Innovation and technology have been at the core of DHI since its inception, with our legacy in testing and modelling continuing to shape the solutions we deliver today. Our advisory services are driven by advanced technologies, including industry-leading water modelling software and a suite of digital solutions, ranging from data portals and cloud-based applications to operational systems that provide real-time information and forecasts.
At the heart of our offerings is MIKE Powered by DHI, a suite of software products designed to help clients accurately analyse, model and simulate a wide range of challenges in water environments. With over 50 years of experience in developing high-quality software, we have continually advanced our core numerical engines and software systems that form the MIKE suite. These tools have been expanded and refined over decades and are now trusted by water professionals worldwide.
Today, the MIKE suite is widely recognised as a benchmark in water modelling software, known for its reliability and precision across the industry. It ranges from off-the-shelf software to highly customisable IT solutions, all designed to address a diverse array of water challenges, from oceans and coastlines to rivers, reservoirs, ecology, groundwater, water distribution, wastewater and beyond. Here are examples of some of the many features:
Urban water – Integrated software for water utilities and wastewater treatment plant operators to model and simulate water distribution systems, collection systems, flooding and more
Coast and marine – 2D and 3D modelling tools used by port authorities and coast and marine engineers to analyse flow phenomena, waves, sediment dynamics and more
Water resources – Specialised 2D modelling tools for water authorities to understand inland water dynamics
Groundwater and porous media – 2D and 3D simulation software used by mining professionals and geothermal engineers to analyse groundwater quality and quantity
Data and operational decision-making – Integrated software enabling users across all sectors to build data management, real-time forecasting and operational control systems. The MIKE software is integrated into a range of digital solutions and data portals offered to DHI clients.
2024 product launches
In 2024, we launched new software features in the latest MIKE 2025 release, including an update of the integrated water modelling platform MIKE+ with a Plots Manager for organised result visualisation and a tool for flood hazard quantification. The groundwater modelling solution FEFLOW was expanded with a new workflow for constructing geologically surfaces and structural models and other new features. Our global user base runs about 700,000 simulations every month, and about 70% of these relate to FEFLOW. Other key updates included a new MIKE 21 Wave Model FM, DHI’s first unstructured Boussinesq-type wave model.
We launched DHI BlueCast, a marine forecasting solution for the offshore wind sector. It is designed to address the operational challenges of offshore wind projects related to installation operations in areas with e.g., varying depths and strong tidal currents. An additional 2024 product launch was MIKE Mine, a model-based digital twin designed to address inefficiencies in mine water management.
Training and knowledge building
Global training and knowledge-sharing initiatives are integral to continuously advancing DHI’s technology base. To support this, we offer tailored training opportunities for our clients, while also providing access to research, expert forums, networks, partnerships and advanced technologies.
Training activities in 2024 included external courses and webinars, ranging from thematic and capacity-building workshops to training in the use of specific software tools. DHI’s training activities are led by experienced professionals, many of whom are recognised international experts in their fields with a thorough knowledge of the local markets and regulations. Special training packages are arranged for universities and research institutions, where we also provide direct teaching services.