2026-06-30 –, A13
Managing water supply networks requires coordinating between infrastructure data, hydraulic analysis, and operational records. When GIS data, hydraulic models, and maintenance attributes are stored in separate and different systems without interoperability between them, it becomes difficult to handle a consistent overview of network conditions and operations. To address this, Consortis Geospatial introduces MAPtheYA: an advanced geospatial platform that bridges these gaps by providing an end-to-end solution for unified water network management.
MAPtheYA, a name derived from the acronym of the Greek Water Utility Services (DEYA), is an online information system for managing water supply networks. It visualizes the hydraulic network and the technical characteristics of each asset. MAPtheYA provides search capabilities for network elements and allows multiple users to edit the network. Thus, the utility’s technical staff can supervise, expand, and modify the hydraulic network.
The platform integrates EPANET hydraulic modeling to allow technical teams to move beyond static geometry into simulation. By calculating flows, pressures, and tank levels over time, MAPtheYA supports complex hypothetical scenarios. The presentation will explain how operators can simulate valve closures, pipe failures, or changes in pressure zones to assess their impact on their wider water network. Results are then presented through thematic maps and graphs for both daily operations and long-term strategic planning.
The next set of capabilities planned is for MAPtheYA to manage operational data such as the recording of technical inspections, fault history, interventions, and ongoing construction projects. This will create a traceable digital record for every component of the infrastructure and allow organizations to have a full view of their network.
The platform will offer a full set of RESTful APIs allowing interoperability with existing systems such as SCADA platforms, enterprise resource planning (ERP) systems, consumer management systems (CMS), or IoT devices, through its open architecture. This integration enables managers to access information such as consumption data or sensor alerts directly within the GIS environment, supporting more coordinated monitoring and informed decision-making across the water network.
The current work-in-progress interface will be introduced, presenting the main workflows and the general direction of the user interface, which can be divided into three pillars. Three main aspects will be explained: the editing and expansion of the hydraulic network, the modeling capabilities based on EPANET simulation and the monitoring of the hydraulic network’s state using sample data from IoT and hydrometric stations.
EPANET (hydraulic modeling), PostgreSQL/PostGIS (spatial database), MapServer (geospatial services), Angular (web application framework), Node.js
Assign a number between 1 and 4 indicating the level of technical complexity of your contribution.: 2: some technical/thematic skills required Select at least one general theme that best defines your proposal: Analysis, manipulation and visualization of geospatial data, Data collection, data sharing, big data, data exploitation platforms Under which license do you make your contribution available? The conference contribution comprises the abstract, the text contribution for the conference proceedings, the presentation materials as well as the video recording and live transmission of the presentation: CC BY-NC-ND
Born and raised in Thessaloniki, I am a graduate of the Department of Topography and Geoinformatics Engineering at the International Hellenic University, and I also hold a Master’s degree in Applied Informatics from the University of Macedonia, specializing in Application Development and Cloud Computing.
Over the past six years, I have cultivated expertise in Database Engineering, with a focus on both relational (PostgreSQL) and NoSQL (MongoDB, Neo4j) databases, as well as IoT data integration. My role also extends to Application Development, where I engage in JavaScript development and configuration, collaborating closely with the development team to deliver efficient web-based solutions.
As a GIS specialist, my work centers on the integration of Geographic Information Systems (GIS) with database infrastructure modeling. I design systems to host geospatial data, enabling consistent integration into applications and ensuring data management and presentation for clients and the public.
I am deeply passionate about the ever-evolving field of technology, particularly in GeoInformatics and Data Engineering. This passion fuels my commitment to continuous learning and innovation, as I aim to push the boundaries of what is possible in GIS, database management, and application development.
I am a graduate of the Department of Geology at Aristotle University of Thessaloniki (AUTh) and hold a master's degree from the same institution, specializing in technical projects and hydrogeology.
I have completed my studies in the Department of Informatics at the Aristotle University of Thessaloniki. Since 2022, I have been working as a developer at Consortis Geospatial. With my knowledge, passion, and dedication to self-improvement and work, I actively contribute to the company's growth.
In terms of skills, I have experience and expertise in languages and technologies such as Javascript, Typescript, Angular, Ionic, Node.js, Express.js, and PostgreSQL, while also possessing knowledge in Python. Over time and with experience, I continuously upgrade my existing knowledge in Web and Mobile application development and expand my skill set. Furthermore, I stay updated on technological advancements and enhance my expertise, particularly in the field of Machine Learning and modern tools, ensuring the delivery of high-quality services in support of Consortis Geospatial's progress.
I am a Geoinformatics Engineer and graduate of the Department of Surveying and Geoinformatics Engineering at the International Hellenic University (IHU), with more than seven years of professional experience in the geospatial sector. My expertise lies in the design, development, and implementation of Geographic Information Systems (GIS), with a strong focus on spatial data management, analysis, and visualization.
I have extensive experience working with geospatial technologies and platforms, including QGIS, PostgreSQL/PostGIS, AutoCAD, and web technologies such as HTML, CSS, and JavaScript. Since 2023, I have been a member of the Consortis Geospatial team, contributing to projects across both the public and private sectors and supporting the delivery of effective, data-driven geospatial solutions.
My professional interests are closely aligned with open-source geospatial technologies and the development of practical, scalable systems that improve decision-making and operational efficiency through the effective use of spatial data.
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