The ventures building tomorrow from the Red Sea — filter by sector.
Insect Defense System
Know more, Grow more
Building underwater dreams
Optimizing Fish Growth in Murky Water
An intelligent fish feeding platform that improves growth rates, cuts operational costs and provides farmers with real time data
Electrifying Honey — Premium Agro Production Beneath Solar Panels
We reduce the energy demand of growing systems by 65%, while keeping full harvest
Repelling harmful insects from agricultural crops
Visual intelligence technology that acts as the autonomous nervous system of the food industry
A smart solution for cleaning and bird deterrence in residential and small commercial solar systems.
AI-powered vision for smarter, more sustainable fish larval rearing
A platform that captures solar energy and CO₂, converting them into a controlled system for advanced algae cultivation.
An integrated underwater imaging and analytics system that delivers real-time biological data from industrial larval tanks to optimize feeding and density and reduce losses.
AI-powered sonar imaging that generates camera-quality underwater visuals without optical cameras, for real-time inspection of subsea energy and port infrastructure.
Hardware-agnostic AI autonomy software that turns underwater operations into fully autonomous workflows for ports, offshore energy, aquaculture, and defense.
Physics-based engineering models for wave energy converters that balance energy capture with structural survivability, enabling storm-resilient offshore wave energy systems.
Non-invasive, AI-based underground infrastructure mapping that detects and classifies subsurface utilities with centimeter-level precision, without excavation.
A read-only AI decision-support system installed on the client’s own servers, for critical infrastructure control rooms — cross-referencing live ISR feeds against rules of engagement and battle drills to guide operator response and cut MTTR.
Converts dredged seabed sand from port excavation into beach-nourishment-grade material through cleaning and mineral and colour adjustment.
Patented single-beacon GNSS-free navigation technology enabling drones, UAVs, and maritime platforms to operate precisely in GPS-denied environments.
A physics-based AI tool for underground characterization from seismic data, giving oil and gas and geotechnical operators a validated go/no-go signal before drilling — in an industry where over 75% of exploration wells fail.
A biological early-warning system for marine pollution that uses fish larval swimming behaviour, tracked automatically via AI, to detect contamination before it becomes lethal.
3D-printed ceramic and clay-based artificial reef and settlement structures for port infrastructure, developed as part of an engineering-ecological concept for the future expansion of Eilat Port.
Decarbonizing marine and industrial operations through next-generation emissions reduction technology.
A distributed, modular biomanufacturing system driven by physical AI
Autonomous robotic systems for efficient, data-driven maintenance and cleaning of solar power plants.
Enabling smarter agrivoltaic development through predictive data and site-specific decision support.
Turning the ocean’s natural pressure into a new source of energy-efficient desalination.
GRADIENT turns marine pollution monitoring from single-point snapshots into three-dimensional contamination maps.
A smart platform for security camera management, connecting cameras from different manufacturers into one central system.
RemPi is pioneering remote maritime pilotage, enabling harbour pilots to guide vessels safely from shore instead of boarding ships.
