Subsea Hardware and Embedded Systems Development

Design a modular, high-performance software system that integrates real-time sensor data, performs complex calculations, and provides visualization and predictive analytics to monitor underwater hydrocarbon leaks.

Design and implement a modern, reliable electronics system incorporating hardware migration, legacy protocol support, and obsolescence management, ensuring operational continuity in challenging subsea environments.

Design and implement a modernized, network-enabled control software platform capable of supporting advanced turbine modules, safety features, and real-time environmental data integration.

Design and develop a battery management system that monitors individual battery cell performance, detects potential failures or fire risks, and provides diagnostic data in real time, optimized for embedded microcontroller environments.

Design and implement high-reliability subsea power electronic hardware with optimized magnetic components, ensuring safety, redundancy, and operational flexibility.

Development of a resilient, energy-efficient data transmission device that seamlessly integrates modern hardware and software with legacy systems, designed for use in harsh environmental conditions.

Design and develop a modernized transformer system that replicates original performance specifications, with enhanced reliability, suitable for harsh subsea environments, incorporating reverse engineering, custom manufacturing, and rigorous testing.

Development of an advanced, compliant DCDC power conversion module with integrated EMI suppression, custom component integration, and thermal management features suitable for deep-sea environments.