autonomous solutions

Future Navy Technology Today
Future Navy Solutions Today
leading the maritime industry in the newest trend of autonomous platforms

Autonomous systems and vessels are becoming vital assets in the maritime security, and Swiftships is well-positioned to provide leadership in cutting-edge technology.

Our autonomous platform programs cover unmanned solutions including semi-manned, remote controlled to fully unmanned vessels from small (USVs) to large (LUSVs). We continuously develop new solutions for autonomy integration, unmanned surface vessels design, construction, and conversion. In collaboration with partners, suppliers, and research institutions, Swiftships is focusing on economical, high endurance, multi-functional, and reliable solutions to support the needs of navies around the world.

Design and construction of fully autonomous military vessels, and conversion of existing vessels into autonomous or partially unmanned platforms using autonomous control systems.

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Autonomy Integration to naval platforms

Conversion of existing vessels into autonomous or partially unmanned platforms using autonomous control systems.

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Vessels' navigation systems

Increase the use of safe and reliable navigation system for vessel’s autonomy by using integrated bridge systems and artificial intelligence.

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Unmanned Aerial Platforms

Integrated launch and recovery platforms for Unmanned Aerial Vessels (UAVs) from sea-state 3-4 with high pitch and roll stability solution.

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UAVs Homing solutions

Develop integrated homing solutions to control UAVs from base to sea.

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Missile, weapon and combat management systems

Provide limited to full autonomy in self-defense through decoys, Close-In Weapon Systems (CIWS), Point Defense Weapon Systems (PDMS), automated guns, and Surface-to-Surface Missiles (SSM) and Surface-to-Air Missiles (SAM).

Small unmanned vessels &
Remotely controlled vessels

The technology: lasers, cameras, ultra-sound and other sensors that gauge currents, waves, depth, wind speed and direction to detect obstacles in the water such as logs, incoming boats or land contours. The information flows to an almost-sentient computer system that reacts quickly, steering, accelerating and maneuvering a vessel like an experienced human pilot.

Designed for brown water and near-coast missions to be implemented effectively without any crew endangerment.

Small unmanned vessels &
Remotely controlled vessels

The technology: lasers, cameras, ultra-sound and other sensors that gauge currents, waves, depth, wind speed and direction to detect obstacles in the water such as logs, incoming boats or land contours. The information flows to an almost-sentient computer system that reacts quickly, steering, accelerating and maneuvering the boat like an experienced human pilot.

Designed for brown water and near-coast missions to be implemented effectively without any crew endangerment.