All posts by : Chiara

MAKE LIFE FLOW
Supporting your mission every step of the way

As the world’s foremost provider of pumps and supporting systems for naval applications, we help you operate and maintain a highly dependable and effective fighting force at sea.

Power and Networking Solutions for Sensor Fusion Systems in Military and Defense
Enercon Technologies Europe, distributed in Italy by CONSYSTEM Srl (exhibitor at Seafuture 2025), provides rugged power and networking solutions for advanced sensor fusion systems.

Consolite Technology is a leading designer, manufacturer and supplier of night vision lighting technology with over 40 years naval and aerospace experience.

Founded in 1973, Codevintec focuses on advanced cutting-edge technology for earth and marine surveys.

CO. L.MAR. It is an example of a family business with high standards strongly oriented towardsresearch and development, allowing it to export products all over the world.
We are committed to providing reliable, high-quality tools and solutions to support the scientificcommunity and maritime industries.

Class-leading products and systems delivering advanced situational awareness, surveillance and precision gun fire control. We are Chess Dynamics.

Chess Dynamics is a proven, trusted partner for naval defence experts around the world.

Caribul srl has been solving active and passive vibration problems for more than 40 years. We design and manufacture antivibration and antishock solutions technology in different type of materials and shapes.

The e-Navigation division of C&C Marine selects, installs, and configures the best software for digital navigation, seamlessly integrating it with onboard systems. We provide comprehensive staff training to ensure effective use and stay ahead of rapid technological advancements.

Baglietto, Italian shipyard with 170 years of history, specializes in military production with high-performance hulls in steel, aluminum, or composite materials, ranging from 15 to 35 meters.

The strict security and confidentiality of naval systems have long hindered the development of high-quality machine learning (ML) models for ship detection and recognition at sea.