2. AgricultureAgriculture Heavy CivilHeavy Civil
ConstructionConstruction
BuildingBuilding
ConstructionConstruction
GeospatialGeospatial Transportation &Transportation &
LogisticsLogistics
RailRail Environmental &Environmental &
WasteWaste
Water UtilitiesWater Utilities Electric UtilitiesElectric Utilities MiningMining
ForestryForestry Field ServiceField Service Oil, Gas &Oil, Gas &
ChemicalChemical
OEM &OEM &
ConsumerConsumer
GovernmentGovernment
TRANSFORMINGTRANSFORMING
THE WAY THE WORLD WORKS – ACROSS MULTIPLE INDUSTRIES & PROFESSIONSTHE WAY THE WORLD WORKS – ACROSS MULTIPLE INDUSTRIES & PROFESSIONS
Today we serve five primary markets with our three core technologies – Precision Agriculture, Heavy Civil Construction, Building Construction, Cadastral and Geospatial and Transportation and Logistics.
We serve our customers in these markets by
Understanding the real conditions in their work environment
Ascertaining the relationships of people, equipment and other resources
Recommending or performing activities that optimize the use of those resources to accomplish a task
Updating the real-time conditions as a result of work completion
Sharing the information real-time with other workers in the field, colleagues in the office, suppliers, advisors and customers
For instance …
One of the world’s largest sugar producers uses our systems to track [x] vehicles over [y] thousands of acres, schedule the activities of these machines and their drivers, communicate information about incoming harvested sugar cane to the processing plant and determine the growing plan for the next season. As a result they have achieved [x%] improvement in machine utilization, reduced farming costs by [y%] and improved processing plant utilization by [z%].
Or example from HCC, BC, Cadastral, T&L.
We also apply our technologies to many other markets. In all cases we have the ability to optimize:
Project management for large-scale projects – such as buildings, air ports, chemical processing plants and the like
Worker safety – such as monitoring driver behavior behind the wheel of a large vehicle
Complex networks – such as those for electric or water utilities
Design coherency – such as determining proper sequencing and location for heating and ventilation installation in a new building
And many others (routing, feature extraction from images, event reconstruction, integrity monitoring…)