• Monitoring active · 24/7
  • Automatic alerting
  • Single source: concept to operation
  • Wireless, no cabling or mains power

Smart Infrastructure Monitoring

Structural health monitoring in real time. Detect deterioration early.

Infrasolute is your leading full-service provider for structural health monitoring, online sensor technology and AI-assisted condition assessment and alerting, for structures and critical infrastructure.

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Trusted by operators, owners and partners

Single source

One partner for your entire monitoring

Infrasolute does not supply individual parts, it delivers the complete solution. From the first measurement concept to continuous surveillance, every step interlocks, handled by one team.

  1. Concept

    Parameters, thresholds and sensors, matched to the structure and its standards.

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  2. Installation

    Wireless mounting without mains power, with a documented baseline measurement.

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  3. Maintenance & Operation

    Monitoring as a service, data upkeep and regular maintenance.

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  4. Monitoring & Alerting

    Continuous evaluation with automatic alerts on threshold breaches, around the clock.

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About Infrasolute

Development, manufacturing, systems integration and data analysis

As a developer and manufacturer of innovative IoT sensor technology, and as a full-solution provider and systems integrator, we deliver turnkey solutions.

  • Identification of critical conditions
  • Continuous monitoring
  • Early detection of deterioration
  • Evidence preservation
  • Documentation to recognised standards
  • Automatic alerting

Our solutions contribute substantially to the safety and service life of structures, and create process reliability for construction and operation.

More about Infrasolute

Your advantages

Why operators choose Infrasolute

What operators, owners and planning offices value about working with Infrasolute.

Single source

Measurement concept, installation, monitoring and maintenance, handled by one team.

1 million readings per day

Data flowing in daily from bridges, car parks, tunnels and railway assets for evaluation.

More than 10,000 sensors installed

Over 100 structures are permanently monitored.

Projects in more than 10 countries

Deployed in Germany, Switzerland, the United Kingdom, the United States and the United Arab Emirates.

Documented to recognised standards

Reports and evaluations in line with DIN 1076, DIN 4150 and RIL 883.

Fast response

You reach us directly, with no ticket system and no queue.

Solutions

One sensor network for every measurand

From crack width to tilt, Infrasolute measures the parameters that define a structure’s condition and flags threshold breaches automatically.

Infrasolute crack sensor mounted over a crack, with displacement transducer and millimetre scale

Crack Monitoring
Moisture and corrosion sensors in concrete, installed on the reinforcement

Concrete Monitoring
Moisture and corrosion sensor in concrete, cross-section next to the reinforcement

Moisture & Corrosion Monitoring
Tilt sensor on a riveted steel girder beneath a structure

Tilt & Settlement Monitoring
Infrasolute gateway with six cable connections on a wall

Roof & Structural Load Monitoring
Measuring device with illuminated optics on a weathered steel profile

Construction Vibration Monitoring (DIN 4150)
Leak sensor with leak detection cable on a wet floor surface

Leak Monitoring
Construction site with groundwater lowering next to a railway bridge

Groundwater Monitoring
Aerial view of a heavily trafficked bridge, a structure under daily traffic load

Structural Health Monitoring

 Solutions All solutions

Products

All products

Basis for decisions

From reading to decision

Monitoring is not an end in itself. What matters is not that measurements are taken, but what can be decided better afterwards. Our data answers these five questions.

Monitoring platform Sample view
Reading history within limits
Warning threshold
  • AI-assisted data analysis Condition within limits
  • User-focused reporting Report ready
  • Alerting Thresholds monitored
  1. 01

    Close it or keep it in service

    A documented condition history shows whether a structure remains load-bearing or whether closure or a load restriction is needed. The decision rests on readings, not on a snapshot.

  2. 02

    Assess remaining service life

    How much longer a structure can be used can only be answered when its development is documented over months and years. That moves replacement investment to the point where it is genuinely due.

  3. 03

    Plan and prioritise repairs

    Knowing which area is moving and which stays stable allows targeted repair instead of blanket work. Across several structures, this decides the order and the budget.

  4. 04

    Set inspection effort correctly

    Scheduled inspection remains in place, monitoring closes the gap in between. Additional inspection rounds can be focused where something is actually moving.

  5. 05

    Cut the cost of manual readings

    Every on-site reading costs travel and staff, often traffic management or scaffolding on top. The sensor measures on its own, at the set interval, and reports when it matters.

Industries

We know your structure

Every structure type has its own damage mechanisms and its own standards. Our measurement concepts are built around them.

Motorway bridge with wireless bridge monitoring

Bridges

Continuous monitoring for road and motorway bridges, from baseline measurement to threshold alerting.

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Monitoring in an underground car park

Parking Structures

Make chloride ingress, reinforcement corrosion and cracks visible at an early stage.

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Tunnel monitoring with sensors

Tunnel Monitoring

Convergence and settlement above the drive, plus existing structures in the zone of influence.

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Monitoring of the Port of Rotterdam infrastructure

Ports & Logistics

Monitor quay walls, sheet piling and crane runways by radio, under water as well.

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Residential building with surrounding balcony structures

Balconies & Buildings

Identify balconies at risk early and decide refurbishment on data.

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Sensor on the reinforcement of a concrete structure before pouring

Critical Infrastructure

Discreet, self-sufficient monitoring for operators of critical infrastructure and utilities.

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All industries

References

Projects from the field

All references
Aerial view of the Südbrücke in Koblenz with carriageways and piers in the Rhine valley

Südbrücke Koblenz

The Südbrücke (Southern Bridge) is part of the Koblenz southern bypass and has been refurbished. The road authority wanted to keep the structural condition under objective, permanent observation during the works. Wireless, energy-free sensors in the concrete have handled that ever since, and the readings are available online at any time.

Client
Landesbetrieb Mobilität Rheinland-Pfalz
Sensors
Moisture and corrosion sensors, energy-free
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More projects

Underside of an A8 motorway bridge with box girder

A8 motorway bridge

Moisture and corrosion monitoring inside the bridge concrete, read out without closing a lane.
Empty deck of a newly built multi-storey car park with columns

Multi-storey car park, new build

Sensors went into the structure during construction, so its condition is traceable from handover onwards.
Port of Rotterdam with quay wall and container handling

Port of Rotterdam

Monitoring of quay walls and port structures under permanent load from salt water and cargo handling.
FAQ

Frequently asked questions

What is structural health monitoring?
Structural health monitoring is the continuous, sensor-based observation of structures such as bridges, tunnels or car parks. Parameters like crack width, tilt, moisture or vibration are recorded permanently to detect changes and damage at an early stage.
Which structures is monitoring suitable for?
From bridges and tunnels to car parks and ports, through to balcony structures and high-bay warehouses. For each structure type we develop a tailored measurement concept with the relevant parameters and thresholds.
Does the sensor installation require cabling?
No. Our sensors are wireless and self-sufficient. Data is transmitted over mobile standards such as LTE-M or NB-IoT, so no fixed cabling or mains power is needed.
Which standards do you measure to?
We align measurement concepts with recognised standards and guidelines, such as DIN 4150 for vibration or RIL 883, Deutsche Bahn’s guideline for track monitoring, in the rail environment. Thresholds are defined individually for each structure and question.
What happens when a threshold is exceeded?
When a reading exceeds the defined threshold, the system triggers an automatic alert. Those responsible can react immediately, without waiting for the next manual inspection.
Does Infrasolute also handle operation?
Yes. We support monitoring across the entire lifecycle, from concept to installation to maintenance and operation, optionally as monitoring as a service.

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Let’s talk about your structure

Tell us about the structure and your question. You will receive a sound initial assessment shortly, including suitable parameters and sensors.

+49 6742 8599600 DE +41 41 670 00 11 CH info@infrasolute.com
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