Unlock new heights in your projects with our diverse range of innovative technologies. At the foundation of our offerings lies MIKE Powered by DHI, the industry's most accurate and comprehensive software suite. With user-friendly interfaces and advanced integration, MIKE software empowers you to confidently address real-world challenges across diverse water environments. But that's not all – experience the transformative capabilities of our innovative digital solutions, which include data portals, cloud-based applications and operational systems. Embrace the power of our collective technologies and embark on a journey of efficiency and success in your water-related ventures.

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Learn more about MIKE software

Join a thriving community of thousands of users who have embraced MIKE Powered by DHI as the most accurate and comprehensive water modelling software suite in the industry. With user-friendly interfaces and next-level integration, you can confidently tackle real-world challenges across diverse water environments – from intricate groundwater and pipe systems to dynamic rivers and wave climates.

Discover all digital solutions

Step beyond MIKE and unlock boundless possibilities with our cutting-edge digital solutions. Explore data portals, cloud-based applications and operational systems, propelling your workflow efficiency to new heights. Through the seamless integration of advanced data collection, analytics and modelling technology, you can accomplish more in less time.

At DHI, we have been integrating artificial intelligence (AI) and machine learning (ML) into our solutions and services for several years, continuously exploring innovative approaches to address water-related challenges. 
 Our foundation in physics-based water modelling enables us to effectively bridge the gap between traditional modelling techniques and AI/ ML solutions. This versatility allows us to operate across the entire spectrum, from purely physics-based models to data-driven AI/ ML approaches and hybrid models that combine both, ensuring the delivery of effective and efficient solutions.
 Today we utilise AI and ML for processing large datasets, timeseries forecasting, downscaling numerical model results, developing AI surrogate models to complement traditional numerical models, deriving insights from sensors and Earth Observation imagery and incorporating AI assistants.

For more than 20 years, DHI has pioneered the use of satellite data in combination with other technologies to tackle global challenges related to water and water environments. DHI is constantly identifying new ways to use satellite Earth Observation data in combination with AI and physical modelling, with a broad array of applications ranging from estimating coastal bathymetry, habitat monitoring, urban resilience and monitoring water resources.
 
We work closely with universities, research institutions and space agencies to develop innovative and cost-efficient solutions and services for our clients.

Study the impact of aquatic disturbances on habitat connectivity, migration, and populations.

ABM Lab

Download reliable, high-quality water depth data.


Bathymetrics Data Portal

Access custom marine forecasts for more effective risk management


DHI BlueCast

Empower your dredging operations to safeguard ecosystems.

DHI PlumeCast

Use ecosystem-based management (EBM) to quantify and manage biodiversity in a holistic and transparent way.

EBM BioQ

Simulate complex subsurface flow, mass, and heat transport processes.

FEFLOW

Optimise wastewater control strategies for a greener future

Future City Flow

Easily access hindcast and forecast data.

Global Hydrological Model

Achieve permanent non-revenue water leakage reduction 

Leakage Monitor

Simulate littoral processes and coastline kinetics for effective coastal management.







LITPACK

Gain crucial insights into the behaviour and movement of vulnerable species to support your EIAs


Marine Animal Movement Portal

Enhance workflows with access to 40 years of metocean data.

MetOcean Data Portal

Simulate and analyse wave dynamics in ports, harbors, and coastal areas. 


MIKE 21 Boussinesq Waves

Conduct advanced studies of river dynamics, focusing on sediment transport and morphology.

MIKE 21 Curvilinear Flow Model

Assess the dynamic effects of wind, currents and waves on vessels and other floating structures.


MIKE 21 Mooring Analysis

Model long-term coastal evolution to efficiently address real-world engineering challenges.


MIKE 21 Shoreline Morphology

Simulate wave propagation and transformation to support marine infrastructure planning and design.


MIKE 21 Spectral Waves

Simulate water flow, currents, wave conditions, and processes in marine and coastal environments.


MIKE 21-3

Simulate fine-grained sediment transport to analyse siltation on marine, brackish, and freshwater projects.

MIKE 21-3 Mud Transport

Analyse oil spill dynamics to predict and mitigate environmental impacts.


MIKE 21-3 Oil Spill

Track particles to quantify the impacts of dredging, disposal, and reclamation.


MIKE 21-3 Particle Tracking

Simulate the impact of sedimentation on ports, offshore energy, dredging, and coastal engineering.

MIKE 21-3 Sand Transport

Analyse wave climate impacts on offshore, coastal, or port infrastructure with an advanced 3D model.


MIKE 3 Wave FM

Access powerful computational resources with this cloud-based modeling platform.

MIKE Cloud

Instantly access high-performance virtual computers to run complex simulations.


MIKE Cloud Execution

Access diverse coast and marine datasets with this cloud-based data management and integration tool.


MIKE Data Link

Investigate water quality concerns and their potential ecological impacts.

MIKE ECO Lab

Seamlessly integrate MIKE into your custom development projects with this versatile, cost-free tool.

MIKE Engine API

Browse APIs, scripting libraries, coding examples, and documentation - all in one place

MIKE for Developers

Optimise river basin management with map-based modelling for integrated water resources management.

MIKE HYDRO Basin

Create high-quality 2D meshes in record time with this cloud application.


MIKE Mesh Builder

Quickly assess nearshore and offshore wave conditions, no matter your level of expertise.


MIKE Metocean Simulator

Optimise mine-water management by integrating hydrological models with operational data.

MIKE Mine

Build custom real-time systems for forecasting and operational control.

MIKE OPERATIONS

Analyse groundwater, surface water, recharge, and evapotranspiration processes.

MIKE SHE

Control water distribution and collection system networks remotely.

MIKE WaterNet Advisor

Manage water systems with an integrated urban, river, and flood modelling platform.

MIKE+

Predict flood impacts, identify risks, and propose effective mitigation measures.

MIKE+ 2D Overland

Accurately represent flow conditions and efficiently manage stormwater and wastewater.


MIKE+ Collection Systems

Manage, configure and present the results of your MIKE+ models.

MIKE+ Model Manager

Analyse river flows, assess hydrological changes, and estimate pollution transport.

MIKE+ Rivers

Ensure reliable water supply through modelling, analysis, and efficiency improvements.

MIKE+ Water Distribution

Monitor bird movements in offshore wind farms 24/7 to ensure compliance.

MUSE

Unlock port capacity, reduce delays and optimise expenditures.


NCOS ONLINE

Save energy, cut costs and reduce your WWTP’s carbon footprint by up to 30%.

TwinPlant

Optimise wastewater treatment plant design with advanced process modelling software.

WEST

New software tools in latest MIKE 2024 release from DHI

Ørsted and DHI develop bat and bird monitoring guidance for offshore wind industry

Advanced water modelling software and digital solutions

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