Tarucca turns high-value offshore assets — wind turbine blades, mooring lines, subsea cables — into intelligent, self-monitoring systems that predict failure, reduce waste, and extend operational life.
We combine three deep capabilities to turn raw sensor data into operational decisions that matter.
We build machine learning models that fuse sensor, SCADA, and metocean data to detect early degradation, predict failure, and quantify uncertainty — designed for the realities of offshore environments: intermittent connectivity, noisy data, safety-critical decisions.
Photonic vibration sensing systems with high sensitivity and immunity to electromagnetic interference — ideal for demanding conditions inside wind turbines and on offshore structures. We integrate multi-vendor sensor systems and build rugged edge-computing architectures for field deployment.
Fatigue analysis, load modelling, and physics-based simulation. We build digital twins that update from real measurements, enabling condition-based maintenance decisions grounded in how the asset actually behaves — not just what standard models predict.
Three domains, one shared approach: embed intelligence, extend life, eliminate unnecessary maintenance.
Condition and structural health monitoring using photonic sensors and AI anomaly detection. Currently deployed onshore — moving offshore in Q2 2026.
Learn more →Probabilistic digital twin and AI-based remaining useful life estimation for floating offshore wind mooring systems. Developed with Eindhoven University of Technology. TRL 3→5.
Learn more →AI correction algorithms that dramatically improve the accuracy of subsea power cable surveys — enabling faster inspections and better maintenance decisions.
Learn more →"To transform high-value infrastructure assets into climate-friendly, resilient, and intelligent systems that monitor themselves, optimise their use, and last longer — with zero unplanned downtime, zero unnecessary maintenance, zero waste."
By combining fiber-optic sensing, AI, and structural dynamics expertise, we are building infrastructure that sustains itself, and the planet.
Unplanned downtime
Unnecessary inspections & maintenance
Waste
Safety or cybersecurity incidents
Active in consortia with Eneco, Vattenfall, Shell, TNO, and TU Delft.
Whether you are designing a floating wind project, managing an offshore asset fleet, or exploring the next generation of mooring or cable monitoring — we want to hear about your specific challenge. Tarucca specialises in turning complex sensor data into decisions that matter.