User-friendly map portal based on open standards, designed to simplify geospatial data access, publishing, and sharing. This portal provides seamless access to critical information such as building conditions, land use, and supporting documentation (e.g., titles, planning permits) in an intuitive interface.
 

Key Features

• Simple Administration: Easily manage and administer the map portal
• Geospatial Data Access: View, publish, and share geospatial data including building conditions, land use, and related documentation 
• Easy Search and Geolocation: Quickly search for any map element and perform geolocation 
• Real-time Urban Planning Data: Download current building conditions, permitted uses, and associated documentation in real-time 
• Integration with External Sources: Access spatial data from external sources using OGC standards (WMS, WFS, WMTS, WCS, CSW) 
• Data Viewing and Downloading: View and download geospatial data directly from the portal 
• Map Printing: Print maps directly from the portal interface 
• Flexible Data Export: Export selected datasets in various file formats specified by the administrator

Robust toolkit designed for agencies, organizations, or companies involved in real estate management, enabling users to efficiently review, catalogue, and manage real estate data.
 

Key Features:
 

• Quick and Easy Overview: Gain a comprehensive and intuitive overview of real estate data 
• Real Estate Registration and Processing: Streamline the registration and processing of land and building information
• Optimizing Citizen Service: Enhance citizen service by providing easy access to real estate information and services
• Interdepartmental Collaboration: Facilitate seamless collaboration and communication among different departments involved in real estate management 
• Open-Source GIS: Leverage open-source Geographic Information System (GIS) capabilities for enhanced mapping and spatial analysis functionalities

Advanced information system tailored for Water Supply companies, offering comprehensive management and supervision of networks to optimize performance and reduce operational costs.

Architecture of the User Experience

4 pillars
 

1. Edit: Build and maintain the network geometry and attributes 

a. Draw and edit pipes, junctions, valves and tanks directly on the map

b. Automatic snapping to existing pipes keeps the network topologically correct

c. Guided attribute forms with mandatory fields, validation and dropdown look-ups

d. On save, pipe length and start and end junctions are calculated automatically

e. Reshape a pipe and every connected accessory follows the new geometry; move a junction and its segments move with it — data and topology stay intact

f. Multi-user editing lets different teams build out the same network at once

2. Model: Run EPANET-driven hydraulic simulations and scenarios

  a. The EPANET solver runs right in the browser — nothing to install

  b. Define your modelling parameters, run the simulation and watch flows, pressures and tank levels come to life

  c. The network you draw is the model — no separate export step

  d. Replay an animated, hour-by-hour view of the network across the full day

  e. Define and edit demand patterns and curves

  f. Run what-if scenarios: valve closures, pipe failures and pressure-zone changes

  g. Chart velocity, pressure and other parameters for individual pipes or junctions and compare them side by side

  h. Stored, replayable results support both daily operations and long-term planning

3. Monitor: Track the live network from IoT sensors and hydrometric stations

 a. Connect to IoT sensors and hydrometric stations through APIs and view live readings as their own map layers

 b. Bring in live external data too — including real-time wind from NOAA — without leaving the map

 4. Operate: Turn faults and alerts into scheduled, crewed work

  a. Faults reported by phone, email or the utility portal appear directly on the network via our APIs

 b. Turn any fault into a work order with Kaskal, our crew and work-management app: pick the defects, add pay items, schedule the job, assign the crew and notify every stakeholder using a simple wizard.

What It Offers

• Lower network management and maintenance costs
• Faster response to faults and leaks, from report to repair
• Strategic planning grounded in real-world data
• Better citizen services and greater operational transparency

Key Features
 

• Unified Mapping: View, manage, and process internal and external water supply and drainage networks through a unified mapping interface
• Topological Rules: Incorporate topological rules to ensure correct hydraulic connectivity and data integrity within the network 
• Integration Capabilities: Seamlessly integrate with external systems (e.g., SCADA, CMS, ERP) using REST APIs for enhanced interoperability 
• Consumer Data Registration: Record and manage data related to water supply consumers for effective customer service 
• Role-Based User Access: Implement user access controls with roles and permissions defined by the system administrator 
• Geometric Network Management: Manage the water supply network as a geometric network, utilizing emergency response tools for quick resolution of issues such as defects, leaks, and emergencies