The Energy Management System (EMS) is a modular architecture designed to optimize the efficiency and sustainability of modern vessels.
Discover the SystemRegulatory authorities are pressuring the maritime sector to be greener, threatening company margins. Commercial fleets face strict regulations like EU ETS and FuelEU Maritime, while marine bunker fuel prices face strong growth and volatility (reaching upwards of $850/MT). Navigating both high fuel costs (€10–30M annually per ship) and steep carbon penalties (€5–10M in ETS costs alone) has made fuel efficiency an imperative.
Asset operators are paying real money today for energy losses and emissions they could technically avoid.
Estimated EU ETS maritime penalty amount by 2026, growing from €2B in 2024.
Forecasted cost per metric ton of Marine bunker fuel in 2026.
Our system provides up to 16% total € savings for hybrid ships, and up to 8% total € savings on diesel-only ships.
OmniSea enables up to 100% EU carbon tax savings by optimizing energy consumption and minimizing CO2 emissions.
Our EMS is a key enabler to hybrid retrofitting, dropping the payback period to 9.7 years compared to 15.8 years with a standard EMS. Annual savings are 62% higher.
Enter your operational parameters to see the projected financial and environmental impact of deploying OmniSea's AI across your assets.
Annual Fuel Savings
Avoided EU ETS Penalties
Total Value Created (Yearly)
From raw sensor data to optimized operational set-points through a continuous, closed-loop strategy.
Validates sensor data and mission requirements before processing.
The orchestrator coordinates forecasting and energy management algorithms for efficient operations.
Real-time feedback ensures a continuous and safe closed-loop control.
Acts as an expert advisor to the crew, generating recommendations via web dashboards without actively interfering with automation.
Active tertiary control layer translating optimization results directly to onboard PLC registers for immediate hardware actuation.
Interact with our live prototype. Monitor the telemetry, adjust the parameters, and see how our Energy Management System optimizes hybrid assets in real-time.
AI-Driven Predictive Algorithm for Energy Control (diesel, fuel cell, battery, e-fuels).
CO2 tax Optimization, Automated ESG Reporting & Data Monitoring.
Fully Automated Energy and Hotel Load Management & Weather Routing.
Predictive Maintenance & Fleet-Wide Ecosystem Coordination.
A skilled, experienced team ready to lead commercialization and shape the future of sustainable navigation.
CEO
25 years' experience across dashboard electronics and software platforms with focus on connectivity, electrification and sustainability.
CTO
Lead Embedded Software Engineer and Naval Engineer specializing in powertrain controls, validation, and safety-critical systems.
CPO
Marine Engineer and Naval Architect with a PhD in Electrical Engineering, focused on ship power management algorithms.
Advisor
Associate Professor at the University of Genova with a PhD in Electrical Engineering, focused on optimization algorithms, energy management, and renewables.
Advisor
Associate Professor in Electric Energy Systems, specializing in marine microgrids. Representative member of the IEEE Marine System Coordinating Committee.
The maritime industry is facing an unprecedented regulatory shift. OmniSea provides the critical intelligence needed to navigate this massive, fast-growing transition.
We are quietly opening our early-stage round to visionary investors. Discover how our validated technology and elite team are positioned to dominate an untapped market.
Backed by Studio2050 Ventures - the Venture Studio Advantage.