Top 9 Shipbuilding Trends & Innovations in 2022

Are you curious about which shipbuilding trends & startups will soon impact your business? Explore our in-depth industry research on 1 617 shipbuilding startups & scaleups and get data-driven insights into technology-based solutions in our Shipbuilding Innovation Map!

Ships maintain global supply chains while forecasts indicate an upward trend in maritime shipping. To facilitate this, shipbuilders are utilizing smart and connected technologies to construct bigger, and more eco-friendly ships. Moreover, smart building solutions easily enable shipbuilders to accommodate local and international shipping regulations during the design stage of shipbuilding. We give you a comprehensive view of global shipbuilding trends so that you can follow the latest developments in the industry. For example, shipbuilders are utilizing 3D modeling to simulate ocean conditions and create ships with optimal structural features. Read more to explore the top trends impacting shipbuilding.

Innovation Map outlines the Top 9 Shipbuilding Trends & 18 Promising Startups

For this in-depth research on the Top 9 Shipbuilding Trends & Startups, we analyzed a sample of 1 617 global startups and scaleups. The result of this research is data-driven innovation intelligence that improves strategic decision-making by giving you an overview of emerging technologies & startups in the shipbuilding industry. These insights are derived by working with our Big Data & Artificial Intelligence-powered StartUs Insights Discovery Platform, covering 2 500 000+ startups & scaleups globally. As the world’s largest resource for data on emerging companies, the SaaS platform enables you to identify relevant startups, emerging technologies & future industry trends quickly & exhaustively.

In the Innovation Map below, you get an overview of the Top 9 Shipbuilding Trends & Innovations that impact 1 617 companies worldwide. Moreover, the Shipbuilding Innovation Map reveals 18 hand-picked startups, all working on emerging technologies that advance their field.

Top 9 Shipbuilding Trends

  1. Advanced Robotics
  2. Immersive Technology
  3. Green Ships
  4. Additive Manufacturing
  5. Cybersecurity
  6. Artificial Intelligence
  7. Advanced Materials
  8. Design Optimization
  9. Internet of Things

 

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Tree Map reveals the Impact of the Top 9 Shipbuilding Trends

Based on the Shipbuilding Innovation Map, the Tree Map below illustrates the impact of the Top 9 Shipbuilding Trends in 2022. Developments in advanced robotics, immersive technology, and design optimization are enabling faster and more efficient ship construction. While advancements in green ships, additive manufacturing, and advanced materials utilize robotics with stronger and sustainable materials to create lighter, sturdier, and more fuel-efficient ships that also promote circular economies. Additionally, cybersecurity reduces cyber risks by protecting modern ship systems, sensors, and their endpoints. Besides, Artificial Intelligence (AI) provides insights into vessels, monitors them, and automates their functions. Lastly, the Internet of Things (IoT) monitors worker safety and reduces accidents by continuously collecting sensor data from below-deck equipment.

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Global Startup Heat Map covers 9 Shipbuilding Startups & Scaleups

The Global Startup Heat Map below highlights the global distribution of the 1 617 exemplary startups & scaleups that we analyzed for this research. Created through the StartUs Insights Discovery Platform, the Heat Map reveals that Western Europe sees the most startup activity.

Below, you get to meet 18 out of these 1 617 promising startups & scaleups as well as the solutions they develop. These 18 startups are hand-picked based on criteria such as founding year, location, funding raised, and more. Depending on your specific needs, your top picks might look entirely different.

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1. Advanced Robotics

Shipbuilders are increasingly using advancements in robotics to automate construction tasks. The driving factors for this include the highly skilled and labor-intensive nature of shipbuilding with a high risk of injury. Moreover, as ship sizes continue to increase, its workforce faces longer hours with demanding tasks such as welding, cutting, and painting to launch large vessels within tight deadlines. Therefore, shipbuilders employ robotic systems to not only reduce injury risks but also to increase the efficiency of the shipbuilding process.

Adaxis advances Flexible Robotic 3D Printing

Adaxis is a French startup that builds a software platform to turn robots into 3D printers. Its AdaOne software features customizable robot programs and multi-axis path planning. It also generates and optimizes tool orientation based on part geometry. Additionally, it has collision detection capabilities and optimizes part printing by defining zones with custom path planning settings. Moreover, the software integrates with existing robotic infrastructure to turn them into 3D printers. This way, Adaxis enables shipbuilders to use 6-axis robots for building the structural components, improving production speed and material use.

IMB Robotics creates Surface Preparation Robots

IMB Robotics is a Turkish startup that manufactures a range of robots to inspect and treat the surfaces of ships. Its ROBOJET is a surface preparation crawler that attaches to ships’ hulls using magnets. It also features a vacuum system to suction off the removed waste material and wastewater. Besides this, the robot is remotely operable and uses a closed system to collect hazardous contaminants. The robot also functions semi-autonomously with high maneuverability from its two individual electrical drives. IMB Robotics, thus, cleans steel surfaces on ships reducing the effort in frequent cleaning operations while reducing human exposure to potentially hazardous contaminants.

2. Immersive Technology

Designing ships is a complex process involving conceptualization, design, build, and in-service support for maintenance and training. Moreover, reviewing many of these stages or processes in 2D drawings and designs takes more time and slows down the shipbuilding process. This is why startups are using Augmented Reality (AR) and Virtual Reality (VR) to create 3D virtual models of designs and 3D avatars of users. The models let engineers conduct ergonomics reviews, reachability studies, and maintenance operations. Additionally, it also lets engineers check for potential collision points on ships between the virtual human and the 3D virtual model of the ships. Immersive technologies also provide smoother communication between different teams which optimizes the delivery time and level of quality.

Drietek enables Portable 3D Measurement

Drietek is a Chinese startup that creates portable 3D measurement products. It makes INNO-SCAN, a handheld 3D scanner, INNO-LOCATOR, a large space photogrammetry system, and INNO-PROJECTOR, a dynamic 3D laser projection system. Their products take accurate measurements to inspect the profiles and dimensions of interior and exterior body parts and even entire bodies or hulls for quality control. The acquired 3D measurement data is reverse engineered to generate computer-aided design (CAD) models to enable the rapid manufacture of parts for the maritime industry.

Exxar Cloud develops Extended Reality (XR)-powered CAD

Exxar Cloud is a US-based startup that develops no-code VR and AR software for design collaboration. Its solution lets ship designers and builders conduct design reviews in VR and monitors production and inspections with AR. The solution also connects a variety of 3D CAD applications like Aveva, SOLIDWORKS, Navisworks, Catia, Creo, Solid Edge, and Siemens NX to stream lossless 3D CAD data into Exxar’s Reality Visualization engine. Moreover, this solution reduces delays in shipbuilding by eliminating rework and improving project efficiency, thus, leading to better client satisfaction.

3. Green Ships

Maritime transportation dominates the majority of global trade due to the high economic value of container shipping of large volumes of goods. However, the downside to this is the environmental pollution generated by ships which affect the ocean ecosystem and contributes to global warming. This is why startups are developing solutions such as alternative clean fuels and renewable energy to power ships. Further, to meet the increasing environmental regulations of international shipping, shipbuilders are utilizing sustainable materials for components and software to increase the fuel efficiency of ship engines.

Amogy develops Carbon-Free Ammonia Fuel

US-based startup Amogy provides emission-free, high-energy-density power fuel to decarbonize ocean transportation. Its energy system uses ammonia as a renewable fuel which has a higher energy density than traditional lithium battery-based systems. Moreover, its ammonia fuel is less complex, lower in cost, and needs less storage space than liquid hydrogen and liquefied natural gas (LNG). Amogy furthers sustainability by using existing ammonia production and distribution infrastructure from the agriculture industry to decarbonize ship propulsion.

Marine Performance Systems provides Fluidic Air Lubrication

Marine Performance Systems is a Dutch startup that lubricates ship propellers using air. Its solution FluidicAL is a patented fluidic air lubrication system that reduces ship friction by generating micro air bubbles that cover the ship hulls. The system features a combination of fluidic oscillators that generates up to 240 000 micro air bubbles per second per meter with no more than 2 compressors. This decreases friction between the bottom of the ship’s hull and the water when sailing. Thus, the Marine Performance Systems increases the fuel efficiency of ships while negating their environmental drawbacks.

4. Additive Manufacturing

Additive manufacturing has been steadily advancing in industries such as automotive, construction, and others but has not had a significant impact on the shipbuilding industry. This is due to the large scale of components and materials’ properties required to withstand the ocean’s harsh conditions. Since conventional 3D printing techniques are unable to overcome these limitations, startups are creating new additive manufacturing techniques. These include techniques upgraded Wire Arc and Powder Bed Fusion which produce medium to large components with their high-rate deposition and unlimited build size.

Moi Composites leverages Continuous Fiber Manufacturing

Italian startup Moi Composites manufactures lightweight products in various sizes and shapes using 3D printing. Its patented Continuous Fiber Manufacturing technology uses continuous, oriented fibers with resins to produce strong, lightweight, and durable 3D prints. It also uses proprietary software that enables robots to print in any direction using smart generative algorithms to effectively use materials. Moreover, the printing process incorporates advanced composites such as carbon, aramid, and sustainable materials. By doing this, Moi Composites enables shipbuilding companies to use existing robotic systems to print components quickly and economically.

Tanaruz manufactures 3D-Printed Customizable Boats

Netherlands-based startup Tanaruz makes 3D-printed customizable boats built from reusable polymers. Its 3D printing material consists of reclaimed polypropylene (PP) with 30% glass fiber. This provides resilience to elongate strain and high resistance to heat, fire, and chemicals. Besides this, its 3D printers use ABB’s-manufactured Track Motion system resulting in great accuracy and fast cycle times. So, Tanaruz not only manufactures boats faster but also promotes a circular economy by reducing environmental waste.

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5. Cybersecurity

Modern ships use a variety of IoT sensors for navigation, inventory management, and equipment monitoring. The role of these sensors become more important as the size of the ship increase. However, as the number of connected sensors increases in a ship, so does the number of potential cyber vulnerabilities. These may lead to delays in a voyage, loss of information, or even damage to ship equipment. To avoid this, startups are creating cyber risk management solutions to protect information technology (IT) systems and devices on ships. Often the most vulnerable areas are the sensors’ connections to the internet, which is why startups create end-point-focused security software.

ShipSafe Maritime Technologies offers Cyber Security-as-a-Service

ShipSafe Maritime Technologies is a Canadian startup that develops AI and AR-based cyber security and vessel inspection solutions. Its ShipSafe IT suite features endpoint strength management, reduction of unnecessary alerts and false positives, and task scheduling. Additionally, its policy-based automation lets users schedule tasks and view results in real time. This solution enables IT security personnel to manage device proliferation while automating time-consuming network tasks. ShipSafe Maritime Technologies also simplifies the time and effort of onboard cybersecurity personnel in securing vessel operations and client environments.

Cydome provides a Maritime Cybersecurity Platform

Cydome is an Israelian startup that creates a maritime cybersecurity platform to protect the operation of maritime vessels. The platform provides a real-time map of assets connected to ships’ networks, removing blind spots. It also conducts automated, built-in cybersecurity checkups, validating ongoing compliance with maritime regulations. Besides providing visibility of assets, Cydome also analyzes a large number of data points for cyber risk mitigation. Thereby ships receive real-time alerts from any unauthorized access to protect the assets.

6. Artificial Intelligence

Designing a ship is becoming more powerful with the ability to consider more parametric data such as wind, weather, ocean currents, and others. However, adding more complexity to data increases the processing time. Therefore, the shipbuilding industry is incorporating AI in design and process optimization. Ports and shipyards are also integrating AI-based predictive analytics in their systems to manage the increasing volume of ship traffic through them. In addition to this, startups are also creating AI-based solutions to automate ship navigation and simulate operational conditions.

xyzt.ai develops a Location Intelligence Platform

Belgium-based startup xyzt.ai provides a no-code big data location intelligence platform to analyze large volumes of shipping data. Its machine learning (ML)-based platform’s spatio-temporal business intelligence solution uses AIS data, IoT sensor data, and ocean wave data to provide vessel builders and operators with analytical insights. Additionally, its maritime analytics software also visualizes and analyzes spatio-temporal data to monitor the status of vessels, including the location, velocity, and other operational metrics of their vessel or fleet. Hence, through xyzt.ai’s software, maritime engineers are able to optimize vessels based on maintenance, lifespan, operating conditions, and more.

Clearbot builds Self-Driving Boats

Chinese startup Clearbot offers AI-powered intelligent tools to automate marine services. Its autonomous self-driving boat has a payload capacity of 200 kg. It collects up to 15 L of oil and autonomously cleans treatment plants using foam. Furthermore, the electric-powered beat creates no emissions and also generates accurate data reports to track environmental sustainability goal (ESG) metrics. Clearbot’s AI-based solution, thus, improves hazardous environment cleanups while simultaneously reducing labor and fuel costs.

7. Advanced Materials

The use of carbon composites, aluminum, and others in shipbuilding offers cost reduction with superior structural properties. Composite materials also enable ships to reduce maintenance downtime by offering higher corrosion resistance. Additionally, smart materials improve the economics of shipping by lowering fuel costs and carrying more cargo by reducing structural weight. Startups are also creating sustainable materials that provide high durability that also support circular economies. Moreover, they are working on developing sustainable and alternative polymers and composites that are largely underutilized in the maritime industry.

Northern Lights Composites offers Glass-fiber Reinforced Plastic

Northern Light Composites is an Italian startup that creates sustainable plastic materials to build ships. Its proprietary technology rComposite is a composite based on a thermoplastic matrix of natural or mineral fibers and an Atlas HPE recyclable core. Additionally, its material is made from natural fibers and eco-sustainable flax fibers and resins that are biologically decomposable. It also uses Basaltex fibers for structural components that cannot be realized with vacuum infusion processing. This way, Northern Lights Composites’ material reduces environmental pollution from abandoned fiberglass boats while promoting a circular economy.

TriboBlend enables Material Performance Enhancement

TriboBlend is a Spanish startup that develops a patented scalable and cost-efficient method to increase the toughness of epoxy resins. It increases the performance of (nano)particulate, polymeric, and composite materials using ultra-high pressures and shear rates on liquid phase materials and mixtures to induce physical and/or chemical modifications. TriboBlend’s technology also increases the performance of coatings, which are essential to prevent corrosion in ships.

8. Design Optimization

Passenger and cargo ships are constantly becoming bigger to handle more people and transport more goods. However, simply increasing ship sizes makes it more difficult for ports to handle them and also raises the risk of hazards such as fire and container accidents. Also, meeting environmental regulations places additional constraints when it comes to constructing new ships. To overcome these, startups are developing software for shipbuilders to virtually design, optimize, and simulate. This includes designing ballast-free ships and simulating the final ship model with real-world conditions.

Naval Architect develops a Cloud-based Ship Designing Platform

Naval Architect is a German startup that builds a cloud-based platform to design ships using digital twin technology. It performs feasibility studies, creates 2D and 3D visualizations, and allows effective collaboration across departments. Additionally, it contains analytical tools to keep track of projects and also reliably estimate weight, time, cost, and more. Moreover, designers use the software-as-a-service (SaaS) platform to create digital ship models with geometrical and non-geometrical information in one unified place. Hence, using Naval Architect’s solution, shipbuilders are able to create 3D digital ship models throughout the ship’s lifecycle.

Syroco streamlines Ship Propulsion Systems

Syroco is a French startup that provides a decision-making platform based on digital twins to improve ship propulsion systems. Its digital twin models incorporate all facets of a ship and its operating environment to create hydro and aero behavior and efficiency models of propulsion systems. Through its models, shipbuilders observe the simulated effect of alternative propulsion systems such as sails, wings, and hybrid engines on performance, emissions, and operating costs. This way, Syroco lets shipbuilders make decisions digitally before executing them in real-world scenarios.

9. Internet of Things

IoT enables manufacturers to gain visibility and insights using machine data and integrating disparate systems. In heavy industries such as shipyards, information flow is complex and disaggregated at different points. This creates complexity in the aggregation of information and connectivity between systems and jobs. Moreover, shipbuilding is an inherently dangerous process with workers constantly working with or near highly hazardous equipment. For this reason, shipyards are integrating IoT technology to monitor the wide range of processes and their workforce to increase efficiency and safety in shipbuilding.

SOL-X provides Worker Safety Wearables

Singapore-based startup SOL-X specializes in the Industrial Internet of Things (IIoT) to improve safety, compliance, and worker wellbeing in ships. Its solution SAFEVUE.ai manages risk and enhances existing industrial workers’ safety systems by using IIoT and AI to improve visibility and situational awareness for workers across hazardous operations. Also, its SAFEVUE.ai Crew Protect is a connected wearable device that contains geofencing of hazardous work zones and offers real-time assistance in urgent situations. As a result, SOL-X’s solutions find applications in the maritime, oil & gas industries, and in other hazardous environments.

Sealution develops Below Deck Connectivity

Sealution is a Belgian startup that develops a network protocol that collects and processes data regarding the vessel’s crew and environment. Its network of IoT devices collects and processes data that it feeds to a central database to gain an accurate overview of processes, performances, and irregularities on board. Sealution also uses a room module which is a signal transmitter and a central module that enables the exchange of data. The increased connectivity from below deck reduces safety risks to crews and removes the need for manually inspecting cargo containers.

Discover all Shipbuilding Trends, Technologies & Startups

As the shipbuilding industry continues to grow, innovations in technologies such as laser construction tools, automated guided vehicles, and more will serve to further reduce the time to construct ships. With advancements in material sciences and clean fuels, startups are making shipping more affordable and sustainable.

The Shipbuilding Trends & Startups outlined in this report only scratch the surface of trends that we identified during our data-driven innovation and startup scouting process. Among others, big data, laser technologies, and drones will transform the sector as we know it today. Identifying new opportunities and emerging technologies to implement into your business goes a long way in gaining a competitive advantage. Get in touch to easily and exhaustively scout startups, technologies & trends that matter to you!

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