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  • Rippey AI: Revolutionizing Maritime Logistics with Conversational AI Automation

    Rippey AI: Revolutionizing Maritime Logistics with Conversational AI Automation

    Maritime logistics operators face critical bottlenecks in responding to quote inquiries, processing voyage documents, and coordinating shipments often relying on slow, error-prone manual systems. Without automation, back-office teams are frequently …

  • Zeabuz: Redefining Urban Mobility Through Autonomous Electric Ferries

    Zeabuz: Redefining Urban Mobility Through Autonomous Electric Ferries

    Customers in urban and maritime transportation face multiple challenges with existing ferry and waterborne transport systems. Traditional ferries often rely on fossil fuels, leading to high emissions and environmental impact. Manual operations require onboard crews, increasing operational costs and limiting…

  • Syrenna: Revolutionizing Ocean Monitoring with Autonomous WaterDrones

    Syrenna: Revolutionizing Ocean Monitoring with Autonomous WaterDrones

    As climate change, biodiversity loss, and industrial activities put growing pressure on marine ecosystems, the lack of high-resolution, in situ, and cost-effective monitoring tools hinders the ability of decision-makers to act with confidence and agility…

  • WSense: Spearheading the ‘Underwater Internet’ for Maritime Innovation

    WSense: Spearheading the ‘Underwater Internet’ for Maritime Innovation

    Ocean monitoring is crucial for environmental protection, infrastructure safety, aquaculture health, and climate research. However, customers across these sectors face persistent pain points: conventional technologies rely heavily on costly and fragile cables, intermittent satellite or surface-based links, and manual data retrieval, which together…

  • Triton Anchor: Revolutionizing Moorings for Floating Renewables

    Triton Anchor: Revolutionizing Moorings for Floating Renewables

    As floating wind, solar, and wave power technologies rapidly expand, developers face growing pain points around the scalability, cost, and environmental impact of traditional anchoring systems. Existing solutions such as gravity-based or drag embedment anchors are often heavy, expensive to install, environmentally disruptive, and…

  • ShipReality: Pioneering the Industrial Metaverse for Shipping Decarbonization

    ShipReality: Pioneering the Industrial Metaverse for Shipping Decarbonization

    Global shipping faces immense pressure to decarbonize under IMO’s 2030/2050 targets. The challenge is retrofitting roughly 60,000 ships with energy-efficient systems across a 20-year lifecycle. However, the process of ship retrofitting today is slow, manual, and…

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