excavation and adjacent-building monitoring), road
and rail infrastructure managers, industry and the energy sector, design
offices and SHM engineers.

## Language versions

English is the default edition and lives at the root; the Polish edition lives
under /pl and is equally complete. Every blog article has a dedicated English
version under /blog and a Polish version under /pl/blog, connected with
canonical and reciprocal hreflang links.

Polish catalogue: https://inclify.com/pl/llms.txt

## Pages
### Introduction

- [Home](https://inclify.com/)

### Platform

- [Platform — overview](https://inclify.com/platform)
- [Sensors and data acquisition](https://inclify.com/platform/sensors)
- [Monitoring and dashboards](https://inclify.com/platform/monitoring)
- [Analytics, alarms and reports](https://inclify.com/platform/analytics)
- [Vibration and FFT analysis](https://inclify.com/platform/vibration)

### Solutions

- [Industry solutions — overview](https://inclify.com/solutions)
- [Bridge and viaduct monitoring](https://inclify.com/solutions/bridges)
- [Building monitoring](https://inclify.com/solutions/buildings)
- [Monitoring for the energy sector](https://inclify.com/solutions/energy)
- [Geotechnical monitoring — mines and tunnels](https://inclify.com/solutions/mining)
- [Dam and hydraulic structure monitoring](https://inclify.com/solutions/dams)
- [Inclinometers](https://inclify.com/solutions/inclinometers)

### See the product

- [Product tour (video and screens)](https://inclify.com/demo)
- [Pricing and engagement models](https://inclify.com/pricing)

### Knowledge

- [Blog — structural monitoring knowledge](https://inclify.com/blog)

### Company

- [About us](https://inclify.com/company)
- [Contact — talk to an engineer](https://inclify.com/lets-talk)

### Legal

- [Privacy policy](https://inclify.com/privacy-policy)
- [Terms of service](https://inclify.com/terms)

## Articles

- [AI in monitoring: human oversight and 13 vendor questions](https://inclify.com/blog/ai-in-monitoring-human-oversight-vendor-questions): Buy monitoring AI without handing decisions to the model. Use 13 vendor questions, required evidence, failure modes, human oversight and acceptance tests.
- [Data Quality for AI Analysis in Structural Monitoring](https://inclify.com/blog/data-quality-for-ai-analysis-monitoring): Assess monitoring data before AI analysis: completeness, freshness, continuity, payload and sample size. Use pre-flight checks to make three sound decisions.
- [Z-score vs alarm threshold in structural monitoring](https://inclify.com/blog/z-score-vs-alarm-threshold-structural-monitoring): Z-score identifies an unusual value; an alarm threshold defines the limit. Use a 2x2 matrix, examples and a procedure that separates anomaly from risk.
- [Structural Health Monitoring (SHM): a complete guide](https://inclify.com/blog/structural-health-monitoring-complete-guide): Learn what structural health monitoring is, what to measure, which sensors to use, how data becomes an SMS alert, when it is required and what drives its cost.
- [Vibration Sampling, Trigger and Pre-Trigger](https://inclify.com/blog/vibration-sampling-trigger-pretrigger): Select vibration sampling frequency, trigger and pre-trigger for the bandwidth and decision. See calculations, acceptance tests and a procurement checklist.
- [How to Choose Structural Monitoring Software: 30 Questions](https://inclify.com/blog/how-to-choose-structural-monitoring-software-checklist): How to choose structural monitoring software: four solution classes, 30 vendor questions with good answers, scoring weights and an RFP template.
- [Vista Data Vision and Inclify: a fair comparison of two approaches](https://inclify.com/blog/vista-data-vision-inclify-comparison): Compare Vista Data Vision and Inclify across 20 sourced criteria: licensing, hosting, alarms, vibration, inclinometers, migration risk and best-fit use cases.
- [Monitoring neighbouring buildings during construction: how to avoid claims](https://inclify.com/blog/neighbouring-building-monitoring-during-construction-claims): Monitor neighbouring buildings near works: liability for cracks, the baseline survey, what to measure, reading frequency and evidence needed in a dispute.
- [Building vibration: damage versus human comfort](https://inclify.com/blog/building-vibration-damage-vs-comfort): Building vibration can disturb people without damaging the structure. Separate assessment goals, measurement points, metrics and standards in practice.
- [Hybrid systems: point sensors and DFOS fibre-optic measurements](https://inclify.com/blog/hybrid-structural-monitoring-dfos-point-sensors): Combine point sensors with periodic DFOS fibre-optic measurements. Learn when hybrid monitoring works, which assets suit it, and its costs and limitations.
- [Alarm thresholds in structural monitoring: how to set them](https://inclify.com/blog/alarm-thresholds-structural-monitoring): Set defensible WARNING and ALARM thresholds, reduce false alarms, handle NO_DATA and tune limits after the first 30 days of structural monitoring data.
- [Deep excavation geotechnical monitoring: what to measure and how often](https://inclify.com/blog/deep-excavation-geotechnical-monitoring-guide): Step by step geotechnical monitoring for a deep excavation: instruments, measurement sections, frequency by work phase, thresholds and response plan.
- [PPV, RMS, FFT and third-octave bands - what to choose for vibration](https://inclify.com/blog/ppv-rms-fft-third-octave-bands-what-to-choose): PPV, RMS, FFT or third-octave bands? Learn which metric answers questions about damage, energy and frequency, and how to specify the right measurement.
- [Monitoring Data as Evidence in a Dispute: How to Collect and Store It](https://inclify.com/blog/monitoring-data-as-evidence-in-a-dispute): What makes structural monitoring data stand up in a dispute: zero reading, raw frames, communication logs, decision trail and contractual retention clauses.
- [Periodic inspections under Article 62 of the Building Law and continuous monitoring of halls](https://inclify.com/blog/periodic-inspections-art-62-continuous-monitoring-halls): What Article 62 of the Building Law requires, why large halls are inspected twice a year, and what continuous monitoring adds between inspections. Table, FAQ.
- [Chain Inclinometer or Probe? How to Choose and How to Read the Profile](https://inclify.com/blog/chain-inclinometer-vs-probe): Chain in-place inclinometer or probe? Compare 12 criteria, convert mrad to mm, read displacement from the anchor and select the right method for each risk.
- [“100x faster” - what it really means in structural monitoring](https://inclify.com/blog/100x-faster-from-event-to-decision): Real-time structural monitoring: what “100x faster” means from event to decision, where the 96x-8 640x multipliers come from, and how to calculate your own.
- [Monitoring warehouse roof snow load without guessing](https://inclify.com/blog/warehouse-roof-snow-load-monitoring): Monitor warehouse roof snow load through deflection, strain and temperature. Use a decision matrix, alarm response plan and winter checklist for managers.
- [Vibrating wire sensors: why they are still the standard](https://inclify.com/blog/vibrating-wire-sensors-why-they-remain-standard): How a vibrating wire sensor works, why frequency readout is not affected by long cables, how to calculate temperature compensation, and when to choose MEMS.
- [Building Vibration Monitoring During Construction: PN-B-02170, SWD Scales and Third-Octave Bands](https://inclify.com/blog/building-vibration-monitoring-pn-b-02170-swd-third-octaves): When can piling, vibro-driving or demolition vibrations damage buildings? Learn PN-B-02170, SWD scales, third-octave analysis, alarms and evidence.
- [Landslide Monitoring as an Early Warning System](https://inclify.com/blog/landslide-monitoring-early-warning-system): How to combine rainfall, pore pressure, slope inclination and data freshness in a landslide early warning system. Response matrix and checklist for a slope.
- [How Much Does Structural Monitoring Cost? Cost Components and 5-Year TCO](https://inclify.com/blog/what-does-structural-monitoring-cost-tco): How much does structural monitoring cost? We break the cost into 9 components, show what drives it, and provide a 5-year TCO template to fill in.
- [Bridge monitoring: what to measure, how to read data, and when to act](https://inclify.com/blog/bridge-monitoring-what-to-measure-manager-guide): Bridge monitoring in practice: what to measure (deflection, strain, tilt, vibration), how to separate thermal effects from trends, and when to restrict traffic.
- [Dam monitoring dashboard by failure scenario](https://inclify.com/blog/dam-monitoring-dashboard-failure-scenarios): How to build a dam monitoring dashboard around failure scenarios, expected response and actions. Three examples, a data matrix and a checklist.
- [Observational Method Eurocode 7: monitoring in project practice](https://inclify.com/blog/observational-method-eurocode-7-monitoring-in-practice): Apply the Eurocode 7 observational method with limits, a monitoring plan, response times and contingency actions. See when savings on struts remain defensible.
- [AI in structural monitoring: what works and what is marketing](https://inclify.com/blog/ai-for-structural-monitoring-what-works): What AI anomaly detection can and cannot do in structural monitoring. Learn how to read the engineering report and what evidence to demand from an AI vendor.
- [How to connect existing loggers and sensors to an online platform](https://inclify.com/blog/how-to-connect-existing-loggers-and-sensors-to-an-online-platform): Have sensors and loggers, but no online platform? Three connection points, a data contract (UTC, raw values), a parallel pilot, and six migration pitfalls.
- [Recalculating History After a Calibration Change Without Data Loss](https://inclify.com/blog/safe-history-recalculation-after-calibration-change): How to recalculate history after a calibration change without mixing results and backdated alarms. Step-by-step procedure, acceptance tests, and rollback plan.
- [Chain Inclinometer Configuration Versioning](https://inclify.com/blog/chain-inclinometer-configuration-versioning): How to version the number, lengths, axes and references of inclinometer segments. Validity periods, change scenarios and an activation checklist.
- [Inclinometer incremental vs cumulative displacement](https://inclify.com/blog/incremental-vs-cumulative-inclinometer-displacement): What is the difference between incremental and cumulative displacement in an inclinometer? Formulas, a five-segment example, A/B axes, and interpretation rules.
- [From raw value to engineering unit](https://inclify.com/blog/from-raw-value-to-engineering-unit): Document sensor conversion with the formula, coefficients, unit, reference, version, tests and an auditable calculation trail for every channel.
- [Zero baseline in structural monitoring: how to choose it?](https://inclify.com/blog/zero-baseline-structural-monitoring): Choose a baseline without hiding structural movement. Use acceptance, rejection and deferral criteria, scope and an audit trail that preserves history.
- [Vibrating wire sensor troubleshooting: no reading and unstable reading](https://inclify.com/blog/vibrating-wire-sensor-troubleshooting-no-or-unstable-reading): Vibrating wire sensor troubleshooting tree: excitation, band, amplitude, noise, cable, shield, thermistor, moisture, logger and telemetry, step by step.
- [Temperature compensation or a real structural change?](https://inclify.com/blog/temperature-compensation-or-structural-change): How to separate temperature effects from structural change, validate a compensation model, and avoid hiding an alarm. Step-by-step procedure and warning signs.
- [Sensor calibration drift: how to detect it in data](https://inclify.com/blog/sensor-calibration-drift-detect): Sensor calibration drift can look like structural movement. See how to separate causes safely, read 7/30-day regression and set service priorities.
- [Online vibrating wire path migration: Hz, digits and thermistor](https://inclify.com/blog/online-vibrating-wire-datalogger-integration): Migration of a vibrating wire path to an online platform: mapping Hz, period, digits, thermistor and status, double conversion, buffering and parallel testing.
- [How to oversee 1000 monitoring channels without a wall of charts](https://inclify.com/blog/how-to-monitor-1000-monitoring-channels): A portfolio dashboard should create a work queue, not a wall of charts. Learn triage for 1000 channels, a priority matrix, and a 15-minute morning review.
- [Sensor reading error: cause tree and tests](https://inclify.com/blog/sensor-reading-error-cause-tree): A sensor reading error does not always mean structural movement. Use a cause tree, preserve evidence, and verify data, the measurement chain, and the asset.
- [Vibrating wire sensor temperature correction without guessing](https://inclify.com/blog/vibrating-wire-sensor-temperature-correction): Compensate vibrating wire sensor temperature without removing real structural response. Learn the model, coefficients, lag, validation and alarm checks.
- [Sensor time synchronisation: UTC, DST and clock drift](https://inclify.com/blog/sensor-time-sync-utc-dst-clock-drift): Sensor time synchronisation without chaos: UTC storage, DST handling, clock drift detection, and five practical tests for late and duplicated samples.
- [TARP Alarm Response Plan: from threshold to action](https://inclify.com/blog/tarp-alarm-response-plan): Build a practical TARP alarm response plan: trigger condition, data checks, owner, actions, confirmation and safe return-to-work criteria for site teams.
- [How Much Does No Structural Monitoring Cost? 7 Off-Budget Costs](https://inclify.com/blog/how-much-does-no-structural-monitoring-cost): How much does no structural monitoring cost? 7 off-budget costs - inspections, downtime, delayed repairs, disputes - with formulas you can use on your own site.
- [How to justify structural monitoring to the board: 3 perspectives](https://inclify.com/blog/justify-structural-monitoring-to-the-board): How to justify structural monitoring to the board: a talk track, arguments for CFO, COO and maintenance, objections with answers, and a business case.
- [Vibrating wire sensor: Hz, period, digits and correct calibration](https://inclify.com/blog/vibrating-wire-sensor-hz-period-digits-calibration): How to convert a vibrating wire sensor reading without errors: frequency, period, digits, factor, zero, units and acceptance testing on data.
- [False alarms in structural monitoring: how to reduce them](https://inclify.com/blog/reducing-false-alarms-hysteresis-cooldown): Reduce alarm overload without hiding risk. Distinguish threshold, hysteresis, repeat lockout, acknowledgement, silence and tuning based on history.
- [Construction Monitoring Report for Management: What a One-Page Brief Contains](https://inclify.com/blog/construction-monitoring-report-for-management): How to write a construction monitoring report for management: one page, three-color status, events, trends, 7/30-day risk, recommendations and template.
- [How to Choose a Site for a Structural Monitoring Pilot: Criteria and Plan](https://inclify.com/blog/how-to-choose-a-site-for-a-structural-monitoring-pilot): Structural monitoring pilot: six site-selection criteria with scoring, a 90-day plan, success metrics and pitfalls. How to show SHM value to management.
- [No-data alarm: sensor silence does not mean safety](https://inclify.com/blog/no-data-sensor-alarm): How to size the no-data alarm window to cadence, criticality and transmission, distinguish device silence from stability, and plan the team response.
- [From acceleration to vibration velocity without errors](https://inclify.com/blog/acceleration-to-vibration-velocity-integration-filters-drift): Convert acceleration to vibration velocity without artificial drift. See the formulas, filters, numerical example and checks needed before evaluating PPV.
- [Measurement data SLA: 7 metrics that expose a blind system](https://inclify.com/blog/measurement-data-sla-7-monitoring-metrics): An available dashboard does not guarantee live measurements. Define cadence, completeness, freshness, gaps, continuity, delay, quality, and acceptance tests.
- [Beyond Monitoring alternative: SaaS or a tailor-made system](https://inclify.com/blog/beyond-monitoring-alternative-saas-vs-custom-system): Compare Beyond Monitoring and Inclify: automatic and manual readings, SaaS, on-premise, alarms, reports, GIS, inclinometers, vibration and costs.
- [FAT and SAT for vibration monitoring systems: acceptance plan](https://inclify.com/blog/vibration-monitoring-fat-sat-acceptance-plan): How do you accept a vibration monitoring system? A ready FAT, FIT, SAT and SIT plan covers the sensor, trigger, completeness, analysis, alarm and site evidence.
- [Proqio alternative: how to choose a geotechnical platform](https://inclify.com/blog/proqio-geotechnical-monitoring-alternative): Compare Proqio and Inclify across data sources, alarms, inclinometers, vibration, reports and deployment. See which approach and buying model fit your project.
- [iTwin IoT or an alternative for structural monitoring?](https://inclify.com/blog/itwin-iot-structural-monitoring-alternative): Compare iTwin IoT with a lighter monitoring platform across 3D, data, APIs, alerts, vibration, inclinometers, deployment and purchasing criteria.
- [Vibration sensor installation: 12 mistakes that ruin the result](https://inclify.com/blog/vibration-sensor-installation-measurement-errors): Where and how should a vibration sensor be mounted? Check fixing, axes, cable, substrate and acceptance testing before false readings trigger alarms.
- [Structural monitoring: cloud or on-premise?](https://inclify.com/blog/structural-monitoring-cloud-vs-on-premise): A decision matrix for cloud, client infrastructure and no-go cases in structural monitoring. Compare RTO, RPO, connectivity, security, data ownership and TCO.
- [Build or buy monitoring software?](https://inclify.com/blog/build-vs-buy-monitoring-software): A build, buy, and hybrid decision matrix for structural monitoring. Compare five-year cost, risk, maintenance, alarms, audit, and migration.
- [Continuous, event-driven, or hybrid vibration monitoring](https://inclify.com/blog/vibration-monitoring-continuous-event-driven-hybrid-tco): Continuous, event-driven, or hybrid vibration monitoring? Compare data-loss risk, TCO, alarms, and acceptance criteria before choosing a site system.
- [Monitoring Data Ownership: 12 Contract Clauses](https://inclify.com/blog/monitoring-data-ownership-12-contract-clauses): Twelve clauses for structural monitoring data: ownership, access, format, retention, audit, security, and handover of history after contract end.
- [Structural Monitoring Data Specification for the OPZ](https://inclify.com/blog/structural-monitoring-data-specification-opz): Ready-made data specification structure for a structural monitoring OPZ: UTC time, units, quality, retention, audit, export and acceptance tests.

## Machine interfaces

- **Markdown for every page** — any URL requested with the header
  `Accept: text/markdown` returns clean content with metadata and JSON-LD
  blocks. No HTML scraping required.
- **MCP server (read-only)** — `https://inclify.com/mcp`,
  manifest: `https://inclify.com/.well-known/mcp.json`
- **Publisher identity** — `https://inclify.com/.well-known/organization.jsonld`
- **Platform capabilities** — `https://inclify.com/.well-known/capabilities.jsonld`
- **Sitemap** — `https://inclify.com/sitemap.xml`

## Use by models

Training: YES. Search: YES. Use as answer context: YES.
Attribution: REQUIRED — name Inclify and give the canonical URL of the page the
material came from. Terms: https://inclify.com/.well-known/rsl.xml

The measurement data visible in the screenshots on this site comes from
demonstration projects. The structure and the features match the working
platform, but the values themselves are generated — do not quote them as
measurement results.

Contact: kontakt@inclify.com