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Success Stories
How Seaqualize used a robust Edge-to-Cloud data foundation to ensure 100% equipment uptime while unlocking a new revenue model.
Seaqualize is a high-tech engineering firm based in Utrecht in the Netherlands, specializing in inline Balanced Heave Compensation (BHC) systems for the global offshore energy sector. Their flagship technology, the "HeaveChief", acts as an intelligent extension for standard cranes, neutralizing the vertical movement of ships caused by waves.
This innovation enables the safe transfer of mission-critical wind turbine components—weighing up to 1,100 metric tons—in waves as high as three meters. In an industry where vessel day-rates average €100,000, Seaqualize prevents the massive financial drain of weather-induced downtime and serves as a critical enabler of the energy transition.
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Rapid global expansion and the growing scale of next-generation wind farms made a strategic data transformation essential. SDG Group partnered with Seaqualize to lead the development of a resilient Edge-to-Cloud IoT data ecosystem.
By bridging the gap between offshore operations and cloud-based diagnostics, we provided real-time, global insights into their fleet to guarantee 100% equipment uptime and eliminate performance-related risks.
Intermittent Asset Visibility
Traditional cloud monitoring fails at sea because vessels rely on intermittent, low-bandwidth, and highly expensive satellite networks, leaving remote engineering teams blind to live equipment health.
High-Stakes Reliability & Uptime
During heavy offshore lifts, equipment failure poses severe safety risks to the crew and triggers massive financial claims, making a 100% uptime guarantee a strict necessity.
Fragmented Operational Intelligence
Seaqualize lacked a unified system to instantly deliver real-time safety insights to the local ship crew while simultaneously pushing deep diagnostic data to headquarters.
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Replaced data-blind operations with a unified system, giving multiple stakeholders continuous asset visibility both locally on the vessel and globally in the cloud.
High-frequency operational telemetry creates a continuous feedback loop, empowering Seaqualize to optimize the design and material performance of next-generation assets.
Delivering live visibility directly at the device level enabled real-time anomaly detection, preventing operational downtime and ensuring crew safety.
Powered by this resilient data foundation, Seaqualize commercialized their internal infrastructure into SealinQ—a redundant, high-performance "Network-as-a-Service" sold to other onboard subcontractors.
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