See How We Bring GIS Ideas to Life

GIS

LiDAR

GIS IT (development)

  • 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.
  • 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.
  • 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).
  • Geospatial Analysis and Image Processing

    Location:

    Poland

    Editing the automatically generated database of motorways, bridges and roads.
  • Precision 2D Vector Map Creating at 1500 Scale

    Location:

    Latvia

    Precision 2D Vector Map Creating at 1500 Scale
  • Processing of cadastral plots

    Location:

    Ukraine

    Our GIS specialists performed a complete data conversion, meeting all the client’s requirements and ensuring high quality of information processing.
  • 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 existing database of residential buildings

    Location:

    Poland

    The project involved validating the current entries in the database for accuracy and completeness, identifying and adding new buildings that were absent from the existing database, and rectifying any geometric discrepancies in building representations.
  • Updating the existing database of residential buildings

    We check the relevance of existing buildings in the database, as well as create new ones (which are not in the existing database), using orthophoto, Street View, topographic maps and other supporting materials.
  • Vectorization of roads and road signs

    Location:

    Czech Republic, Prostejov

    To create a 2D vector map in the city of Prostejov that includes road infrastructure and road signs.
  • GIS Construction of 2D orthomosaic for aerial photography

    Location:

    Poland

    GIS Construction of 2D orthomosaic for aerial photography
  • Accurate 3D Vectorization of Mobile Mapping Data

    Project on vectorization of objects obtained from mobile map data
  • Classification and build a DEM, DSM, DMT, TIN

    Location:

    Poland

    Classification and build a DEM, DSM, DMT, TIN
  • Classification mobile Lidar data, 3D mapping

    This map encompasses road networks and their immediate surroundings, extending 15 meters from the road centerlines. It features comprehensive attribute information for each object, including object types, surface materials, and height above ground level.
  • 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

    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).
  • Comprehensive Urban Infrastructure 2D Mapping and Attribute Database Development

    Comprehensive Urban Infrastructure 2D Mapping and Attribute Database Development
  • 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.
  • 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.
  • 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.
  • 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 of a digital spatial 3D/2D model of the Tunnel

    Location:

    Czech Republic

    To create 3D models of the tunnel and 2D sections based on Laser Scanning.
  • Determining the area with snow cover on a mountain range using Lidar data

    Location:

    Poland

    Classification of point clouds for obtaining high-quality digital DEM, DSM, DTM, TIN models and determination of areas with snow cover.
  • 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
  • DTM model

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

    Modern software solutions enable accurate forest inventory by harnessing LiDAR laser scanning data.
  • Laser scanning of McDonald’s

    Location:

    Ukraine

    Accurate and detailed DTM representing the terrain features of the surveyed area.
  • Laser scanning of a the multi-storey apartments

    Location:

    Lviv, Ukraine

    3D laser scanning and creating BIM-model of an object.
  • Laser scanning of Kulparkivskyi Bridge Lviv,Ukraine

    Location:

    Lviv, Ukraine

    3D laser scanning of the object, namely the T1416 overpass over the railway track, and the creation of its BIM-model
  • Laser scanning of the facades of Poshtovyi Avenue

    Location:

    Kryvyi Rih, Ukraine

    3D laser scanning and creating BIM-model of several buildings, which are monuments of architecture and urban planning of local significance in Kryvyi Rih, with accurate design of all decorative elements: stucco, balconies, windows, parapets, etc.
  • Making a topographic drawing at a scale of 1:500

    Location:

    Latvia

    To create a 2D vector map based on ortho photo plan and laser scanning according to Latvian legislation at a scale of 1:500.
  • LiDAR Point Classification for Power Transmission Lines

    Location:

    France

    Acquiring a point cloud with a detailed classification of power lines, including the determination of the phases for each wire, and a thorough classification of the DSM terrain within a 60-meter corridor.
  • Road cadastre driving

    Our team has successfully completed this 3D road network inventory project, which included detailed digitization of various street objects.
  • Topographic map in 3D from Mobile LiDAR and Panoramic Imagery

    Location:

    Netherlands

    Topographic map in 3D from Mobile LiDAR and Panoramic Imagery
  • Updating topography database and checking old vector data

    Location:

    Czech Republic

    The aim of the project was to bring the vector maps in line with the current state of the terrain. For this purpose, the vector was audited for the presence and correctness of objects localisation based on aerial photography.
  • Urban Infrastructure 3D Mapping

    The project focused on capturing streets, track axles, anomalies, drainage systems, sidewalks, signage, and more.
  • LiDAR Point Cloud Classification Mobile Scanning

    Location:

    Poland

    Acquiring a point cloud with specific target classes: road, sidewalk, buildings, ground, vegetation, road signs, street infrastructure, and street furniture.
  • Development of a Satellite Images Sales Platform 

    A portal for the sale of satellite images
  • Development of an Interactive Street Panorama and GIS Layer Management Platform

    Development of an Interactive Street Panorama and GIS Layer Management Platform
  • Development software for a soil subsidence

    Development software for a soil subsidence
  • Logistic/crm applications for senders and carriers

    Software solution to manage all transportation processes and activities across logistics networks.
  • Oil and gas software products

    Software Development for the energy industry to control and track of logistics, drilling, mining.
  • Software development for a weather forecast program

    Software development for a weather forecast program
  • Software for bus forecasting tables

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

    The system is designed to comprehensively address the issues of public passenger transport

Our clients say

I, Julien Ernst, manager at GlobeZenit, have the honour to provide feedback on our cooperation with GIS-point in a project dedicated to Lidar data processing in cities.

Throughout the project, the GIS-point team demonstrated a high level of professionalism. Their experts had deep knowledge of data processing and showed the ability to quickly adapt to changes and new challenges. The team always met deadlines, which demonstrates their serious approach to work and responsibility.

Among the achievements that deserve a special mention is GIS-point’s …

Bell Ingram Design are delighted with the service provided by GISPoint in support of our work for our clients in rural Perthshire. The point cloud data from our local survey team was passed to your team in Ukraine and they turned it round into a useable 3D Revit model of the Grade B Listed Building more quickly than we could have hoped for.

At all times we were kept up to date with progress images, and the final product has proved to be a very robust basis for our design proposals. We will definitely be working with GISPoint again in the future.

We would like to extend our sincere thanks for the exceptional support and collaboration that we received during our recent project. Your team’s expertise, professionalism, and commitment to quality were instrumental in the success of our project.

We were particularly impressed with your team’s ability to quickly understand our needs and provide customized solutions that exceeded our expectations. Your communication and responsiveness throughout the project were also greatly appreciated.

We look forward to the opportunity to work with GISpoint Team ag…

Stanislav Mudrak

MDP GEO Testimonial

From the end of 2022, the GIS POINT company is one of our cooperating partners within the project focused on mobile mapping.

GIS Point participates in the evaluation of 3D data from mobile mapping – laser point cloud and panoramic photos. After they have been trained at the very beginning of the cooperation, the results are submitted on their part in the required quality and time.

The representatives of GIS Point are able to respond operatively and solve any requirements that arise in a very short time. If something needs to be resolved, they have no …

Jiří Habrovec

GEODROM Testimonial

We wanted to take a moment to express our appreciation for the productive and effective collaboration that we experienced during our recent project. The expertise and dedication of your team were invaluable in helping us achieve our goals, and we are grateful for your hard work and commitment.

We were particularly impressed with your team’s attention to detail and ability to consistently deliver high-quality results within our tight timelines. Your flexibility and willingness to adapt to changing project requirements were also greatly appreciated.

Tha…

Michal Šafařík

GB-geodezie Testimonial

We started to consider cooperation with GISpoint at time of full workload. We were looking for digital spatial data processor capable to work with the latest software tools.
Due to time pressure and lack of people on the job market we contacted based on recommendation the company GISpoint from Ukraine.

The start of the cooperation with GISpoint was scheduled for April 2023. The initial negotiations went smoothly. Ievgen Lavrishko communicated helpfully on behalf of GISpoint.
The cooperation concerned a large contract with time pressure for comple…

Stanislav Madron

Review GMtech

During our cooperation with the LLC “Mirnichy” at the project: “3D Models of buildings” specialists of your enterprise have shown themselves as professionals who perform their work qualitatively and conscientiously.

Why highly appreciate cooperation with LLC “Mirnichy” because it has been proven itself as a reliable and qualified partner. All works have been done on time and with a high level. LLC “Mirnichy” has been performed the work stipulated by the contract.

David Chodarad

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