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UID:pretalx-foss4g-europe-2026-NLX383@talks.osgeo.org
DTSTART;TZID=EET:20260630T143000
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DESCRIPTION:Managing water supply networks requires coordinating between in
 frastructure data\, hydraulic analysis\, and operational records. When GIS
  data\, hydraulic models\, and maintenance attributes are stored in separa
 te and different systems without interoperability between them\, it become
 s difficult to handle a consistent overview of network conditions and oper
 ations. To address this\, Consortis Geospatial introduces MAPtheYA: an adv
 anced geospatial platform that bridges these gaps by providing an end-to-e
 nd solution for unified water network management.\nMAPtheYA\, a name deriv
 ed from the acronym of the Greek Water Utility Services (DEYA)\, is an onl
 ine information system for managing water supply networks. It visualizes t
 he hydraulic network and the technical characteristics of each asset. MAPt
 heYA provides search capabilities for network elements and allows multiple
  users to edit the network. Thus\, the utility’s technical staff can sup
 ervise\, expand\, and modify the hydraulic network.\nThe platform integrat
 es EPANET hydraulic modeling to allow technical teams to move beyond stati
 c geometry into simulation. By calculating flows\, pressures\, and tank le
 vels over time\, MAPtheYA supports complex hypothetical scenarios. The pre
 sentation will explain how operators can simulate valve closures\, pipe fa
 ilures\, or changes in pressure zones to assess their impact on their wide
 r water network. Results are then presented through thematic maps and grap
 hs for both daily operations and long-term strategic planning. \nThe next 
 set of capabilities planned is for MAPtheYA to manage operational data suc
 h as the recording of technical inspections\, fault history\, intervention
 s\, and ongoing construction projects. This will create a traceable digita
 l record for every component of the infrastructure and allow organizations
  to have a full view of their network.\nThe platform will offer a full set
  of RESTful APIs allowing interoperability with existing systems such as S
 CADA platforms\, enterprise resource planning (ERP) systems\, consumer man
 agement systems (CMS)\, or IoT devices\, through its open architecture. Th
 is integration enables managers to access information such as consumption 
 data or sensor alerts directly within the GIS environment\, supporting mor
 e coordinated monitoring and informed decision-making across the water net
 work.\nThe current work-in-progress interface will be introduced\, present
 ing the main workflows and the general direction of the user interface\, w
 hich can be divided into three pillars. Three main aspects will be explain
 ed: the editing and expansion of the hydraulic network\, the modeling capa
 bilities based on EPANET simulation and the monitoring of the hydraulic ne
 twork’s state using sample data from IoT and hydrometric stations.
DTSTAMP:20260605T033522Z
LOCATION:A13
SUMMARY:MAPtheYA – A Unified GIS Ecosystem for the Smart Water Network Ma
 nagement - Stathis Petridis\, Dimosthenis Paradeisis\, Andreas Gkaravelis
URL:https://talks.osgeo.org/foss4g-europe-2026/talk/NLX383/
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