Summary
- Profile Type
- Technology offer
- POD Reference
- TOIT20250619009
- Term of Validity
- 19 June 2025 - 19 June 2026
- Company's Country
- Italy
- Type of partnership
- Commercial agreement with technical assistance
- Research and development cooperation agreement
- Targeted Countries
- All countries
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General information
- Short Summary
- The Spin-Off develops innovative solutions for static and dynamic structural monitoring of civil and industrial infrastructure. It is the result of years of applied academic research in the field of structural engineering and advanced sensing. It offers technologies for static and dynamic control of wind tower foundation efficiency and measurement of relative displacements between foundation and wind tower. It collaborates offering certified expertise and customized solutions.
- Full Description
-
The spin-off of the University of Calabria is a cutting-edge company, specializing in structural monitoring and advanced diagnostics of civil infrastructures. Their work is rooted in solid scientific foundations, the result of research carried out within the University and in collaboration with national and international research institutes. This has enabled to develop and propose innovative experimental methodologies for the prevention and control of structural deterioration.
They employ automated measurement systems based on state-of-the-art sensors and fiber optic technologies, capable of detecting displacements, deformations, and other structural parameters in real time, both in existing buildings and new constructions. Their solutions enable the early identification of critical conditions, helping to prevent structural damage and optimize maintenance interventions.
The company’s activities are not limited to monitoring, but also include the design of consolidation and rehabilitation interventions. The company has extensive experience in the design of interventions on buildings and civil infrastructure, as well as in the rehabilitation and adjustment of wind tower foundations, developing tailor-made solutions for each specific structural context.
Thanks to a highly qualified team of CICPND-certified engineers recognized by ACCREDIA, the company guarantees the highest standards of quality and reliability. The company has established collaborations with national and international partners, as well as with renowned Italian universities, with the goal of developing increasingly high-performance and technologically advanced structural monitoring systems. The company provides a wide range of specialized services in the field of civil engineering, including:
Monitoring of existing and newly built structures using fiber optic sensors; Static and dynamic monitoring of wind turbine towers ; Dynamic field monitoring using velocimeters and accelerometers; Assessment of damage conditions in existing structures ; Non-structural diagnostic investigations on floors and suspended ceilings in public buildings ; Seismic vulnerability assessments of existing structures ;Design of seismic retrofitting or strengthening interventions ; Verification of the static efficiency of existing structures
Non-destructive testing (NDT) on construction materials ; Technical support for public contracting authorities in seismic retrofitting and strengthening projects ; Research and development, training activities.
As part of its experimental activities, the company uses the following proprietary equipment: Sofo V reading unit with dedicated software, SCAIME multichannel acquisition unit for FBG sensors; QUANTUMX HBK strain gauge control unit; dial gauges; data acquisition units; ultrasonic device for testing concrete in situ; ultrasonic instruments for testing bolts and steel elements; rebound hammers (sclerometers);thermal cameras; dynamic acquisition unit with 24 channels; bi-axial and mono-axial accelerometers; rebar locator (pacometer); endoscope.
An overview of the activities undertaken by the company’s team:
Ongoing collaboration with a major renewable energy company has focused for several years on inspecting wind tower foundations using both static and dynamic protocols. Since 2022, over 400 wind turbines have been inspected.
Managed the design, supply, installation, and data acquisition of a static monitoring system for two newly built wind towers at a major wind farm, commissioned by a leading Italian company in the wind and photovoltaic energy sector. Performed vertical displacement checks at tower bases using loading procedures in line with G.E. standards.
Also worked with an independent European renewable energy company to inspect wind tower foundations and developed resin injection techniques to consolidate damaged foundations in over 15 real-world cases. - Advantages and Innovations
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The spin-off is a highly innovative company operating in the field of structural monitoring and advanced diagnostics for civil infrastructure. It distinguishes itself through the use of proprietary technologies and cutting-edge instruments, including automated measurement systems based on fiber optic sensors, smart data acquisition units with real-time data transmission, structural modeling software, and platforms for predictive analysis of structural conditions. Its integrated static and dynamic approach, applied both during construction and on existing structures, enables continuous, accurate, and reliable monitoring of structural health.
Unlike standard market practices, the spin-off adopts internally developed experimental protocols that enable the early identification of structural vulnerabilities, even before visible damage occurs. This proactive methodology significantly reduces the risk of failure and allows for more efficient planning of maintenance activities, with clear benefits in terms of safety, durability, and cost optimization.
The spin-off team is composed of highly qualified engineers, CICPND-certified and ACCREDIA-recognized, who are involved also in research and development. Through collaborations with prestigious Italian universities and industrial partners, the company contributes to the evolution of monitoring and diagnostic methodologies, pushing the boundaries of current industry standards.
A concrete example of impact is the monitoring of foundations for over 400 wind turbines (from 2022 to the present), conducted in partnership with a major renewable energy company using innovative static and dynamic procedures or the design data acquisition during the construction phase of a static foundation monitoring system for two newly built wind towers at an important Wind Farm in Sicily.
Projects like this demonstrate the company's technical reliability and its ability to deliver tangible benefits in highly strategic contexts. - Technical Specification or Expertise Sought
-
We are looking for industrial partners operating in the wind energy sector, particularly companies involved in the management, maintenance, project or development of wind farms and turbine towers.
Our goal is to establish collaborations with entities interested in applying advanced structural health monitoring protocols—both static and dynamic—on wind turbine foundations. These partners could benefit from our expertise in real-time diagnostics and long-term monitoring to improve structural safety, optimize maintenance, and extend the service life of wind energy infrastructure. - Stage of Development
- Already on the market
- Sustainable Development Goals
- Goal 13: Climate Action
- Goal 9: Industry, Innovation and Infrastructure
- Goal 11: Sustainable Cities and Communities
- Goal 17: Partnerships to achieve the Goal
- Goal 8: Decent Work and Economic Growth
- Goal 7: Affordable and Clean Energy
- IPR status
- IPR granted
- IPR notes
-
The Spin-off owns two patents:
LIFETIME EXTENSION WT – VERIFICA DI ADERENZA ALLA FONDAZIONE (FOUNDATION ADHERENCE VERIFICATION)
LIFETIME EXTENSION WT – VERIFICA STATICA DI INTEGRITÀ DELLA FONDAZIONE (STATIC
FOUNDATION INTEGRITY VERIFICATION)
Partner Sought
- Expected Role of a Partner
-
The partner will support the integration of our structural monitoring systems into ongoing operations, providing use cases, operational specifications, and real infrastructure contexts. They may also contribute to field validation and provide valuable feedback for the joint development of new predictive diagnostics solutions.
The partner will also be able to use our procedures to check the foundations of wind towers, key components for the safety and stability of the entire structure, and actively involve us in maintenance activities. - Type and Size of Partner
- SME 11-49
- SME 50 - 249
- Big company
- Type of partnership
- Commercial agreement with technical assistance
- Research and development cooperation agreement
Dissemination
- Technology keywords
- 02006007 - Management of construction process & life
- 01003025 - Internet of Things
- 01004011 - Maintenance Management System
- 02006006 - Construction engineering (design, simulation)
- 02006005 - Construction maintenance and monitoring methods & equipment
- Market keywords
- 09003005 - Consulting services
- 06003003 - Wind energy
- 09003001 - Engineering services
- 09007004 - Engineering and consulting services related to construction
- Targeted countries
- All countries