People are at the heart of the maritime industry. As operations become increasingly complex, fostering a strong safety culture that extends beyond compliance is more crucial than ever—especially for diverse, multicultural crews operating in demanding environments. Emerging technologies are creating new opportunities to elevate safety standards onboard vessels, helping crew members and their onshore support identify risks earlier, remain resilient, and utilise data to make smarter, faster decisions.
Here are five of the most impactful safety innovations shaping the maritime industry in 2025:
1. Predictive maintenance driven by AI data insights
Predictive analytics powered by AI and big data are transforming how ships are maintained and operated. Instead of relying on a reactive approach, predictive systems use real-time data to monitor key areas of vessel performance, such as engines, fuel systems, and other critical machinery, to identify unusual patterns early. This enables crews to carry out targeted maintenance in time and avoid unexpected breakdowns.
Machine learning also helps improve safety across fleets by identifying the causes of safety issues and spotting trends in data. For example, we use large language models to pull insights from our Safety Management Systems, helping us act on safety data more quickly and stop incidents before they happen. In 2025, broader adoption of maritime AI safety tools that integrate with IoT sensors is expected for even more precise ship predictive maintenance.
2. Intelligent Navigation
Safe navigation is crucial for operating a ship efficiently. Today, advanced navigation systems supported by artificial intelligence, computer vision, and machine learning are empowering crews to make safer and more informed decisions. These tools analyse real-time data from onboard cameras and sensors, providing guidance and timely alerts to help avoid collisions and improve navigation accuracy.
By constantly monitoring conditions and providing predictive insights, these systems enable crews to identify risks early and respond promptly. This reduces reliance on human judgement alone, lowering the likelihood of navigational errors. Looking ahead to 2025, integration with autonomous shipping trials will further enhance these systems, incorporating satellite data for weather-related risk prediction.
3. Robotics and Augmented Reality in Onboard Maintenance and Training
To reduce risk during maintenance, more shipping companies are using remote and robotic technologies. Drones are increasingly used for inspections of external hulls, confined spaces, and elevated areas to capture high-resolution images, thereby eliminating the risks associated with working in high-risk environments. Automated tank cleaning systems are also helping to reduce the need for manual entry into ballast or fuel tanks, which are typically difficult and dangerous to access. These tools not only enhance safety but also provide environmental benefits, such as reducing emissions associated with traditional inspection methods.
Augmented reality (AR) is also changing the way crews approach maintenance and training. With AR headsets, onboard personnel can connect with technical teams ashore and receive real-time, hands-free guidance during inspections, fault diagnostics, or complex repairs. The ability to overlay digital instructions onto physical equipment helps ensure accuracy, especially when dealing with unfamiliar systems or emergency scenarios.
4. Wearable Technology for crew safety
As life onboard can be physically demanding, wearable technologies are being introduced to help enable crew members to work more safely and efficiently. One example is the exoskeleton, which can be used for reducing strain on muscles and joints during heavy lifting, bending, and repetitive tasks.
In maritime settings, some shipyards are already using exoskeletons to help workers lift loads of up to 30kg safely. This technology reduces physical strain and fatigue, supports longer work periods, and lowers the risk of injury. These benefits contribute to better crew well-being and overall safety, with added considerations for data privacy to protect users. By 2026, wearables like smart vests with vital sign monitoring will become standard for crew wearable tech.
5. Data-powered safety responses
In emergencies, every second matters. Traditional headcounts can be slow and prone to error, especially in high-stress situations. In light of this, digital tracking systems now offer a more reliable way to locate crew members onboard in real time.
Using wireless transmitters and onboard sensors, these systems give instant visibility of crew locations, improving coordination during drills or emergencies like fires and abandon-ship situations. They can also send alerts if someone enters a hazardous area alone. Automated headcount and movement tracking during embarkation and disembarkation can further streamline emergency responses. In 2025, IoT integration with smart muster stations will make these systems even more robust.
How Anglo-Eastern can help
Over the past decade, the maritime industry has undergone a major digital transformation. At Anglo-Eastern, we are guiding shipowners through this evolving landscape by combining cutting-edge technologies with deep operational expertise – enhancing safety, efficiency, and crew wellbeing while unlocking greater value across their fleets.
We ensure our vessels are equipped not just with the right people, but also the right technology (Shipping Technology & Innovation | Anglo-Eastern) to support them to perform at their best, every step of the way. We’re not just adopting these innovation – we’re leading them.
Get in touch today to explore how we can help you achieve smarter, safer maritime operations.
