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Our team

Understanding the role and importance of geospatial information, our journey began 6 years ago with the mission of leveraging geospatial intelligence to answer the four factors: when, where, why and who.

 

The integration of an IT department has increased beyond expectations the company's ability to create and adapt its own products to the wishes and needs of customers, thus being able to offer cloud GIS solutions on-premise as well as mobile solutions for data collection and management in just 2 years land

 

The equipment we work with is based on the latest technologies and comes from established suppliers such as PhaseOne, DJI, Topcon. All our drones are registered with the Romanian Civil Aviation Authority (AACR) and our pilots are certified for photogrammetric and inspection flights.

 

The company is accredited Class I by the National Authority for Cadastre and Real Estate Advertising (ANCPI) and the activities carried out fully respect the legal framework in force.

Stelian Banica

Commercial Director

Cristina Draghici

Operations Manager

Florin Nache

Tech Director

Monica Constantinescu

Operations Director

Viorel Alexandru

GIS Expert Pilot

Daniela Stoicescu

CEO

Development steps

  • The digital orthophotoplan of a surface determined by the terrain is obtained by the method of aerial photogrammetry. The vertical aerial photography on the surface is performed based on a flight agreement issued by MAPN which includes all the data regarding the overflight and photography. Depending on the needs of each client and the purpose of the orthophotoplan, the flight parameters (routes, altitude, speed) and digital picture taking / storage are established and / or calculated.
  • For absolute image orientation, photogrammetric tracking is required. The operation consists in locating and determining the coordinates of the landmark points on the ground and is performed in the field by topographic methods with total station and GPS - special equipment, approved by the Romanian Bureau of Legal Metrology, by connecting with the ROMPOS permanent station system.
  • The final aerophotogrammetric product (orthophotoplane) is obtained after processing the acquired data. The orthophotoplan-scale photographic map is georeferenced, by assigning real geographical or rectangular coordinates, and is saved in electronic format or printed on an appropriate medium.
  • Over the map thus obtained are superimposed the auxiliary information consisting of: existing data sets (taken from the client) or data layers resulting from vectorization. The following can be highlighted: road limits, roads, ditches, green spaces, lighting poles, hydrants, gutters, etc.

 

Quality and accuracy

Accurate execution of an orthophotoplan involves the correct taking of nadir frames and the exact determination of ground control points. The quality of the aerial images is influenced by the camera sensor, the optical parameters of the lens used and by the stability of the aerial photography platform (airplane, helicopter).

The frames are taken so as to have optimal coverage (longitudinal minimum 60% and transverse minimum 30%), and deviations from the flight path and the values of angular deviations (pitch, roll, azimuth) are maintained within accepted tolerances.
The obtained images have natural, real colors, and optimal values of brightness, color tones and contrast.

Digital frames have a GSD value of up to 0.05 meters. GSD Ground Sampling Distance is the distance between the centers of adjacent pixels measured on the ground.

Landmarks and pre-marked landmarks are determined in the field with an accuracy of approximately 0.02 meters. The final photogrammetric product has a high geometric precision. Thus, for an orthophotoplan made at a scale of 1: 500, the accuracy is about 0.1 meters.

Uses & benefits

The benefits of using an orthophotoplan can be found in various fields of activity:

1. URBANISM, SYSTEMATIZATION AND LOCAL ADMINISTRATION

  • optimization of internal transport
  • establishing the optimal location of the new objectives, such as urban networks, residential, industrial areas, etc.
  • highlighting the living space
  • execution of urban studies (PUG / PUZ / PUD)
  • granting construction / demolition permits
  • land use inventory
  • organizing the collection and storage of household waste
  • organization of emergency interventions (rescue, police, fire, troubleshooting)
  • generating thematic maps for highlighting and managing local interests

2. CADASTRE

  • complete integration of the cadastral process, starting from the field measurements and ending with the editing of the plans and registers of cadastral records
  • communication facilities with the taxation system of the Ministry of Finance, with other public bodies or individuals requesting cadastral data

3. ENVIRONMENTAL PROTECTION

  • surveillance of nature reserves
  • analysis of soil, water, air pollution
  • analysis of areas affected by various pollutants (chemical, sound, physical, etc.)
  • analysis of areas affected by natural disasters

4. AGRICULTURE, PEDOLOGY, FORESTRY AND LAND IMPROVEMENTS

  • forest mapping
  • monitoring the health of forests and agricultural crops
  • design and supervision of irrigation systems
  • monitoring soil erosion and degraded lands
  • following the evolution of forest areas d.p.d.v. of operations

5. OIL AND GASES

  • inventory, mapping and surveillance of deposits
  • design, maintenance and optimization of pipelines

6. CARTOGRAPHY

  • making and updating maps and topographic plans
  • making and updating thematic maps

7. BUILDING EQUIPMENT

  • planning the maintenance and extension works of the municipal networks (water, canal, electricity, gas)
  • inventory of consumer requirements
  • mapping and surveillance of municipal networks
  • registration of faults, planning of intervention works and identification of affected consumers in case of damage and highlighting areas where frequent malfunctions occur
  • identifying the optimal location for a new objective
  • planning operations for resolving consumer complaints and notifications
  • optimizing the activity of reading the meters and collecting the invoices by rounding the consumers

8. TRANSPORT AND TELECOMMUNICATIONS

  • design, maintenance and optimization of transport networks (roads, railways, cables, etc.)
  • optimizations of transport routes (supply, freight transport, passenger transport, public transport)

9. TRADE

  • studies of location of wholesale stores depending on car access, competition, consumers
  • organizing the distribution of goods to customers from the nearest warehouse

10. STATISTICS, POPULATION RECORDS, CENSUSES, DEMOGRAPHY

  • population register
  • thematic maps based on information about the population

11. BANK FINANCE

  • collection of taxes and duties
  • checking the conformity of the declared surfaces with the real ones

Customers about us

We are proud to have you as partners, we thank you for your recommendations and we assure you of our full collaboration where the situation requires it. It's better to talk about us!

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