With Blue Planet

The use of the full planet at metric resolution is a terrific BIG DATA set that contains invisible but high value Intelligence potential. The information of interest is often at place where no-one looks and the value a full Planet set as produced systematically by v-GLOBE could generate a large interest. Impact of v-GLOBE thank to its FULL cover in any circumstance may becomes quite strong (and profitable). Ensure the sovereignty and independence of a country in terms of information territorial in times of crisis and in times of peace, in particular:

Produce and quickly distribute geographic information (Maps, databases ...) and Intelligence, an area national or international interest
Prepare, simulate and evaluate projects in conditions of reality
Guiding aircraft, missiles and drones according to space-born information
Ensure consistent geographic data from different sources: information, topographic mapping, ...
Repeated monitoring of places of interest
Analyse terrorist thread by systematic search of pre-identified pattern of interest
Intelligence search covering continents

V-Globe products will allows to reate or update topographic maps, databases and cartographic representation at any scale 1:5000 and above; Optimise campaigns of field surveys. Create or update a Topographic background comprehensive and geographically continuous cadastral plans; Use a map or cadastral information system as Map Update tool or land management service; Orthoimagery for the production of topographic maps in raster or vector form; Creation of Fragmented databases: visible parcel boundaries, limits cadastral parcel, and descriptive databases associated (Land, tax, land register ...)

Topographic maps
Land use analysis
Terrain change monitoring

Statistics agriculture is one of the first demonstration of successful applications of Earth observation by space. Mapping the changing distribution of croplands, advancing the accuracy of measurements of biomass and improving forecasts of shortfalls in crop production is becoming a must. Space imagery will help implementing sustainable agricultural management practices while assuring the preservation of soil, land and water resources. Value Added Companies (VACs) making use of v-GLOBE imagery are mostly :

Producing vegetation and surface production estimators and inputs to production aid management
Monitoring the state of cultivated areas: Annual culture, vineyards, olive groves ...
Managing agricultural practices at the plot (precision farming)
Making inventories and crop forecasting (Annual crops, plantations, illegal crops)
Preparing the assessment of harvest needs
Monitoring water irrigation and assess the impact of bad weather
Control and monitor agri-environmental measures and public aids

Wildlife habitats are under increasing pressure and monitoring and law enforcement methods must adapt to these changes even in the most isolated places. Information collected from space supports reliable and consistent monitoring when combined with other digital data can be used to create dynamic maps, images and charts, which can be used in research, or to guide wildlife management. Can be mentionned the possibility to:

Track change detection to protecting and monitor natural landscapes aggressions
Make survey of human habitat expansion in protected areas
Analyse environmental features able to impact on some species development
Monitor changes occurring in habitats zones and project the impact on wildlife species at risk.

Over the years, satellite-based remote sensing data have been successfully utilised for mapping, monitoring, planning and development of urban sprawl, urban land use and urban environment. Thank to v-Globe continuously refreshed imagery it is now be possible to monitor and manage the development of urban housing, infrastructure, transportation means. Can also be performed the evaluation of traffic profiles, real estates and tourism offers. Can be easily addressed with the v-GLOBE imagery information:

The planning of new roads
The verification of buildings creation or extensions
The evaluation of building damages
The tracking of urban population development
The verification conformity for constructions appearing in a remote situation without prior warning

Early warning through Earth Observation involves continuous monitoring of critical environmental variables—such as soil moisture, gas concentrations, vegetation cover and water levels—to detect early signals of potential natural disasters. This method not only improves the accuracy of forecasts for wildfires, droughts, floods and landslides, but also optimizes how resources are allocated for risk reduction. Integrating meteorological, geochemical and topographic data enables early warning systems to help local authorities and civil‐protection agencies anticipate extreme events, plan evacuations and reinforce critical infrastructure in advance.

Global, continuous temporal coverage via satellite constellations
Automated data processing with anomaly detection
Multisensor integration (optical, radar, radiometric) for greater reliability
Timely communication with alerts scalable to the level of risk