Visicom is a global provider of Digital Mapping Products
for RF planning and optimization
We have been focusing on telecom market for more than 20 years. We manufacture high-quality geodata for accurate network design
Wherever you are we have a product tailored to your needs and budget
GLOBAL 3D, 2.5D, 2D GEODATA FOR RF DESIGN
High-quality and up-to-date maps for telecom:
3D Buildings, 3D Vegetation, Clutters, Clutter Heights, Vectors, Terrain Model, Surface Model, Population Maps
Our digital mapping solutions are widely used by world global companies
3D GEODATA OF ADVANCED ACCURACY FOR 5G PLANNING
Visicom 3D Geodata fitted to 5G networks demands show all terrain features, as well as detailed 3D buildings and trees
Our 3D data help unleash the potential of 5G
3D TREES MODEL MADE SPECIFICALLY FOR 5G PLANNING
Represents detailed vegetation and separate tree shapes with assigned height attributes
Produced from the stereo pairs of high-resolution satellite imagery, lidar data, air photos
Fitted to advanced requirements of cmWave and mmWave frequencies
BUDGET 2.5D SOLUTION FOR SUBURBS AND RURAL AREAS
We deliver the best possible data for real-world simulation and effective planning precisely designed for next-generation networks
Take advantages of 2,5D map and address connectivity challenges created by increasingly diverse networks requirements
3D BUILDINGS WITH COMPLEX ARCHITECTURAL SHAPES
We process the smallest obstruct impacted on 5G frequencies. Small details of buildings are modelling using artificial
intelligence technology of images processing.
SLOPPING ROOFS, ROOFS FIRNITURE, ELEVATORS SHAFTS, TOWERS, SPIRES
5G DIGITAL MAPS FOR PLANNING IN RURAL AREAS
The high level of 3D Geodata accuracy for suburban and residential areas:
  • A new technology of images classification and segmentation
  • 3D Vegetation with detailed canopies and 3D Trees
  • Supporting of 5G projects across the Europe
Geodata portfolio
Get the information about available maps for cities and countries over the world.
1500+ 3D City Models
4500+ 2D Urban Models
65+ Countrywide model for regional planning
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Projects
  • 3D DATA OF CANADIAN CITIES FOR 5G DEPLOYING

    Our 3D projects for Telecom Canada:
    Visicom 3D Data contain features of manmade and natural obstacles as well as precise canopies and trees that assure an accurate 5G networks modeling
    - 3D Trees Model made specifically for 5G planning
    - 3D Buildings include small roof details
    - 3D Bridges displaying precise and detailed engineering constructions
    - 1m resolution matrixes of DTM, DSM, Clutter, Clutter Heights layers
    alt text

    Montreal
    Toronto
    Ottawa
    Edmonton
    Calgary
    Vancouver
    – 52 km2
    – 134 km2
    – 85 km2
    – 78 km2
    – 137 km2
    – 226 km2
    – 64846
    – 142564
    – 60438
    – 73875
    – 113247
    – 143016
    – 934 km
    – 1 779 km
    – 1 147 km
    – 1522 km
    – 2 466 km
    – 2 592 km

    alt text WE SUPPORT ALL RF-PLANNING TOOLS FORMATS OUR DATA ARE COMPATIBLE WITH ANY PROPAGATION MODELS TYPE


    Send us your request for more detailed information
    Download the brochure and ask us for free data sample of 3D map

  • 5G OPPORTUNITIES IN RAILWAYS

    5G services demands are rising sharply across all the vertical markets. The smart railway now is not just a concept but real implemented projects. The railway environment generates a vast amount of big data, which used to improve passenger safety, bring forward the various trend services, improve the efficiency of station and freight operations.

    inside1

    Railway operators are rapidly adopting digital technologies and implementing smart digital platforms to improve passenger communications and attract new passengers.
    The infrastructure is empowered by the IoT and big data analytics collected from lots of sensors installed in trains and along tracks. The information collected allows equipment, tracks and stations to operate more efficiently as well as improving safety and reducing costs. Mobile operators on rail networks worldwide seek to promote the highest levels of safety and reliability for the passengers, to provide the wide range of information and entertainment services. To ensure them the network planning process for GSM-R should provide continuity and sufficient capability of the signal alongside the whole railway line. Indeed, to satisfy the GSM-R requirements and bring the IoT 5G connection for passengers, devices and operations, 5G planning should be done in 500 m buffer zone along the railway. In case of complicated relief, the buffer should be expanded to take into account all the obstacles (natural and artificial) affecting the signal propagation. It is known that 5G networks provide increased speeds of signal and network capacity, but the signal is very sensitive to any obstacle due to short propagation distance. Any terrain features - building or tree - located near data transmitter has dramatic impact on signal propagation.

    inside2

    Visicom 3D Data tailored to 5G networks support the increasing communication requirements applying to railway services:
    — Devices connection
    — Operations connection
    — Passengers connection

    ᐈ VISICOM DATA FOR SWISS RAILWAYS

  • 3D MAPS OF 7 TAIWAN CITIES

    MAINSTAY FOR VARIOUS APPLICATIONS IN URBAN PLANNING:
    ✅ TELECOM PROJECTS
    ✅ SMART CITY
    ✅ LOCAL GOVERNMENT PROJECTS
    ✅ ENVIRONMENTAL MANAGEMENT
    ✅ UTILITIES AND EMERGENCY FACILITIES PLANNING

    The precise geometry, high-resolution 3D buildings and vegetation, road networks, terrain data and landscape features provide a comprehensive view of the city.

    3D CITY MODELS COVER 1162 SQ.KM AREA OF 7 CITIES
    VINTAGE: Q42018-Q22019
    3D CANOPY (VEGETATION) IS INCLUDED

    Taiwan-img

    Visicom's advanced mapping products support any RF tool format (ATOLL, PLANET, MENTUM PLANET, PATHLOSS etc.). Our geodata made specifically for telecom industry provide precise knowledge about the 3D environment in order to help operators to plan, implement and improve the performance of their radio networks.

    City: Area, km2
    TAIPEI CITY + NEW TAIPEI CITY 303
    KAUSHUNG 198
    TAICHUNG 204
    HSINCHU 67
    TAINAN 191
    TAOYAN 162
    TOTAL 1162


    Send us your request for more detailed information
    Download the brochure and ask us for free data sample of 3D map

News
  • 31 August 2020
    Forestry infrastructure mapping

    The events of recent years show that particularly in Ukraine and globally in the world, the demands in wood have been significantly increased. Because of that, many uncontrolled and unauthorized loggings appeared. Thereby we see a stunning decrease of forest areas and as a result a shortening of the naturals lungs of the Earth. Consequently, this leads to crucial changes in climate and the emergence of floods, storms, soil erosions, etc.

    In order to prevent a mass logging and to monitor the number of forestry areas at a state level, it is essential to know the forestry dynamic, it means to monitor all potential changes from year to year. However, there is a question:
    - How to handle such a huge volume of work at a cost-effective price?

    Visicom company has developed and successfully implemented the technology aimed at constant monitoring of forestry areas and vegetation within urban areas based on satellite images. Below we are presenting this approach, which can be deployed either at the local level or at the nationwide level. The proposed technology allows us to preserve the green spaces and to save significant amounts of money, which may have been invested in the deployment of such a monitoring/tracking system.

    1. SATELLITE IMAGES

    Depending on the final models accuracy demands (national, regional, city, local) the images of the various resolution starting from 0.5m (the most accurate data for city and local usage) up to 10m (for national and regional usage) can be used for the mapping of forestry and agriculture areas, city infrastructure, environmental solar/wind energy production projects, etc. Satellite types

    Image 2, Satellite types

    2. FEATURES DETECTION AT THE NATIONAL OR REGIONAL SCALE LEVEL

    The task list might include the following:

    • establishment and maintenance of the national (regional) forest DB;
    • vegetation registration;
    • logging and planting planning;
    • other,

    depending on the demands, the proposed approach includes vegetation areas detection based on satellite images (the picture below depicts the Sentinel image) and further calculation of areas according to regular forest types (foliar, coniferous, mixed)

    Vegetation detection using satellite images

    Image 3, Vegetation detection using satellite images

    3. PERMANENT DATA UPDATE

    A permanent data update allows forecasting of increasing and decreasing forestry areas depending on the natural causes and disasters and human activity.
    Permanent detection of forest logging

    Image 4 Permanent detection of forest logging

    Permanent detection of loggings using Sentinel images with simultaneous areas calculation (from 500 sq.km) let control any possible unauthorized loggings and perform the following tasks:

    • Damage estimation and forecast;
    • Statistic data collection regarding humans role in forestry areas reduction;
    • Research the dependence of environmental indicators (in case of any) on areas of green spaces.

    For illustrative purposes please see the following image: Data collected during 2017-2018

    Image 5, Data collected during 2017-2018.

    4. DETAILED MAPPING OF FORESTRY AREAS

    Detailed mapping of forestry areas based on satellite images of 0.5m-2m resolution can be used for various purposes:

    • Control of valuable trees growth;
    • Prediction of floods impact and consequences;
    • Control of fire safety and forecast of damages;
    • Other.

    Vegetation detection featuring the clustered vegetation and classification by types (foliar, coniferous, mixed, unique tree species):

    Vegetation detection featuring the clustered vegetation and classification by types 1

    Vegetation detection featuring the clustered vegetation and classification by types 2

    Vegetation detection featuring the clustered vegetation and classification by types 3

    5. VEGETATION DETECTION IN URBAN AND SUBURBAN AREAS

    This method implies to use the most accurate images of 0.3-1m resolution and is applicable in vegetation detection within city areas: parks, forested parks, gardens, square parks. For each detected parcel, the area is calculated (including bushes, lawns). In addition, the output data can be presented as a detailed map where the trees (up to every single separate tree) can be detected based on the images of high resolution only (HR resolution satellite images).

    In its turn, it will give a possibility for:

    • Registration of vegetation unit, even to within 1 tree;
    • Accurate mapping of vegetation;
    • Maintenance of various environment-oriented DBs (e.g. the DB of the oldest trees )
    • Assessment of the state of the vegetation.

    Geo-DB of the oldest trees

    Image 9, Geo-DB of the oldest trees


    a) The technology of vegetation mapping under the urban setting

    The technology of vegetation mapping under the urban setting

    Image 10, Vegetation mapping in the city

    b) Generating of vegetation vector map: contours, vegetation type, and area
    Vegetation vector map with attributes

    Image 11, Vegetation vector map with attributes

  • 17 July 2020
    3D CITY MODELS OF AUSTRALIAN CITIES 2020

    3D CITIES OF AUSTRALIA 2020

    In urban areas with fewer propagation distances, dense and high-rise buildings, sometimes complicated relief, the accurate 3D geodata is an essential component of RF design: accurate simulation to support deployment, operation, and optimization of mobile networks.
    We use recent vintage high-resolution stereo imagery to create 1 or 2 or 5 m geodata in LOD2 quality. 3D geodata accuracy – 2-3 m in x,y,z.
    This project includes the following cities:

    City

    Area

    Model type

    Melbourne9 486 sq.km
    • 3D MODELS of 2m or 5m resolution

    • 2.5D MODELS of 5m resolution

    • 3D MODELS of core cities + 2.5D MODELS of suburbs

    • OPTIONS for VEGETATION REPRESENTATION:

    • - Polygons with average heights

      - 3D Trees model with separate canopies heights

      - Recognition of vegetation types: winter or summer, tropical, sub-tropical

    Brisbane7 462 sq.km
    Perth6 568 sq.km
    Sydney5 176 sq.km
    Adelaide3 541 sq.km
    Canberra1 289 sq.km
    Geelong711 sq.km
    Gold Coast601 sq.km
    Newcastle354 sq.km
    Central Coast353 sq.km


    The total area of the 3D models of Australian cites covers more than 35000 km2.

    Digital Surface Model (DSM), Digital Terrain Model (DTM) and Digital Elevation Model (DHM) were produced based on 3D terrain features which were derived from overlapping satellite imagery is taken from two different locations (stereo imagery).

    Highly accurate building vectors with associated height values as attributes are captured through three-dimensional feature extraction in our photogrammetric software.
    Clutter/Land Use/Land Cover describe the surface and built-up features which influence on radio wave propagation. They are classified into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Urban Land Use map is produced from multispectral satellite imagery by the method of automatic classification with subsequent manual photo-interpretation and modification.


    Download the free 3D data sample of Brisbane city model and booklet about project "3D RF map of Australian cities" to see more details.

    Usually, outside the areas of 3D city coverage, operators still require geodata for RF planning and optimization in suburbs. We propose 2D Urban Model, 2.5D Urban Models, 2D Regional Models with clutter height with 5, 10, 20 m resolution, with DTM, clutter (land use) and vector layers. Our geodata catalogue includes over 1500+ 3D City Models, 4500+ cities 2D Urban Models and 65+ Coutrywide model for regional planning.

    Send us the request for more information

  • 13 July 2020
    STATE AUTOMOBILE ROADS AGENCY OF UKRAINE STARTED USING VISICOM API

    Our company has been working with the world's leading business players for a long period of time. Among them are Nokia, Huawei, ATDI, Google, TomTom, Vodafone, etc., However, today we are pleased to inform about the recognition we got not from the foreign partners but from our native Ukrainian one, which appreciates our work in the international market, namely the State Agency of Motor Roads of Ukraine (Ukravtodor). This company has connected its own online maps to the Visicom API.
    https://roads.ukravtodor.gov.ua/dashboard/page/map_ukravtodor
    Thanks to many years of hard work and collection of databases, both automated and manual, the map of Ukraine made by Visicom is the most complete, accurate, and informative.
    It is out of the question that the combination of such two "monsters" is a tremendous and accurate project to accomplish. One of the most important issues is about the coordinate systems of them if they are compatible with themselves.
    Undoubtedly, this is a great achievement (https://kmplus.org.ua/ua), which we are happy with and which we are proud of!
    We thank the State Agency of Motor Roads of Ukraine for the recognition. Join us!
    Note: Visicom API is currently available for Ukraine and Belarus

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VISICOM Headquarters

UKRAINE

25/2 Velyka Zhytomyrska Str.
Kyiv, Ukraine, 01001

Contact information:
Tel.: +380 (44) 201-00-86
Tel./Fax: +380 (44) 201-00-26
Website: https://visicomdata.com
Email: radioplan@visi.com.ua

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