Shaping the future of maritime logistics with digital technologies

The adoption of digital technologies is rapidly transforming maritime-related logistics, enhancing efficiency, safety and sustainability. From predictive maintenance and route optimisation to real-time cargo tracking and automation, digital technologies are helping shipping companies reduce costs, improve fuel efficiency and enhance customer experience. According to Boston Consulting Group (BCG), it is estimated that the sector will need to invest approximately US$1.3 trillion over the next decade to fully realise the benefits of digital transformation. So, while the potential is significant, implementation across maritime logistics is not without its challenges. Key barriers include high upfront costs, data security concerns and the need for sector-wide collaboration to shape a more agile, efficient and resilient industry – one that is capable of addressing modern challenges in global trade and unlocking the progress needed to power a low-carbon, high-growth future.

Attendee insights:

Explore how cross-supply-chain collaboration is driving digital integration and enhanced service delivery in maritime logistics, fueled by advances related to AI, blockchain and IoT.

Decarbonising electricity for AI-driven data centres

Data centres currently account for 1-1.5% of global electricity consumption. As the demand for AI, data and cloud computing grows, it is crucial to address the need for energy-efficient practices and technologies to combat the challenge of high demand in energy consumption and cooling. While efforts are being made to decarbonise data centre operations, more collaboration and digital innovation are needed to make significant progress. Initiatives like the Net Zero Innovation Hub, in Denmark, are bringing stakeholders together to develop and implement solutions for sustainable data centres. Data-grounded and AI-powered capabilities have the potential to accelerate the energy transition for all, however, the question remains as to whether the benefits will justify the increased power demand.

Attendee insights:

Learn how data centres are future-proofing their operations through decarbonisation and what steps are being taken to help mitigate the industry's environmental impact.

Innovation showcase: Demystifying decarbonisation strategies using science, technology and regulation

Achieving net-zero emissions demands a strategic acceleration of decarbonisation, leveraging science, technology, and regulatory frameworks to drive impactful change. As the energy transition gains momentum, a robust, integrated approach is crucial for overcoming challenges within the energy and resource sectors. Accelerated strategies such as advanced planning and the adoption of cutting-edge technologies forms the backbone of a credible roadmap toward net zero. Key decarbonisation technologies, including renewable energy and carbon capture, play essential roles in meeting rigorous regulatory standards while making tangible environmental impact.

For organisations, prioritising precise measurement, performance metrics, and transparent reporting is critical. Effective Measurement, Reporting, and Verification (MRV) systems, underpinned by accurate carbon data from source to disclosure, enhance accountability and trust. Addressing measurement complexities through advanced data integration enhances emissions tracking and reliability. By embracing a comprehensive decarbonisation framework that melds regulatory adherence, innovation, and data-driven insights, companies can craft actionable transition plans and optimise their decarbonisation pathways ultimately paving the way for a sustainable and resilient net-zero future.