Digitalisation and automation transform tug operations

Smart technologies are rapidly transforming the towage and ports industry by enhancing safety, efficiency, and environmental performance through data-driven decision-making, remote operations, and predictive maintenance.

Shipyards, system integrators, propulsion manufacturers and tug owners are deploying these technologies to reduce fuel consumption and emissions, lower the risk of breakdowns, and to enhance performance.

These technologies will be presented in technical papers during a dedicated session at Riviera’s 28th International Tug & Salvage Convention, Exhibition & Awards, which will be held in Gothenburg, Sweden, in association with Caterpillar, 19-21 May 2026.

Participants in session 4 will detail how advances in digitalisation, artificial intelligence (AI) and machine learning are enhancing tug operations and redefining maritime support.

Damen Shipyards team leader for digital integration, Pam van Zaanen, will outline how the shipbuilder is integrating automation and digital technologies in tugs it is building for the industry.

She will explain how complex vessel systems bring new challenges for cyber security, regulatory compliance, and operational reliability.

Ms van Zaanen will describe how onboard software and data traffic require new integration and maintenance strategies to ensure safe, secure, and reliable vessel operations.

Regulatory frameworks, such as IMO cyber risk management, International Association of Classification Societies unified requirements (E26/E27), and the European Union’s NIS2 Directive, are driving the adoption of robust cyber-security measures, including risk assessments, incident response and continuous monitoring.

Damen is addressing these challenges by embedding security and resilience from the earliest design stages, ensuring its vessels are prepared for the evolving landscape of maritime and port operations. Integration ensures onboard system control, while aligning technical, operational and organisational processes for future-ready vessels.