To see what else weve been up to, dive into the DHI Blog, read about our corporate social responsibility activities and see how we performed in 2018.However, we are now experiencing that these traditional boundaries are blurring.Customers are co-creating with us, thus positioning themselves as partners.
Partners are becoming so strongly embedded in our services that they become colleagues. And competitors are building services on top of DHIs MIKE Cloud infrastructure, making them customers. This is great news for the Water industry as it will cataly s e the creation of new value. ![]() We have made significant progress in 2018 and are proud to share highlights in this annual report. ![]() True to our founding principles, we are using this resource to accelerate our R esearch D evelopment. Looking ahead, after three years of really hard work, I am thrilled to announce that, in 2019, we will start the continuous release of industry tailored C loud services. Not fake C loud (remote computing) but true, native C loud applications providing functionality and operationality that are simply inconceivable in the traditional desktop-consultancy world. Nothing matters more to us than providing a great experience, at every stage of the customer journey. That is why in 2018, we have built a complete design team dedicated to the design thinking approach, involving our customers and placing them first starting from the very initial product development stage. To ensure that our products best fit our customers needs, we are increasingly entering into a co-creation process, leveraging on design thinking and agile methodologies. An example of whats coming is the Mesh Generator, a browser-based Cloud application that completely automates the mesh creation process. The Flash Flood Index forecasts flash flood threats accurately and translates extreme weather data into actionable information on the ground. The project aims to develop an artificial intelligence (AI) algorithm for obtaining evapotranspiration and crop water stress at farm level for a large national irrigation scheme in Uganda using machine learning and satellites. Carried out in collaboration with geo-information company Geo Gecko, the project is expected to result in 30 less water use for the same yield, which would greatly benefit the local community and farmers. To provide offshore wind farm developers with high quality and certified metocean data, we delivered the worlds first certified web-based metocean database the DHI MetOcean Portal encompassing 40 years of metocean data. The combination of well-validated models and state-of-the-art statistical tools resulted in more accurate extreme values and defined a new design basis for the Dutch North Sea. This will help our client save costs, reduce uncertainties and continue the future development for offshore wind farms in the Netherlands. As part of the award-winning Safeswim a website by the Auckland Council that warns people about water quality we provided forecasts and up-to-date beach conditions of various locations around central Auckland. This was made possible by combining real-time wastewater and stormwater network data with predictive models. Information provided by Safeswim is helping the public plan ahead for a better beach experience.
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