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SOFT – Development of an Interactive Street Panorama and GIS Layer Management Platform

Development of an Interactive Street Panorama and GIS Layer Management Platform

Looking for a similar project?
Looking for a similar project?

Project Details

The platform was developed for urban planning and development companies looking to provide users with interactive access to street-level views and customizable GIS data. The solution offers a virtual navigation experience where users can explore various locations through street panoramas. Additionally, it provides the ability to add, configure, and style multiple layers of geographic information, which can be overlaid on base maps for enriched visual and spatial analysis. This feature is particularly useful for professionals in urban planning, tourism, and logistics.

Client: Urban Planning and Development Company

Sector: Information Technology

Sub Sector: Geographic Information Systems (GIS), Virtual Navigation

Services:

Solution:

Creation of an online platform that offers users the ability to view and navigate through horizontal panoramic street-level images. The platform also allows users to configure and style layers of geographic information and overlay them on base maps for customized visual experiences.

Location: Global (Remote access for users worldwide)

People:

The team included GIS specialists, software engineers, and a project manager who oversaw the platform’s development and integration of the panoramic image navigation. The UI/UX team designed an intuitive interface to simplify the complex layering of geographic data, while the development team focused on seamless integration with mapping technologies.

Technology and Software:

  • WebGL for real-time panoramic image rendering
  • GIS technologies (ArcGIS, QGIS)
  • Database: SQLClient
  • Cloud services: AWS
  • Front-end: Angular
  • Back-end: .NET

Process & Challenges

Process:

  1. Initial Consultation: Understanding client needs and identifying the required features, including panoramic navigation and multi-layer GIS integration.
  2. Platform Design: Designing a user-friendly interface that would allow users to easily navigate panoramic images and customize geographic layers.
  3. Development: 
  • Integration of panoramic image technology to allow users to view 360° images along streets.
  • Managing and overlaying geographic information layers.
  • Backend system built for performance and scalability.
  1. Testing and Optimization: Rigorous testing of the platform’s performance, especially the real-time overlay of multiple GIS layers, and ensuring smooth transitions between panoramic images.

Challenges:

  • Real-time Rendering of Panoramic Images: Ensuring that users can smoothly transition between street-level images without delay.
  • GIS Layer Customization: Allowing users to style and overlay geographic layers in real-time required careful handling of data and computational resources.
  • Scalability: The platform had to be designed to accommodate large numbers of users simultaneously, ensuring high performance across diverse geographic regions.

Result

The platform provided users with a seamless experience for navigating street panoramas and customizing geographic data layers. It enabled urban planners, researchers, and the general public to visualize real-world locations while also analyzing geographic data intuitively and engagingly. The solution has been widely adopted by professionals in urban development, tourism, and transportation, leading to enhanced planning and decision-making processes.

Our Team

Ievgen Lavrishko
CEO & Owner
Khrystyna Bochko
HR Generalist
Alevtyna Kostianchuk
Senior Project Manager
Andriiana Pavlyshyn
Head of Business Development
Roman Nahaiovskyi
Project Manager
Maria Kizim
Lead Generation Specialist
Ivanna Soltys
Tender Manager

Navigating Our Impressive SOFT Portfolio

  • Tracking system for public transport

    The system is designed to comprehensively address the issues of public passenger transport
    TRACKING SYSTEM FOR PUBLIC TRANSPORT

  • Software for bus forecasting tables

    Develop software for public transport which display on tables arrival information about bus, tram and trolleybus.

  • Software development for a weather forecast program

    Software development for a weather forecast program

  • Oil and gas software products

    Software Development for the energy industry to control and track of logistics, drilling, mining.
    oil and gas software products

  • Development of a Satellite Images Sales Platform 

    A portal for the sale of satellite images

Working on the Project:
A Step-by-Step Journey to Success

01

PREPARATION

You give us a pilot project – set us a task, provide samples, templates, instructions.
02

PILOT PROJECT

We carry out this pilot project
for FREE, according to all your
instructions.
03

AGREEMENT

You evaluate our work, we agree on the cost of further work.
04

LET’S STARTED!

We sign a cooperation agreement and NDA, after which our team gets to work.

Have a similar project?

Contact us, we’ll help with its implementation.

    United Kingdom

    Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

    Estonia

    Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

    Ukraine

    Ukraine, Lviv, Sadova street, 2a/1
    +380672088520 Ievgen Lavrishko
info@gis-point.com

    GIS – Fulfillment of government orders for the creation and updating of databases

    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

    Looking for a similar project?
    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
    Looking for a similar project?

    Project Details

    The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

    Client: A department in Polish counties responsible for geodesy and property management.

    Sector:

    • Geospatial Analysis
    • Geographic Information Systems (GIS)

    Sub Sector:

    • Cartography
    • Geodetic Surveying, Municipal Infrastructure

    Services:

    • LiDAR mapping services
    • Geodetic Surveying
    • Topographic Mapping
    • Database Management
    • Vectorization of Raster Data
    • Municipal Utility Network Integration
    • Topological Checks

    Solution:

    • Vectorization of existing raster data (topographic maps)
    • Handling geodetic and land documentation
    • Building an extensive attribute database
    • Integrating data related to municipal utility networks

    Location: Poland

    Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

    People:
    GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

    Process & Challenges

    Process:
    The process began with the detailed vectorization of existing raster data, including topographic maps and orthophotography. The team meticulously processed geodetic and land documentation, extracting accurate coordinates and delineations of land plots. This data was then used to construct comprehensive attribute databases, ensuring all necessary details were captured.
    The team created specific databases for various types of infrastructure. These included databases for underground and above-ground engineering networks such as water supply systems, power grids, gas lines, and sewage systems. Additionally, a topographic objects database was created to map roads, sidewalks, embankments, contour lines, and other relevant features. Another database was dedicated to buildings, capturing detailed information on their locations, dimensions, and attributes.
    Topological checks were performed to validate the integrity and accuracy of the data. This included verifying the connectivity and continuity of the mapped features, which is crucial for accurate representation of municipal utility networks. The team also incorporated extensive metadata and attribute information, linking each mapped feature with relevant data to enhance the utility and usability of the database.
    Additionally, the team ensured that the databases adhered to legislative requirements and industry standards, conducting thorough quality assurance processes. This involved cross-referencing the newly created data with existing records and maps to ensure consistency and accuracy.

    Challenges:
    Ensuring the accuracy and compliance of the electronic map with legislative requirements while managing a large volume of data and maintaining high precision during vectorization and data processing. The work involved handling incoming data ranging from the 1900s to the present day, requiring detailed and sequential analysis. The entire project was executed in specialized software and conducted in Polish, further adding to the complexity. The vast amounts of data demanded careful management and rigorous quality control to maintain the integrity of the final product.

    Result

    The resulting data is utilized on geospatial portals and other platforms for various purposes, including city planning and infrastructure management. The project resulted in comprehensive and up-to-date electronic maps that meet all legislative requirements.
    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

    Our Team

    Ievgen Lavrishko
    CEO & Owner
    Khrystyna Bochko
    HR Generalist
    Alevtyna Kostianchuk
    Senior Project Manager
    Andriiana Pavlyshyn
    Head of Business Development
    Roman Nahaiovskyi
    Project Manager
    Maria Kizim
    Lead Generation Specialist
    Ivanna Soltys
    Tender Manager

    Navigating Our Impressive GIS Portfolio

    • GIS Analysis for Determining Optimal Locations for Wind Farms

      Location:

      Australia

      As part of the project, we developed KML files to depict various constraints within the study area. Moreover, we produced wind speed images using data from the global wind atlas.
      GIS Analysis for Determining Optimal Locations for Wind Farms
      GIS Analysis for Determining Optimal Locations for Wind Farms
      GIS Analysis for Determining Optimal Locations for Wind Farms

    • Automatic tree recognition from orthophotos

      Location:

      Germany

      Automatic Tree Recognition with ArcGIS Pro is a project that aims to develop and implement an algorithm for automatic recognition of tree species based on remote sensing data.
      Automatic tree recognition from ortho photos
      Automatic tree recognition from ortho photos

    • Digitizing utility service connections

      Location:

      Canada

      The project encompasses the digitization of utility service connections, specifically for water, sewer, and storm services, spanning across 12,706 properties (parcels) within the City.
      Digitizing utility service connections
      Digitizing utility service connections
      Digitizing utility service connections

    • Geospatial Analysis and Image Processing

      Location:

      Poland

      Editing the automatically generated database of motorways, bridges and roads.
      Geospatial Analysis and Image Processing
      Geospatial Analysis and Image Processing

    • Precision 2D Vector Map Creating at 1500 Scale

      Location:

      Latvia

      Precision 2D Vector Map Creating at 1500 Scale
      Precision 2D Vector Map Creating at 1500 Scale
      Precision 2D Vector Map Creating at 1500 Scale

    Working on the Project:
    A Step-by-Step Journey to Success

    01

    PREPARATION

    You give us a pilot project – set us a
    task, provide samples, templates,
    instructions.
    02

    PILOT PROJECT

    We carry out this pilot project
    for FREE, according to all your
    instructions.
    03

    AGREEMENT

    You evaluate our work, we agree on
    the cost of further work.
    04

    LET’S STARTED!

    We sign a cooperation agreement and
    NDA, after which our team gets to
    work.

    Have a similar project?

    Contact us, we’ll help with its implementation.

      United Kingdom

      Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

      Estonia

      Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

      Ukraine

      Ukraine, Lviv, Sadova street, 2a/1
      +380672088520 Ievgen Lavrishko
info@gis-point.com

      LiDAR – Updating topography database and checking old vector data

      Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

      Looking for a similar project?
      Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
      Looking for a similar project?

      Project Details

      The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
      Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

      Client: A department in Polish counties responsible for geodesy and property management.

      Sector:

      • Geospatial Analysis
      • Geographic Information Systems (GIS)

      Sub Sector:

      • Cartography
      • Geodetic Surveying, Municipal Infrastructure

      Services:

      • LiDAR mapping services
      • Geodetic Surveying
      • Topographic Mapping
      • Database Management
      • Vectorization of Raster Data
      • Municipal Utility Network Integration
      • Topological Checks

      Solution:

      • Vectorization of existing raster data (topographic maps)
      • Handling geodetic and land documentation
      • Building an extensive attribute database
      • Integrating data related to municipal utility networks

      Location: Poland

      Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

      People:
      GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

      Have a similar project?

      Contact us, we’ll help with its implementation.

        United Kingdom

        Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

        Estonia

        Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

        Ukraine

        Ukraine, Lviv, Sadova street, 2a/1
        +380672088520 Ievgen Lavrishko
info@gis-point.com

        GIS – Processing of cadastral plots

        Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

        Looking for a similar project?
        Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
        Looking for a similar project?

        Project Details

        The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
        Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

        Client: A department in Polish counties responsible for geodesy and property management.

        Sector:

        • Geospatial Analysis
        • Geographic Information Systems (GIS)

        Sub Sector:

        • Cartography
        • Geodetic Surveying, Municipal Infrastructure

        Services:

        • LiDAR mapping services
        • Geodetic Surveying
        • Topographic Mapping
        • Database Management
        • Vectorization of Raster Data
        • Municipal Utility Network Integration
        • Topological Checks

        Solution:

        • Vectorization of existing raster data (topographic maps)
        • Handling geodetic and land documentation
        • Building an extensive attribute database
        • Integrating data related to municipal utility networks

        Location: Poland

        Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

        People:
        GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

        Process & Challenges

        Process:
        The data was carefully collected from state registers to ensure its relevance and accuracy. The data was processed in QGIS, with special attention to maintaining topological integrity and avoiding overlaps or cuts within the plots.

        Challenges:
        During the implementation of this project, GisPoint and our specialists faced a number of serious challenges. 

        Here are the main challenges we faced:

        Ensure the conversion of land plots without topological errors such as cuts or overlaps.
        Accurate inclusion of all specified attributes for each land plot.

        Result

        The project was successfully completed on time, with all 115,000 land plots converted to Shapefile format with all the necessary attributes. The quality of the work met the highest requirements, satisfying the client’s needs.

        Our Team

        Ievgen Lavrishko
        CEO & Owner
        Khrystyna Bochko
        HR Generalist
        Alevtyna Kostianchuk
        Senior Project Manager
        Andriiana Pavlyshyn
        Head of Business Development
        Roman Nahaiovskyi
        Project Manager
        Maria Kizim
        Lead Generation Specialist
        Ivanna Soltys
        Tender Manager

        Navigating Our Impressive GIS Portfolio

        • GIS Analysis for Determining Optimal Locations for Wind Farms

          Location:

          Australia

          As part of the project, we developed KML files to depict various constraints within the study area. Moreover, we produced wind speed images using data from the global wind atlas.
          GIS Analysis for Determining Optimal Locations for Wind Farms
          GIS Analysis for Determining Optimal Locations for Wind Farms
          GIS Analysis for Determining Optimal Locations for Wind Farms

        • Geospatial Analysis and Image Processing

          Location:

          Poland

          Editing the automatically generated database of motorways, bridges and roads.
          Geospatial Analysis and Image Processing
          Geospatial Analysis and Image Processing

        • Precision 2D Vector Map Creating at 1500 Scale

          Location:

          Latvia

          Precision 2D Vector Map Creating at 1500 Scale
          Precision 2D Vector Map Creating at 1500 Scale
          Precision 2D Vector Map Creating at 1500 Scale

        • Topological Verification and Correction of Seafloor Maps

          Topological Verification and Correction of Seafloor Maps
          Topological Verification and Correction of Seafloor Maps
          Topological Verification and Correction of Seafloor Maps

        • Updating the BDOT topographic database at a scale of 1:10000

          Location:

          Poland

          Using an orthophotomap, we check the relevance of the existing topographic objects in the database, as well as create new ones (which are not in the existing database).
          Updating the BDOT topographic database
          Updating the BDOT topographic database

        Working on the Project:
        A Step-by-Step Journey to Success

        01

        PREPARATION

        You give us a pilot project – set us a
        task, provide samples, templates,
        instructions.
        02

        PILOT PROJECT

        We carry out this pilot project
        for FREE, according to all your
        instructions.
        03

        AGREEMENT

        You evaluate our work, we agree on
        the cost of further work.
        04

        LET’S STARTED!

        We sign a cooperation agreement and
        NDA, after which our team gets to
        work.

        Have a similar project?

        Contact us, we’ll help with its implementation.

          United Kingdom

          Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

          Estonia

          Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

          Ukraine

          Ukraine, Lviv, Sadova street, 2a/1
          +380672088520 Ievgen Lavrishko
info@gis-point.com

          GIS – Digitizing utility service connections

          Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

          Looking for a similar project?
          Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
          Looking for a similar project?

          Project Details

          The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
          Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

          Client: A department in Polish counties responsible for geodesy and property management.

          Sector:

          • Geospatial Analysis
          • Geographic Information Systems (GIS)

          Sub Sector:

          • Cartography
          • Geodetic Surveying, Municipal Infrastructure

          Services:

          • LiDAR mapping services
          • Geodetic Surveying
          • Topographic Mapping
          • Database Management
          • Vectorization of Raster Data
          • Municipal Utility Network Integration
          • Topological Checks

          Solution:

          • Vectorization of existing raster data (topographic maps)
          • Handling geodetic and land documentation
          • Building an extensive attribute database
          • Integrating data related to municipal utility networks

          Location: Poland

          Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

          People:
          GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

          Process & Challenges

          Process:
          The project involved several technical steps to transition from analog to digital data and ensure the accuracy of the utility network database:

          • Data Preparation and Digitization: Augmented the existing ArcGIS geodatabase by linking utility service connections (water, sewer, storm) to residential parcels. Integrated scanned engineering documentation and systematically transferred historical paper records into digital formats, mapping them to the appropriate parcels within the geodatabase.
          • Attribute Enrichment: Updated the geodatabase with detailed attributes for each utility connection, including pipe depth, diameter, and length. This required careful extraction and input of data from engineering documents.
          • Topological Validation: Performed comprehensive topological checks to ensure data integrity and accuracy, verifying spatial relationships and connections within the utility network to identify and correct inconsistencies.
          • Quality Assurance: Implemented rigorous quality control measures, including validation of data accuracy and completeness through systematic checks. All topological and attribute data was verified to meet project standards.

          The process resulted in a high-quality digital utility network with accurate attributes and validated spatial relationships.

          Challenges:
          The project encountered several challenges, including the integration of historical data from paper records spanning from the 1900s to the present. This data presented difficulties due to varying units of measurement and technical details. Ensuring the accuracy and completeness of utility connections was complex given the large volume of data involved. Additionally, managing and processing extensive datasets required meticulous attention to maintain the integrity of the utility network information.

          Result

          A fully digitized utility network database for the city, including all necessary topological checks. The project successfully transferred historical data to the GIS system, creating a robust digital record-keeping system for future utility management and planning.
          Digitizing utility service connections
          Digitizing utility service connections

          Our Team

          Ievgen Lavrishko
          CEO & Owner
          Khrystyna Bochko
          HR Generalist
          Alevtyna Kostianchuk
          Senior Project Manager
          Andriiana Pavlyshyn
          Head of Business Development
          Roman Nahaiovskyi
          Project Manager
          Maria Kizim
          Lead Generation Specialist
          Ivanna Soltys
          Tender Manager

          Navigating Our Impressive GIS Portfolio

          • GIS Analysis for Determining Optimal Locations for Wind Farms

            Location:

            Australia

            As part of the project, we developed KML files to depict various constraints within the study area. Moreover, we produced wind speed images using data from the global wind atlas.
            GIS Analysis for Determining Optimal Locations for Wind Farms
            GIS Analysis for Determining Optimal Locations for Wind Farms
            GIS Analysis for Determining Optimal Locations for Wind Farms

          • Automatic tree recognition from orthophotos

            Location:

            Germany

            Automatic Tree Recognition with ArcGIS Pro is a project that aims to develop and implement an algorithm for automatic recognition of tree species based on remote sensing data.
            Automatic tree recognition from ortho photos
            Automatic tree recognition from ortho photos

          • Fulfillment of government orders to create and update databases

            Location:

            Poland

            The databases are created and updated by vectorizing existing raster data (topographic maps), orthophotomaps and processing geodetic files and land documentation (by coordinates and sketches).
            Fulfillment of government orders to create and update databases
            Fulfillment of government orders to create and update databases

          • Geospatial Analysis and Image Processing

            Location:

            Poland

            Editing the automatically generated database of motorways, bridges and roads.
            Geospatial Analysis and Image Processing
            Geospatial Analysis and Image Processing

          • Precision 2D Vector Map Creating at 1500 Scale

            Location:

            Latvia

            Precision 2D Vector Map Creating at 1500 Scale
            Precision 2D Vector Map Creating at 1500 Scale
            Precision 2D Vector Map Creating at 1500 Scale

          Working on the Project:
          A Step-by-Step Journey to Success

          01

          PREPARATION

          You give us a pilot project – set us a
          task, provide samples, templates,
          instructions.
          02

          PILOT PROJECT

          We carry out this pilot project
          for FREE, according to all your
          instructions.
          03

          AGREEMENT

          You evaluate our work, we agree on
          the cost of further work.
          04

          LET’S STARTED!

          We sign a cooperation agreement and
          NDA, after which our team gets to
          work.

          Have a similar project?

          Contact us, we’ll help with its implementation.

            United Kingdom

            Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

            Estonia

            Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

            Ukraine

            Ukraine, Lviv, Sadova street, 2a/1
            +380672088520 Ievgen Lavrishko
info@gis-point.com

            GIS – Automatic tree recognition from orthophotos

            Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

            Looking for a similar project?
            Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
            Looking for a similar project?

            Project Details

            The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
            Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

            Client: A department in Polish counties responsible for geodesy and property management.

            Sector:

            • Geospatial Analysis
            • Geographic Information Systems (GIS)

            Sub Sector:

            • Cartography
            • Geodetic Surveying, Municipal Infrastructure

            Services:

            • LiDAR mapping services
            • Geodetic Surveying
            • Topographic Mapping
            • Database Management
            • Vectorization of Raster Data
            • Municipal Utility Network Integration
            • Topological Checks

            Solution:

            • Vectorization of existing raster data (topographic maps)
            • Handling geodetic and land documentation
            • Building an extensive attribute database
            • Integrating data related to municipal utility networks

            Location: Poland

            Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

            People:
            GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

            Process & Challenges

            Process:
            The project was implemented using the integrated ArcGIS Pro platform, which ensured efficient data and computing management. The implementation process included the following stages:

            1. Development of the classification algorithm: Using ArcGIS Pro software and machine learning tools, an algorithm was developed to automatically classify image pixels and locate each tree.
            2. Model testing and validation: The accuracy of the developed model was tested on an independent sample of data compared to manual counting and postal surveys.
            3. Map generation: Based on the classification results, detailed digital maps of each tree location were created.

            Challenges:
            Automatically finding tree locations with ArcGIS Pro is a complex process that comes with a number of challenges. Here are some of the most common issues we’ve encountered:

            Noise and artifacts: Shadows, clouds, atmospheric phenomena, as well as various types of noise can interfere with segmentation algorithms.

            Spectral characteristics: The diversity of tree species, their condition (healthy, diseased, young, old), and weather conditions can lead to significant variations in spectral characteristics, making it difficult to classify them.

            Computing resources: Processing large amounts of data and complex machine learning models required powerful hardware.

            Training sample preparation: Creating a high-quality training set with accurate annotations was a labour-intensive process.

            These challenges, as we know, are an integral part of such projects and required us to carefully analyze and find optimal solutions.

            Result

            The project resulted in a high accuracy of tree coordinates (90%), which allows us to obtain detailed information about their location in the forests. A significant amount of data (600 hectares) was processed and detailed tree distribution maps were created.

            Our Team

            Ievgen Lavrishko
            CEO & Owner
            Khrystyna Bochko
            HR Generalist
            Alevtyna Kostianchuk
            Senior Project Manager
            Andriiana Pavlyshyn
            Head of Business Development
            Roman Nahaiovskyi
            Project Manager
            Maria Kizim
            Lead Generation Specialist
            Ivanna Soltys
            Tender Manager

            Navigating Our Impressive GIS Portfolio

            • GIS Analysis for Determining Optimal Locations for Wind Farms

              Location:

              Australia

              As part of the project, we developed KML files to depict various constraints within the study area. Moreover, we produced wind speed images using data from the global wind atlas.
              GIS Analysis for Determining Optimal Locations for Wind Farms
              GIS Analysis for Determining Optimal Locations for Wind Farms
              GIS Analysis for Determining Optimal Locations for Wind Farms

            • Digitizing utility service connections

              Location:

              Canada

              The project encompasses the digitization of utility service connections, specifically for water, sewer, and storm services, spanning across 12,706 properties (parcels) within the City.
              Digitizing utility service connections
              Digitizing utility service connections
              Digitizing utility service connections

            • Fulfillment of government orders to create and update databases

              Location:

              Poland

              The databases are created and updated by vectorizing existing raster data (topographic maps), orthophotomaps and processing geodetic files and land documentation (by coordinates and sketches).
              Fulfillment of government orders to create and update databases
              Fulfillment of government orders to create and update databases

            • Geospatial Analysis and Image Processing

              Location:

              Poland

              Editing the automatically generated database of motorways, bridges and roads.
              Geospatial Analysis and Image Processing
              Geospatial Analysis and Image Processing

            • Precision 2D Vector Map Creating at 1500 Scale

              Location:

              Latvia

              Precision 2D Vector Map Creating at 1500 Scale
              Precision 2D Vector Map Creating at 1500 Scale
              Precision 2D Vector Map Creating at 1500 Scale

            Working on the Project:
            A Step-by-Step Journey to Success

            01

            PREPARATION

            You give us a pilot project – set us a
            task, provide samples, templates,
            instructions.
            02

            PILOT PROJECT

            We carry out this pilot project
            for FREE, according to all your
            instructions.
            03

            AGREEMENT

            You evaluate our work, we agree on
            the cost of further work.
            04

            LET’S STARTED!

            We sign a cooperation agreement and
            NDA, after which our team gets to
            work.

            Have a similar project?

            Contact us, we’ll help with its implementation.

              United Kingdom

              Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

              Estonia

              Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

              Ukraine

              Ukraine, Lviv, Sadova street, 2a/1
              +380672088520 Ievgen Lavrishko
info@gis-point.com

              GIS – Analysis for Determining Optimal Sites for Wind Farm Construction

              Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

              Looking for a similar project?
              Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
              Looking for a similar project?

              Project Details

              The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
              Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

              Client: A department in Polish counties responsible for geodesy and property management.

              Sector:

              • Geospatial Analysis
              • Geographic Information Systems (GIS)

              Sub Sector:

              • Cartography
              • Geodetic Surveying, Municipal Infrastructure

              Services:

              • LiDAR mapping services
              • Geodetic Surveying
              • Topographic Mapping
              • Database Management
              • Vectorization of Raster Data
              • Municipal Utility Network Integration
              • Topological Checks

              Solution:

              • Vectorization of existing raster data (topographic maps)
              • Handling geodetic and land documentation
              • Building an extensive attribute database
              • Integrating data related to municipal utility networks

              Location: Poland

              Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

              People:
              GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

              Process & Challenges

              Process:
              The project commenced with an extensive geospatial analysis to determine the most suitable locations for wind farm construction. GIS-Point employed state-of-the-art GIS technologies and methodologies to develop accurate KML layers and GIS imagery. This involved integrating wind resource data with a range of geographical constraints, including infrastructure and environmental factors. Our process entailed:

              • Mapping and analyzing spatial data to identify potential sites.
              • Creating detailed KML layers to represent various constraints such as roads, railways, and wetlands.
              • Producing high-resolution GIS images to visualize wind speed and other critical variables.
              • Developing digital GIS maps tailored to client specifications to facilitate precise planning and decision-making.
              • Collaborating continuously with the client to ensure the accuracy and relevance of the data.

              The thorough analysis and precise data visualization enabled effective planning and strategic placement of wind turbines, aligning with project goals and environmental considerations.

              Challenges:
              The project presented several significant challenges, including the analysis of extensive and diverse datasets. These included environmental and infrastructural constraints, as well as legal considerations related to stakeholder approvals for construction. Key challenges included:

              • Data Integration: Merging diverse datasets for a comprehensive geospatial analysis.
              • Constraint Management: Addressing ecological, infrastructural, and legal factors, including stakeholder approvals.
              • Dynamic Updates: Continuously updating results to reflect changes in constraints and client requirements.

              Successfully managing these challenges was essential for delivering accurate and actionable analysis for the wind farm project.

              Result

              The GIS analysis provided detailed and accurate geospatial data, facilitating the optimal placement of wind turbines and ensuring all constraints were addressed. The KML layers and maps created enabled effective site planning and decision-making for the “Macorna” wind farm project.
              Project: GIS Analysis for Determining Optimal Sites for Wind Farm Construction
              GIS Analysis for Determining Optimal Sites for Wind Farm Construction

              Our Team

              Ievgen Lavrishko
              CEO & Owner
              Khrystyna Bochko
              HR Generalist
              Alevtyna Kostianchuk
              Senior Project Manager
              Andriiana Pavlyshyn
              Head of Business Development
              Roman Nahaiovskyi
              Project Manager
              Maria Kizim
              Lead Generation Specialist
              Ivanna Soltys
              Tender Manager

              Navigating Our Impressive GIS Portfolio

              • Automatic tree recognition from orthophotos

                Location:

                Germany

                Automatic Tree Recognition with ArcGIS Pro is a project that aims to develop and implement an algorithm for automatic recognition of tree species based on remote sensing data.
                Automatic tree recognition from ortho photos
                Automatic tree recognition from ortho photos

              • Digitizing utility service connections

                Location:

                Canada

                The project encompasses the digitization of utility service connections, specifically for water, sewer, and storm services, spanning across 12,706 properties (parcels) within the City.
                Digitizing utility service connections
                Digitizing utility service connections
                Digitizing utility service connections

              • Fulfillment of government orders to create and update databases

                Location:

                Poland

                The databases are created and updated by vectorizing existing raster data (topographic maps), orthophotomaps and processing geodetic files and land documentation (by coordinates and sketches).
                Fulfillment of government orders to create and update databases
                Fulfillment of government orders to create and update databases

              • Geospatial Analysis and Image Processing

                Location:

                Poland

                Editing the automatically generated database of motorways, bridges and roads.
                Geospatial Analysis and Image Processing
                Geospatial Analysis and Image Processing

              • Precision 2D Vector Map Creating at 1500 Scale

                Location:

                Latvia

                Precision 2D Vector Map Creating at 1500 Scale
                Precision 2D Vector Map Creating at 1500 Scale
                Precision 2D Vector Map Creating at 1500 Scale

              Working on the Project:
              A Step-by-Step Journey to Success

              01

              PREPARATION

              You give us a pilot project – set us a
              task, provide samples, templates,
              instructions.
              02

              PILOT PROJECT

              We carry out this pilot project
              for FREE, according to all your
              instructions.
              03

              AGREEMENT

              You evaluate our work, we agree on
              the cost of further work
              04

              LET’S STARTED!

              We sign a cooperation agreement and
              NDA, after which our team gets to
              work.

              Have a similar project?

              Contact us, we’ll help with its implementation.

                United Kingdom

                Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

                Estonia

                Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

                Ukraine

                Ukraine, Lviv, Sadova street, 2a/1
                +380672088520 Ievgen Lavrishko
info@gis-point.com

                LiDAR – Creation of a digital spatial 3D/2D model of the Tunnel

                Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                Looking for a similar project?
                Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
                Looking for a similar project?

                Project Details

                The project involved the creation of a digital spatial 3D model of a 25-meter tunnel, along with 2D cross-sections and longitudinal sections. The data was processed using Bentley MicroStation and Terra solid, resulting in a highly accurate model suitable for a range of applications including design, construction, and inspections..

                Client: A geodetic and engineering company specializing in surveying, property management, and geospatial solutions.

                Sector: LIDAR Data Processing

                Sub Sector:

                • 3D/2D Modeling
                • Infrastructure

                Services:

                • LiDAR Data Processing
                • 3D Model Creation
                • 2D Cross-Sections and Longitudinal Sections
                • Infrastructure Analysis

                Solution:

                • Creation of a digital 3D model of a tunnel based on laser scanning data
                • Generation of detailed 2D cross-sections and longitudinal sections of the tunnel
                • High-precision modeling to facilitate future use in design, construction, repair, and inspection
                • Accurate representation of tunnel geometry for detailed structural analysis

                Location: Czech Republic

                Technology and Software:

                • Bentley MicroStation: Used for 3D modeling and generating 2D cross-sections
                • Terra solid: Employed for LIDAR data processing and model refinement

                People:
                The GisPoint team, with expertise in LIDAR data processing and modeling, delivered this project. Their skills ensured the creation of a precise digital model that meets the needs of structural analysis and future maintenance work.

                Process & Challenges

                Process:

                Data Acquisition: Laser scanning data was collected to capture the tunnel’s geometry.

                3D Model Creation: A detailed 3D model of the tunnel was generated using Bentley MicroStation – Terra solid.

                2D Section Creation: Cross-sections and longitudinal sections were produced for a comprehensive structural overview.

                Accuracy Checks: The models were reviewed to ensure high precision and usability for various infrastructure applications.

                Challenges:

                Ensuring the 3D model captured the exact structure and geometry of the tunnel with high precision.

                Processing detailed cross-sections that align with the real-world dimensions of the tunnel.

                Managing large volumes of LIDAR data efficiently within the project timeline.

                Project Details

                The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
                Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                Client: A department in Polish counties responsible for geodesy and property management.

                Sector:

                • Geospatial Analysis
                • Geographic Information Systems (GIS)

                Sub Sector:

                • Cartography
                • Geodetic Surveying, Municipal Infrastructure

                Services:

                • LiDAR mapping services
                • Geodetic Surveying
                • Topographic Mapping
                • Database Management
                • Vectorization of Raster Data
                • Municipal Utility Network Integration
                • Topological Checks

                Solution:

                • Vectorization of existing raster data (topographic maps)
                • Handling geodetic and land documentation
                • Building an extensive attribute database
                • Integrating data related to municipal utility networks

                Location: Poland

                Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

                People:
                GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

                Our Team

                Ievgen Lavrishko
                CEO & Owner
                Khrystyna Bochko
                HR Generalist
                Alevtyna Kostianchuk
                Senior Project Manager
                Andriiana Pavlyshyn
                Head of Business Development
                Roman Nahaiovskyi
                Project Manager
                Maria Kizim
                Lead Generation Specialist
                Ivanna Soltys
                Tender Manager

                Navigating Our Impressive GIS Portfolio

                • Classification of LiDAR point clouds for the city of Oslo

                  Location:

                  Norway

                  Within the scope of this task, data from a portion of Oslo city was processed, specifically LAS/LAZ files and vector data for buildings, utility poles, and power transmission lines (with a focus on this vector area).
                  Classification of LiDAR point clouds for the city of Oslo
                  Classification of LiDAR point clouds for the city of Oslo

                • Classification of Lidar point clouds for the city of Oslo

                  Location:

                  Norway

                  We received data of a part of Oslo city, namely LAS/LAZ files and a vector of buildings, poles and power lines (these classes had to be processed within the vector).
                  Classification of Lidar point clouds for the city of Oslo
                  Classification of Lidar point clouds for the city of Oslo
                  Classification of Lidar point clouds for the city of Oslo

                • Create a digital spatial 3D map from mobile Lidar scanning data and panoramic images

                  Location:

                  Czech Republic

                  To create a digital 3D map from mobile lidar scanning data and panoramic imagery.
                  Create a digital spatial 3D map from mobile lidar scanning data and panoramic images
                  Create a digital spatial 3D map from mobile lidar scanning data and panoramic images
                  Create a digital spatial 3D map from mobile lidar scanning data and panoramic images

                • Creating a digital spatial 3D model of a concrete support

                  Location:

                  Czech Republic

                  A digital spatial 3D model of a concrete support was created in Bentley MicroStation – Terra solid based on laser scanning.
                  Creating a digital spatial 3D model of a concrete support
                  Creating a digital spatial 3D model of a concrete support
                  Creating a digital spatial 3D model of a concrete support

                • Creation and updating of topographics data and underground communications databases

                  Creation and updating of topographics data and underground communications databases on a scale of 1:500.
                  Creation and updating of topographics data and underground communications databases
                  Creation and updating of topographics data and underground communications databases

                Working on the Project:
                A Step-by-Step Journey to Success

                01

                PREPARATION

                You give us a pilot project – set us a
                task, provide samples, templates,
                instructions.
                02

                PILOT PROJECT

                We carry out this pilot project
                for FREE, according to all your
                instructions.
                03

                AGREEMENT

                You evaluate our work, we agree on
                the cost of further work.
                04

                LET’S STARTED!

                We sign a cooperation agreement and
                NDA, after which our team gets to
                work.

                Have a similar project?

                Contact us, we’ll help with its implementation.

                  United Kingdom

                  Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

                  Estonia

                  Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

                  Ukraine

                  Ukraine, Lviv, Sadova street, 2a/1
                  +380672088520 Ievgen Lavrishko
info@gis-point.com

                  LiDAR – Creating a digital spatial 3D model of a concrete support

                  Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                  Looking for a similar project?
                  Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
                  Looking for a similar project?

                  Project Details

                  The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
                  Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                  Client: A department in Polish counties responsible for geodesy and property management.

                  Sector:

                  • Geospatial Analysis
                  • Geographic Information Systems (GIS)

                  Sub Sector:

                  • Cartography
                  • Geodetic Surveying, Municipal Infrastructure

                  Services:

                  • LiDAR mapping services
                  • Geodetic Surveying
                  • Topographic Mapping
                  • Database Management
                  • Vectorization of Raster Data
                  • Municipal Utility Network Integration
                  • Topological Checks

                  Solution:

                  • Vectorization of existing raster data (topographic maps)
                  • Handling geodetic and land documentation
                  • Building an extensive attribute database
                  • Integrating data related to municipal utility networks

                  Location: Poland

                  Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

                  People:
                  GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

                  Process & Challenges

                  Process:

                  Pole Evaluation: Initial assessment identified five recurring types of concrete poles.

                  Model Creation: A 3D model of the first pole was created, using a reference pole without obstructions.

                  Copy and Adjustment: The base model was copied and modified for the remaining poles, adjusting height and orientation to match specific measurements.

                  Final Adjustments: All models were reviewed and corrected for any inaccuracies.

                  Challenges:

                  Ensuring the accurate creation of concrete pole models despite obstructions such as grass.

                  Adjusting the orientation and height of each pole to reflect real-world dimensions.

                  Managing minor deviations in pole shapes and dimensions efficiently.

                  Result

                  A total of 763 concrete poles were successfully modeled in 3D, with high precision and adherence to the project requirements. The models accurately reflect the dimensions and orientations of the poles, providing reliable spatial data for further use.

                  Our Team

                  Ievgen Lavrishko
                  CEO & Owner
                  Khrystyna Bochko
                  HR Generalist
                  Alevtyna Kostianchuk
                  Senior Project Manager
                  Andriiana Pavlyshyn
                  Head of Business Development
                  Roman Nahaiovskyi
                  Project Manager
                  Maria Kizim
                  Lead Generation Specialist
                  Ivanna Soltys
                  Tender Manager

                  Navigating Our Impressive GIS Portfolio

                  • Creating a digital spatial 3D map from mobile lidar scanning data

                    Location:

                    Czech Republic

                    The input data is a cloud of Lidar points obtained using mobile Lidar scanning, as well as orthophoto maps, 360 panoramic photos.

                  • Create a digital spatial 3D map from mobile Lidar scanning data and panoramic images

                    Location:

                    Czech Republic

                    To create a digital 3D map from mobile lidar scanning data and panoramic imagery.
                    Create a digital spatial 3D map from mobile lidar scanning data and panoramic images
                    Create a digital spatial 3D map from mobile lidar scanning data and panoramic images
                    Create a digital spatial 3D map from mobile lidar scanning data and panoramic images

                  • Creation and updating of topographics data and underground communications databases

                    Creation and updating of topographics data and underground communications databases on a scale of 1:500.
                    Creation and updating of topographics data and underground communications databases
                    Creation and updating of topographics data and underground communications databases

                  • Digital 3D Mapping from Mobile LiDAR and Panoramic Imagery

                    Utilizing data from mobile LiDAR scanning, panoramic imagery, and digital elevation maps, our project focuses on the development of an intricate 3D-map.
                    Digital 3D Mapping from Mobile LiDAR and Panoramic Imagery
                    Digital 3D Mapping from Mobile LiDAR and Panoramic Imagery
                    Digital 3D Mapping from Mobile LiDAR and Panoramic Imagery

                  • DTM model

                    This project focuses on generating a Digital Terrain Model (DTM) using LiDAR data.
                    DTM model
                    DTM model

                  Working on the Project:
                  A Step-by-Step Journey to Success

                  01

                  PREPARATION

                  You give us a pilot project – set us a
                  task, provide samples, templates,
                  instructions.
                  02

                  PILOT PROJECT

                  We carry out this pilot project
                  for FREE, according to all your
                  instructions.
                  03

                  AGREEMENT

                  You evaluate our work, we agree on
                  the cost of further work.
                  04

                  LET’S STARTED!

                  We sign a cooperation agreement and
                  NDA, after which our team gets to
                  work.

                  Have a similar project?

                  Contact us, we’ll help with its implementation.

                    United Kingdom

                    Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

                    Estonia

                    Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

                    Ukraine

                    Ukraine, Lviv, Sadova street, 2a/1
                    +380672088520 Ievgen Lavrishko
info@gis-point.com

                    LiDAR – Making a topographic drawing at a scale of 1:500

                    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                    Looking for a similar project?
                    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale
                    Looking for a similar project?

                    Project Details

                    The project aimed to create an up-to-date electronic map that complies with legislative requirements. This involved the creation and updating of a topographic, geodetic, and municipal utility network database at a scale of 1:500.
                    Creation and Updates of Topographic, Geodetic, and Municipal Utility Network Database at 1:500 Scale

                    Client: A department in Polish counties responsible for geodesy and property management.

                    Sector:

                    • Geospatial Analysis
                    • Geographic Information Systems (GIS)

                    Sub Sector:

                    • Cartography
                    • Geodetic Surveying, Municipal Infrastructure

                    Services:

                    • LiDAR mapping services
                    • Geodetic Surveying
                    • Topographic Mapping
                    • Database Management
                    • Vectorization of Raster Data
                    • Municipal Utility Network Integration
                    • Topological Checks

                    Solution:

                    • Vectorization of existing raster data (topographic maps)
                    • Handling geodetic and land documentation
                    • Building an extensive attribute database
                    • Integrating data related to municipal utility networks

                    Location: Poland

                    Technology and Software: The projects were executed using specialized Polish state software such as TurboMAP, WorkEwid, and Ewmapa.

                    People:
                    GIS-Point assembled a dedicated team of 25 GIS specialists, 5 quality controllers, and 2 project managers for long-term collaboration on these projects, with the team continually expanding. At the beginning of the collaboration, the client conducted a brief training session on the specific requirements and specialized software for a few key specialists. Subsequently, GIS-Point independently trained their internal team and managed the project processes.

                    Have a similar project?

                    Contact us, we’ll help with its implementation.

                      United Kingdom

                      Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

                      Estonia

                      Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

                      Ukraine

                      Ukraine, Lviv, Sadova street, 2a/1
                      +380672088520 Ievgen Lavrishko
info@gis-point.com