Precise surveying of maritime infrastructure - both above and below water.
Precise surveying of maritime infrastructure - both above and below water.
Precise surveying of maritime infrastructure - both above and below water.
HydroMapper captures complex structures with high precision, creating the robust data foundation needed for informed condition assessments and sustainable infrastructure decisions.
HydroMapper captures complex structures with high precision, creating the robust data foundation needed for informed condition assessments and sustainable infrastructure decisions.
km of surveyed quay wall
km of surveyed quay wall
Completed Projects
Completed Projects
Expertise
Expertise
One platform. Absolute transparency.
HydroMapper combines patented surveying technology with AI-powered platform analysis. The result is complete digital twins of infrastructure assets – providing a reliable foundation for your maintenance, planning, and operations.
Capture - HydroMapper
HydroMapper surveys structures above and below water using high-precision measuring techniques, delivering a robust and reliable data foundation.
Analyze - InfraCloud
Within the InfraCloud, survey data is structured, merged, and analyzed. This is where condition assessments, deformation analyses, target-actual deviations, and defect detections are integrated.
Decide - your team
Based on these insights, operators can make well-informed decisions for maintenance, planning, and long-term asset management.
From survey to sound infrastructure decisions
From survey to sound infrastructure decisions
From survey to sound infrastructure decisions
HydroMapper combines high-precision surveying with engineering analysis and digital asset management. Based on the captured measurement data, HydroMapper delivers structural analyses and condition assessments of your assets. These results are clearly visualized and made fully actionable within InfraCloud. This creates a holistic, data-driven foundation that empowers operators to make well-informed decisions regarding the maintenance, planning, and long-term utilization of their infrastructure.
HydroMapper combines high-precision surveying with engineering analysis and digital asset management. Based on the captured measurement data, HydroMapper delivers structural analyses and condition assessments of your assets. These results are clearly visualized and made fully actionable within InfraCloud. This creates a holistic, data-driven foundation that empowers operators to make well-informed decisions regarding the maintenance, planning, and long-term utilization of their infrastructure.
HydroMapper combines high-precision surveying with engineering analysis and digital asset management. Based on the captured measurement data, HydroMapper delivers structural analyses and condition assessments of your assets. These results are clearly visualized and made fully actionable within InfraCloud. This creates a holistic, data-driven foundation that empowers operators to make well-informed decisions regarding the maintenance, planning, and long-term utilization of their infrastructure.
Patented data acquisition
HydroMapper
HydroMapper
Comprehensive structural surveys, both above and below the waterline. Using multibeam technology, LiDAR scanning, and UAV photogrammetry, we capture every single inch with precise georeferencing and millimeter accuracy. Even in turbid waters with zero visibility, the system delivers complete, high-tech results.
Comprehensive structural surveys, both above and below the waterline. Using multibeam technology, LiDAR scanning, and UAV photogrammetry, we capture every single inch with precise georeferencing and millimeter accuracy. Even in turbid waters with zero visibility, the system delivers complete, high-tech results.
EU & US Patent for Underwater Surveying
EU & US Patent for Underwater Surveying
Sheet pile walls, quay walls, bridge foundations, locks
Sheet pile walls, quay walls, bridge foundations, locks
Data fusion above and below water
Data fusion above and below water
Central Cloud Platform
InfraCloud
InfraCloud
All structural data in one central cloud platform. AI-powered damage detection, collaborative planning, and structured documentation – the foundation for proactive infrastructure management.
All structural data in one central cloud platform. AI-powered damage detection, collaborative planning, and structured documentation – the foundation for proactive infrastructure management.
3D Visualization + Point Cloud Viewer
3D Visualization + Point Cloud Viewer
Automated AI Damage Detection
Automated AI Damage Detection
Role-based access for teams and external partners
Role-based access for teams and external partners
Calculate your project online
Calculate your project online
Your project, your numbers. Calculate now how much time and budget you can save with modern infrastructure surveying.
Our Surveying Methods
HydroMapper combines various surveying technologies to completely capture complex structures.
HydroScan - Patented Underwater Surveying Technology
With HydroScan, HydroMapper is setting new standards for the precise, efficient, and safe inspection of underwater structures.
HydroScan - Patented Underwater Surveying Technology
With HydroScan, HydroMapper is setting new standards for the precise, efficient, and safe inspection of underwater structures.
HydroScan - Patented Underwater Surveying Technology
With HydroScan, HydroMapper is setting new standards for the precise, efficient, and safe inspection of underwater structures.
HD Mapping – High-Resolution 3D Capture of Surface Structures
By utilizing state-of-the-art camera systems and intelligent evaluation algorithms, we generate highly realistic 3D models with exceptional resolution.
HD Mapping – High-Resolution 3D Capture of Surface Structures
By utilizing state-of-the-art camera systems and intelligent evaluation algorithms, we generate highly realistic 3D models with exceptional resolution.
HD Mapping – High-Resolution 3D Capture of Surface Structures
By utilizing state-of-the-art camera systems and intelligent evaluation algorithms, we generate highly realistic 3D models with exceptional resolution.
Mobile Mapping – Millimeter-accurate 3D mapping of overwater structures
Our mobile mapping systems continuously capture spatial data as they move along the object or structure.
Mobile Mapping – Millimeter-accurate 3D mapping of overwater structures
Our mobile mapping systems continuously capture spatial data as they move along the object or structure.
Mobile Mapping – Millimeter-accurate 3D mapping of overwater structures
Our mobile mapping systems continuously capture spatial data as they move along the object or structure.
HydroInspect – ROV-supported underwater inspection and documentation
HydroInspect ROV systems deliver crystal-clear visual data and sonar-based insights, even in low-visibility, turbid waters.
HydroInspect – ROV-supported underwater inspection and documentation
HydroInspect ROV systems deliver crystal-clear visual data and sonar-based insights, even in low-visibility, turbid waters.
HydroInspect – ROV-supported underwater inspection and documentation
HydroInspect ROV systems deliver crystal-clear visual data and sonar-based insights, even in low-visibility, turbid waters.
AeroVision – Photogrammetric 3D Aerial Mapping
Aerial data acquisition enables fast and flexible documentation, even for large-scale or difficult-to-access structures.
AeroVision – Photogrammetric 3D Aerial Mapping
Aerial data acquisition enables fast and flexible documentation, even for large-scale or difficult-to-access structures.
AeroVision – Photogrammetric 3D Aerial Mapping
Aerial data acquisition enables fast and flexible documentation, even for large-scale or difficult-to-access structures.
InfraCapture 360 – Digital mapping of indoor spaces and industrial facilities
Whether it's industrial halls, production plants, engine rooms, technical infrastructure, or existing buildings – InfraCapture 360 is perfectly suited for highly structured environments.
InfraCapture 360 – Digital mapping of indoor spaces and industrial facilities
Whether it's industrial halls, production plants, engine rooms, technical infrastructure, or existing buildings – InfraCapture 360 is perfectly suited for highly structured environments.
InfraCapture 360 – Digital mapping of indoor spaces and industrial facilities
Whether it's industrial halls, production plants, engine rooms, technical infrastructure, or existing buildings – InfraCapture 360 is perfectly suited for highly structured environments.
InfraCloud – our database for smarter infrastructure decisions
InfraCloud – our database for smarter infrastructure decisions
InfraCloud – our database for smarter infrastructure decisions
InfraCloud provides all surveying data in a structured format, making it available whenever you need it. The platform enables you to:
Seamless access to surveying and condition data
Structured documentation of structures and damages
Collaboration for all project stakeholders based on a single source of truth
Data-driven asset management across the entire lifecycle
This enables well-founded, data-driven decisions that make infrastructure more efficient, durable, safe, and cost-effective.
Your path to the digital twin
Your path to the digital twin
From initial inquiry to completed analysis – transparent, efficient, and delivered in just a few weeks.
From initial inquiry to completed analysis – transparent, efficient, and delivered in just a few weeks.
01
Goal Alignment
Defining measurement requirements, coordinate systems, and deliverable formats. Collaborating with relevant authorities as needed.
Duration: 1–2 days
02
Data Acquisition
On-site surveying with a survey-grade boat, drone, and terrestrial scanner. HydroMapper brings the entire tech stack – capturing all areas in a single, coordinated campaign.
Duration: 1–5 days
03
Data Fusion
Merging above- and below-water data into a complete, georeferenced 3D model. All data seamlessly integrated into a single, unified coordinate system.
Duration: 2–7 days
03
Data Fusion
Merging above- and below-water data into a complete, georeferenced 3D model. All data seamlessly integrated into a single, unified coordinate system.
Duration: 2–7 days
04
Data Preparation
Automated data processing, point cloud cleaning, and AI-supported damage detection. Detected anomalies are then verified and assessed by engineers.
Duration: 1–3 days
04
Data Preparation
Automated data processing, point cloud cleaning, and AI-supported damage detection. Detected anomalies are then verified and assessed by engineers.
Duration: 1–3 days
05
Condition Assessment
Deformation analyses and remaining service life calculations using scientific methods. Documentation complies with recognized damage catalogs—WSVpruf and ASB-ING.
Duration: 3–10 days
06
Structural Health Monitoring
Provisioning the data in the InfraCloud. All data - one single platform.
Persistent
Your path to the digital twin
From initial inquiry to completed analysis – transparent, efficient, and delivered in just a few weeks.
01
Goal Alignment
Defining measurement requirements, coordinate systems, and deliverable formats. Collaborating with relevant authorities as needed.
Duration: 1–2 days
02
Data Acquisition
On-site surveying with a survey-grade boat, drone, and terrestrial scanner. HydroMapper brings the entire tech stack – capturing all areas in a single, coordinated campaign.
Duration: 1–5 days
03
Data Fusion
Merging above- and below-water data into a complete, georeferenced 3D model. All data seamlessly integrated into a single, unified coordinate system.
Duration: 2–7 days
03
Data Fusion
Merging above- and below-water data into a complete, georeferenced 3D model. All data seamlessly integrated into a single, unified coordinate system.
Duration: 2–7 days
04
Data Preparation
Automated data processing, point cloud cleaning, and AI-supported damage detection. Detected anomalies are then verified and assessed by engineers.
Duration: 1–3 days
04
Data Preparation
Automated data processing, point cloud cleaning, and AI-supported damage detection. Detected anomalies are then verified and assessed by engineers.
Duration: 1–3 days
05
Condition Assessment
Deformation analyses and remaining service life calculations using scientific methods. Documentation complies with recognized damage catalogs—WSVpruf and ASB-ING.
Duration: 3–10 days
06
Structural Health Monitoring
Provisioning the data in the InfraCloud. All data - one single platform.
Persistent
From manual documentation to automated analysis – with the HydroMapper system.
From manual documentation to automated analysis – with the HydroMapper system.
From manual documentation to automated analysis – with the HydroMapper system.
Boost your efficiency
Minimizing risk
Boost value
Creating synergies
Conventional Process
Manual collection and processing of existing asset data. Paper-based diving logs, manually digitized. Damage assessment and prioritization kept in individual documents.
Time commitment: approx. 80 hours/year
−88%
Time commitment
HydroMapper + InfraCloud
Digitally supported workflow from structure data acquisition to the final report.
Georeferenced 3D data serves as the foundation for damage assessment, documentation, and action planning directly within the digital model.
Time commitment: approx. 10 hours/year
Boost your efficiency
Minimizing risk
Boost value
Creating synergies
Conventional Process
Manual collection and processing of existing asset data. Paper-based diving logs, manually digitized. Damage assessment and prioritization kept in individual documents.
Time commitment: approx. 80 hours/year
−88%
Time commitment
HydroMapper + InfraCloud
Digitally supported workflow from structure data acquisition to the final report.
Georeferenced 3D data serves as the foundation for damage assessment, documentation, and action planning directly within the digital model.
Time commitment: approx. 10 hours/year
Boost your efficiency
Minimizing risk
Boost value
Creating synergies
Conventional Process
Manual collection and processing of existing asset data. Paper-based diving logs, manually digitized. Damage assessment and prioritization kept in individual documents.
Time commitment: approx. 80 hours/year
−88%
Time commitment
HydroMapper + InfraCloud
Digitally supported workflow from structure data acquisition to the final report.
Georeferenced 3D data serves as the foundation for damage assessment, documentation, and action planning directly within the digital model.
Time commitment: approx. 10 hours/year
References
Successful projects with InfraCloud
28 miles (45 km)
Recorded distance
28 miles (45 km)
Recorded distance
Berlin Waterways - large-scale structural condition assessment
Berlin Waterways - large-scale structural condition assessment
Berlin Waterways - large-scale structural condition assessment
Surveying of approximately 45 km of waterfront and hydraulic engineering structures along the Spree-Oder Waterway under ongoing vessel traffic. The high-resolution measurement data serves as the foundation for structural condition assessments and long-term infrastructure management.
Bremerhaven - Structural Re-evaluation of a Quay Wall
Bremerhaven - Structural Re-evaluation of a Quay Wall
Bremerhaven - Structural Re-evaluation of a Quay Wall
Through precise measurement and deflection curve approximation, we were able to reassess the actual load-bearing capacity of the quay wall – successfully preventing a premature closure.
Precise Measurement
Precise Measurement
Block avoided
Maritime infrastructure references
Completed projects for ports, waterways, locks, and bridges
Completed projects for ports, waterways, locks, and bridges
Berlin waterways
Public infrastructure agency – surveying of approximately 45 km of waterfront and hydraulic structures along the Spree-Oder Waterway.
Berlin waterways
Public infrastructure agency – surveying of approximately 45 km of waterfront and hydraulic structures along the Spree-Oder Waterway.
Bremerhaven Quay Wall
Industrial enterprise in Northern Germany – Precise survey and structural reassessment of a central quay wall.
Bremerhaven Quay Wall
Industrial enterprise in Northern Germany – Precise survey and structural reassessment of a central quay wall.
Hamburg quay wall
High-resolution underwater survey of a complex harbor structure featuring multiple rows of wooden piles.
Hamburg quay wall
High-resolution underwater survey of a complex harbor structure featuring multiple rows of wooden piles.
Traffic and Parking Areas Bremerhaven
BLG AutoTec GmbH, Bremerhaven – Proactive infrastructure management for one of Europe's largest automotive logistics centers.
Traffic and Parking Areas Bremerhaven
BLG AutoTec GmbH, Bremerhaven – Proactive infrastructure management for one of Europe's largest automotive logistics centers.
Port of Flensburg
Flensburger Hafen GmbH – Fully digital mapping and monitoring of port infrastructure, above and below water.
Port of Flensburg
Flensburger Hafen GmbH – Fully digital mapping and monitoring of port infrastructure, above and below water.
Steel Viaduct Hamburg Barmbek
Hamburger Hochbahn AG – Digital structural inspection of a 100-year-old steel viaduct, with zero downtime.
Steel Viaduct Hamburg Barmbek
Hamburger Hochbahn AG – Digital structural inspection of a 100-year-old steel viaduct, with zero downtime.
Trust built on experience
Jannis Rombeck
Jannis Rombeck
Head of Department W3, WSA West German Canals
Head of Department W3, WSA West German Canals
"The high level of detail in the point cloud allowed us to quickly detect damage. We were able to visualize tilts in the sheet piling that would have been impossible for divers to detect."
"The high level of detail in the point cloud allowed us to quickly detect damage. We were able to visualize tilts in the sheet piling that would have been impossible for divers to detect."
Ch. Schlamkow
Ch. Schlamkow
Construction Team Lead, Rostocker Fracht- und Fischereihafen GmbH
Construction Team Lead, Rostocker Fracht- und Fischereihafen GmbH
"I've never seen our quay wall look like this – outstanding work."
"I've never seen our quay wall look like this – outstanding work."
Bringing visibility to your infrastructure
A live demo showcases the system using a real project—complete with actual data and real-world features. Typically, we'll get back to you regarding project inquiries within 3–5 business days.
Or give us a call directly at: +49 40 / 999 986 200
Bringing visibility to your infrastructure
A live demo showcases the system using a real project—complete with actual data and real-world features. Typically, we'll get back to you regarding project inquiries within 3–5 business days.
Or give us a call directly at: +49 40 / 999 986 200
Bringing visibility to your infrastructure
A live demo showcases the system using a real project—complete with actual data and real-world features. Typically, we'll get back to you regarding project inquiries within 3–5 business days.
Or give us a call directly at: +49 40 / 999 986 200
Bringing visibility to your infrastructure
A live demo showcases the system using a real project—complete with actual data and real-world features. Typically, we'll get back to you regarding project inquiries within 3–5 business days.
Or give us a call directly at: +49 40 / 999 986 200
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+49 40 99 99 862-00
Veritaskai 6, 21079 Hamburg, Germany
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info@hydromapper.de
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+49 40 99 99 862-00
Veritaskai 6, 21079 Hamburg, Germany
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info@hydromapper.de
Clone component
Copied to clipboard
+49 40 99 99 862-00
Veritaskai 6, 21079 Hamburg, Germany
Clone component
Copied to clipboard
info@hydromapper.de