Gismatrix

GIS productivity platform that helps you get work done from anywhere on any device. Built for business, designed for teams.

Use it to create maps, analyze data, share and collaborate. It works with or without internet connection. Gismatrix uses your data and maps, which are stored in a secure and private infrastructure and can be configured to meet your cartographic and IT requirements. You can access all of your data in its original form at any time.

Gismatrix runs as a native app on Android, iOS, Windows and macOS. It is designed for phones, tablets and desktop computers.

Editing,

sharing,

analytics.

GIS platform for mapping, data analysis and for sharing and collaboration. Gismatrix can contain multiple applications that contain their own data and users or users of other applications. Functionality and data depend on the registered user. Each user may have one or more applications and each user has different rights within the application.

A map layer(s) can be edited by multiple users simultaneously with or without a web connection.

Users may have direct access to GIS tables with Esri, MapInfo, Autodesk and other standard GIS tools. Changes are automatically synchronized with the application.

Visulization.

Cartographic objects can be equip with descriptive data, photographs, videos, attachments and 3D point cloud models.

Data services.

You can access all of your data in its original form or other formats at any time. All data (geographic and non-geographic) are stored in standard format and are synchronized when an internet connection becomes available.

Gismatrix contains everything you need to edit, analyze and view spatial and attribute data. You can ensure geometry and topological compliance with OGC standards for objects that you will create with drawing tools. You can search for and analyze spatial and attribute data using interactive tools and SQL queries. When browsing, you can turn content on or off, tag it, locate it with quick search engines, measure areas and distances, view object attributes, attached documents, photos, videos, 3D models, Lidar- point clouds and a built-in street view to view their appearance in nature.

With Gismatrix, you will use the same secure infrastructure design, built-in security and global network that Google uses to protect your data, identities, applications and devices.

You can access your data directly or download it at any time in source or in any other standard format or projection. You can use standard types of spatial data and web services that comply with the OGC standard. You can equip cartographic objects with descriptive data, photographs, videos, attachments and 3D point cloud models.

We can digitize your business processes into dedicated applications that, as plug-ins for the Gismatrix platform, are added to your work environment. You can manage applications independently and enable group editing of spatial data and complex business processes with the possibility of exchanging data with other application solutions, data sources and business entities.

Real estate owned by the municipality

Recreation

Public lighting and traffic signal control with system management

Environmental protection

Water supply and sewerage - editing and management of cadastral data

Compensation for the use of building land

Communal contribution

Winter service

Spatial planning

Sewer maintenance and cleaning

Recording and inspection of road closures

Trees and green areas

Inspection service

General spatial data viewers

Splošni pregledovalniki prostorskih podatkov

Consideration of citizens' initiatives

Culture - Art in space

Economic public infrastructure

Inter-municipal inspection - inter-municipal policing

Traffic - Traffic signs, vertical and horizontal signaling, bus lines, ...

Tender documentation

Economy - Accommodation facilities

Traffic signaling

Telemetry - Display and analyze SCADA data

Road Damage Inspections

Road damage inspections are essential for maintaining the safety and quality of transportation infrastructure. They help identify and prioritize the repair and maintenance needs of roads, bridges, tunnels, and other assets. However, road inspections can be costly, time-consuming, and prone to human error. By using Gismatrix for road damage inspections, you can improve decision making, improve asset management and increase operational efficiency.

Gismatrix is used to inspect road damage by collecting, processing, and displaying road images with different types of damage, such as cracks, potholes, rutting, and blurring. This help you identify the causes and effects of road damage, as well as prioritize and plan maintenance and repair activities.

Gismatrix allows you to create road inspection plans, split plans between multiple inspection teams, automatically or targeted detection of faults and events, monitor inspection performance and generate reports and trends. Gismatrix includes different types of data sources, such as satellite imagery, aerial photographs, street imagery, data on road closures, traffic accidents and data from various sensors. It can be linked to a web-based application that allows citizens to report road damages using their smartphones. Gismatrix also provides real-time updates on the status of the reported damages and the actions taken by the road authorities.

Automate the process of road damage detection and classification using image processing and machine learning techniques.

Visualize the location and severity of road damage on a map using georeferenced data.

Enhance the accuracy and consistency of road damage assessments by comparing historical and current data.

Optimize the allocation of resources and prioritize the repair of road damage based on data-driven decision making.

Pipe inspections in flowing water

If you are looking for a reliable and efficient way to inspect your pipelines in flowing water, you might want to consider using a camer. A camera can capture high-quality images and videos of the pipe condition. However, collecting pipe inspection data is not enough. The data also needs to be stored, analyzed and shared in a way that is useful and meaningful for decision making.

The inspections are carried out by capturing video using a device with a built-in camera that travels freely with the flow of water. The device can have sensors that measure the temperature of the medium and the ambient temperature, detect leaks, air pockets, pipe location and magnetic anomalies.

However, collecting pipe inspection data is not enough. The data also needs to be stored, analyzed and shared in a way that is useful and meaningful for decision making. This is where Gismatrix comes in handy. Gismatrix integrates pipe inspection data with other spatial data, such as maps, aerial imagery, topography, land use and environmental factors. This helps you to visualize the spatial distribution and severity of pipe defects, identify potential risks and hotspots, prioritize maintenance and repair actions plan future inspections, as well as to monitor the performance and lifespan of the pipes.

Gismatrix provides a spatial framework for storing, analyzing and visualizing the inspection data.

Pipe inspectors use Gismatrix to create maps and reports that show the spatial distribution of pipe defects, corrosion, leaks and other issues.

It provides accurate and reliable information on the condition and location of the pipes.

Gismatrix can integrate with other tools and sensors, such as sonar, cameras, GPS and drones, to enhance the quality and coverage of the data.

URBAN GREEN SPACE MANAGEMENT

Geographic Information Systems (GIS) are increasingly becoming vital tools in the management of urban green areas. Therefore, the city authorities chose Gismatrix as the most suitable platform for the implementation of the project, which was supported by the EU project 'Urban soil 4 food'.

Gismatrix solution supports sustainable urban planning by allowing for the assessment of vegetation health, maintenance needs, and usage patterns, which is essential for the effective allocation of resources and long-term sustainability of green spaces. Moreover, Gismatrix can aid in creating unified management strategies that enhance the environmental performance of these areas, contributing to the overall quality of life in urban settings.

FOREST MANAGEMENT PLANNING AT NATIONAL LEVEL

Gismatrix is used in forest management planning at national level, as it allows the analysis and visualisation of forest data. The plans, which are drawn up by the competent regional units of the Slovenian Forest Service, are the basis for sustainable forest management, taking into account the specificities of individual areas and the needs of forest owners.

Gismatrix enables the monitoring of the state of forests, their development tendencies and the success of past management. On the basis of this data, goals, guidelines and measures for the future period are formulated, which are coordinated with legal procedures and public participation. Data entry and processing in Gismatrix are key steps for providing quality information, which is necessary for effective forest management planning. After input, typically on mobile devices without a internet connection, the data are topologically and attribute-checked and organized in GIS, which enables their easy use and updating.

ROADBLOCK MANAGEMENT

Geographic Information Systems (GIS) are increasingly becoming an essential tool in managing roadblocks and ensuring efficient traffic flow. The Gismatrix application implements processes from planning to the removal of roadblocks. Planned and current road closures are publicly available via the GIS website.

The process of managing road closures with GIS support involves several steps to ensure efficient and effective communication and management. Initially, an employee in the public works department receives plans for streets that require closure. Using Gismatrix they draw the closures on the map, place roadblocks, and identify detour routes. Field teams equipped with Gismatrix on mobile devices set up the roadblock and document the process in real-time. As situations change, such as extended closure dates, the information is updated in real-time within the Gismatrix.