Innovative data acquisition (DAQ) applications.

Dewesoft is a global leader in test and measurement technology, trusted by engineers, scientists, and innovators across a wide range of industries and application areas. Our award-winning data acquisition (DAQ) systems deliver unmatched versatility, precision, and ease of use.

Whether you’re developing the next generation of vehicles, launching spacecraft, maintaining energy infrastructure, or ensuring quality on the production line, Dewesoft empowers you with reliable data—wherever your work takes you. From R&D and testing to monitoring and control, our DAQ solutions are built to perform in any environment—from the factory floor to a suspension bridge.

Application categories

Browse the applications that our DAQ systems can handle. You can sort them by solution area, industry, or even a specific application name. Some applications exist in more than one industry. For example, power analysis is used not only by power plants, but also in the world of electric cars, electric trains, and more. Acoustics and modal analysis are used by almost every industry, as another example. We have organized our DAQ applications in multiple ways so that you can find what you’re looking for, quickly and easily.

By area

Sound quality measurement for Akrapovič exhausts

Acoustics
Data recording
Flight and space testing
Monitoring
NVH
Power analysis and power quality
Rotating machinery
Structural dynamics
Vehicle testing
Vibration analysis

By industry

Aerospace
Automotive
Civil engineering
Education
E-mobility
Heavy machinery
Industrial
Maritime
Power and Energy
Railway

Solutions according to industry standards and norms

Our proven solutions combine tightly knit hardware and software ... right out of the box. We follow all relevant industry standards and international norms when developing our hardware and software. There are standards that apply to automotive testing, acoustic testing, and power quality analysis. We combine our top-quality hardware with software that has been specifically written for each of these applications. Check our in-depth article about supported standards in Dewesoft measurement solutions.

Subject matter expertise you can count on

Our subject matter expertise is the result of working directly with you - our customers – for decades. Our application engineers have the education and experience to ensure that there is strong and capable support behind every solution that we offer. Whether it’s in acoustics, automotive engineering, modal analysis, flight test telemetry, power, and energy, or general data recording, we are here.

Tools for R&D testing

The third decade of working closely with engineers in different R&D industries has brought our solutions to the next level. We are equipping engineers with unique and innovative instrumentations. Our solutions are used in the world's most advanced testing labs and proving grounds. Dewesoft is a trusted global partner with today's most progressive brands.

Our specialty has always been developing cutting-edge products and services to create turn-key data acquisition solutions that fit perfectly customers' testing demands in the lab, test bench, or on the field.

Tools for monitoring

We entered the structural health monitoring market by introducing some unique products. Our monitoring solution includes sensors, signal conditioning amplifiers, data acquisition software, a modern database for long-term storage, and clients for viewing and analyzing the monitored data.

With highly skilled application engineering and support teams, you can always consult us and rely on our know-how. We have instrumented the world's biggest bridge and some of the oldest and most impressive buildings out there.

Tools for quality control

Test equipment and setup with Power Analyzer

End-of-line testing is an important process in production to assure the great quality of your products. The flexibility of our products and solutions makes them easily adaptable for quality control and validation testing. Our software can be automated for operators to allow them fast execution and repetition of the tests.

From industrial process control to end-of-line testing applications, Dewesoft provides complete solutions ranging from sensors to instrumentation. Our solutions and products comply with current standards and also offer Industry 4.0 integration options.

Browse recent case studies

Case Studies

Comparing and Evaluating Servo Motor Accuracy, Efficiency, and Thermal Stability

At the University of Ljubljana, four servo motors were tested using Dewesoft tools to compare accuracy, efficiency, and thermal stability under loaded and unloaded conditions. Measurements of rotation, temperature, and power showed the Turnigy DMC 809 as the best performer, with consistent accuracy, minimal heating, and low power use, while the Waveshare WS-SG90 proved least reliable for demanding applications.

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The team after the first successful static fire test.

Case Studies

Data Acquisition and Control for Testing Italy’s First Bi-Liquid Rocket Engine

Skyward Experimental Rocketry, a student team from Politecnico di Milano, developed and tested Aeneas, Italy’s first bi-liquid rocket engine. Using Dewesoft’s IOLITE platform, they built a precise data acquisition and control system to ensure safe static fire tests. The project advances hands-on rocketry education and paves the way for next-gen 3D-printed, regeneratively cooled engines.

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Case Studies

Testing and Validation of a Brake Disc Model for a Formula SAE Car

The UniNa Corse Racing Team from the University of Naples developed and validated a brake disc model for their first fully electric Formula SAE car, Nura. Using Dewesoft data acquisition and Radio6ense sensors, they compared CFD simulations with real track tests to analyze thermal behavior. This allowed them to refine the brake system design for improved safety, efficiency, and performance in competition.

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Case Studies

Testing Load Cell Tension and Compression for Accurate Rocket Thrust Measurement

The AQUILO Rocket Team at Inholland University tested S-type load cells in tension and compression to improve rocket thrust measurement accuracy. Using Dewesoft’s SIRIUS DAQ and software, they evaluated 200 kg and 1000 kg cells, finding compression more accurate—by 76.9% and 40.9% respectively. The study highlights how load cell capacity and force direction affect data reliability, guiding future horizontal test stand designs.

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Case Studies

Optimizing Electric Scooter BLDC Motor Efficiency Using Dewesoft Power Analyzer

Electric scooters rely on compact, efficient BLDC motors whose performance depends heavily on supply voltage. A study at Tallinn University of Technology utilized Dewesoft Power Analyzer tools to investigate the impact of voltage on output power and efficiency. Results showed that an operating range of approximately 45 V is optimal, delivering peak efficiency and stability. These findings can help improve scooter design, enhance battery life, and contribute to global energy savings.

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Case Studies

Experimental Analysis of Tire Behavior on a Hydrogen Vehicle

Team H2politO from Politecnico di Torino conducted an experimental study on the tire and drivetrain behavior of their hydrogen prototype IDRAzephyrus. Using Dewesoft DAQ systems and RFID temperature sensors, they measured cornering stiffness, slip, and thermal response. The insights improve vehicle modeling, efficiency, and race strategy for the Shell Eco-Marathon, where minimizing fuel use is key.

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Case Studies

Optimizing Inverter Control Parameters and Thermal Mapping of a Formula SAE Car

The University of Pisa’s E-Team Squadra Corse partnered with Dewesoft and Radio6ense to enhance their Formula SAE electric car. Using high-frequency data acquisition and RFID-based thermal mapping, the team optimized inverter control parameters and validated the battery’s thermal model. These insights improved powertrain reliability, safety, and performance under demanding race conditions.

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Case Studies

Bearing Fault Diagnosis Using Dewesoft Vibration Analysis Tools

Bearings are vital in industrial machinery, and their early fault detection prevents costly downtime. This study shows how Dewesoft vibration analysis tools, paired with high-sensitivity sensors and advanced signal processing, enable precise monitoring of bearing health. By integrating machine learning with high-resolution data acquisition, it demonstrates a powerful approach to predictive maintenance and Industry 4.0.

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Case Studies

Pulse Width Modulation Control and Monitoring on Test Bench for Underwater Thrusters

Team PoliTOcean from the Polytechnic University of Turin developed a test bench to control and monitor eight underwater thrusters using PWM. With Dewesoft’s SIRIUS-HD-16xLV and DewesoftX, they measured voltage, current, and waveforms in real time, identifying power delivery issues linked to DC/DC converters. The campaign validated their PCB design and laid the groundwork for future AI-driven thruster performance modeling.

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Case Studies

Load Circuit Breaker Identification in a Power Distribution Cabinet

Identifying unlabeled circuit breakers without shutting off power is a major challenge in critical facilities. This project introduces a pulse-based method using MOSFET-based SSRs, flux-gate magnetic sensors, and a Dewesoft SIRIUS DAQ system to detect live breakers. Early tests show promise for precise, non-intrusive identification, though further refinement is needed for reliability in noisy real-world environments.

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Case Studies

Static Fire Test of a Student-Built Rocket Engine

The AQUILO Rocket Team from Inholland University conducted a static fire test of their PB-51C solid rocket motor, using Dewesoft’s DAQ systems to measure thermal and thrust data. Results confirmed safe casing temperatures but revealed unexpected thrust spikes, likely caused by ignitor holder failure. These findings will guide design improvements for their upcoming AQUILO IX rocket, targeting EuRoC 2026.

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Case Studies

Data Acquisition for Rocket Engine Static Fire Test

Faraday Rocketry UPV upgraded its static fire test setup with Dewesoft SIRIUS hardware and DewesoftX software, enabling precise, real-time measurement of thrust, temperature, and vibration for student-built rocket motors. The new system improved accuracy, reduced complexity, and matched simulation results, certifying the motor’s flight readiness and boosting the team’s future development capabilities.

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Case Studies

Condition Monitoring of Metal-Cutting Machine

Researchers at FH Joanneum retrofitted a metal-cutting band saw with Dewesoft sensors to monitor vibrations, sound, and temperature, successfully digitizing an old machine for real-time condition monitoring. This hands-on setup helps detect tool wear, improves efficiency, and now serves as a practical training tool for students and industry partners in smart manufacturing.

Konrad Schweiger

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Case Studies

Testing the Reliability of Automated Greenhouse Doors

A student project tested the reliability of automated greenhouse doors controlled by temperature using an Arduino system and the Dewesoft DEWE-43A data acquisition device. The system showed stable operation and effective temperature-based responses, with detailed sensor analysis identifying areas for improvement in obstacle detection and mechanical reliability. Future upgrades include sensor enhancements and IoT integration for remote diagnostics.

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Case Studies

Real-Time Snow Load Monitoring on Industrial Roofs

Swegon implemented a real-time snow load monitoring system using Dewesoft strain gauge technology to prevent roof collapses in its Swedish production hall. The system tracks structural strain, sends alerts when critical thresholds are reached, and ensures timely snow removal. It combines synchronized data acquisition, visualization, and alarms to enhance safety and maintain operational continuity.

Daniel Colmenares

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Case Studies

Vibration-Based Health Monitoring of Gearboxes on Offshore Crew Transfer Vessel

This case study presents a year-long vibration-based monitoring campaign of gearbox health on an offshore Crew Transfer Vessel using Dewesoft hardware and software. The research aims to enable predictive maintenance amid harsh marine conditions, using accelerometers, temperature sensors, and a gyroscope installed on one of the vessel's twin hulls. Data is collected via a DEWE-43A unit, stored externally, and processed in DewesoftX with FFT analysis for early fault detection.

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