Solutions

Output products generated out of captured data are widely used in all industries. They are essential in geologic exploration, hydrocarbon exploration and transporation, in civil engineering, in design of industrial plants, recreation sites in environmental monitoring as well as in many other Economic sectors. A wide range of application tasks can be solved with the help of captured data and the generated output products.

Mapping

Laser scanning is an effective tool for mapping of large territories with the main advantages being a considerable reduction of filed works as well as the reduction of time required for processing of captured data. The above factors make the technology cost-effective.

Unique features of captured data

• Comprehensive (providing detailed information on the surveyed area)
• Up-to-date (demonstrating current condition/features of the surveyed area)
• High-accurate (allowing to reduce operating costs at different stages of the design and construction)
• Operational (captured immediately, once the data is required)
• Of large volume (covering the surveyed area with overlap and thus providing enhanced opportunities for the project implementation and further application)
• 3D – three dimensional (have XYZ coordinates which allow three dimensional positioning due to immediate and simultaneous data acquisition by on-board GPS receiver and GPS receivers based on the ground stations
• Coordinate-referenced

Design of new objects and reconstruction of existing ones

Digital terrain and surface models can be easily imported into different kinds of software specifically tailored for modeling and design of engineering objects – industrial sites, pipelines, power lines, etc. Created 3D models of sophisticated engineering objects make the process of their reconstruction much easier and less time-bound.

Technical inspection and monitoring of engineering objects

Airborne as well as terrestrial laser scanning data allow to

• Minimize operational costs and make the whole project cost-effective
• Get actual information on the current state of the whole infrastructure and single objects, such as industrial plants, roads, pipelines, electric power substations
• Carry out high quality monitoring and perform technical assessment for further exploitation of the objects
• Increase safety in operation
• Carry out regular inspection or instrumental control of separate areas

Certification of engineering objects

Laser scanning technology serves as the best solution if updating or restoring of technical documentation on engineering objects is required.

Natural hazard management and environmental monitoring

• Digital terrain and surface models allow to perform broad scope of tasks
• Natural and technological disaster monitoring as well as monitoring in difficult-to-access areas and territories with thick vegetation canopy
• Increasing efficiency and accuracy of the emergency situations forecast, impact assessment
• Planning, optimization and coordination of rescue works
• Analyzing the danger sources and possible risk estimation, planning and coordination of the emergency and rescue works

Creating corporate geoinformation systems

Digital topographic maps as well as terrain and surface models serve as the basis for any geoinformation system. Innovative technologies of airborne laser scanning and digital aerial photography facilitate the process of digital maps creation.

Visualization and geospatial data management

The use of up-to-date geospatial information increases the quality of decisions made through better understanding of the location and the interrelation between areas and objects. Different types of geospatial data in a unified coordinate field ensure a detailed complex situation analysis.

Up-to-date digital geospatial data can be automatically integrated into the programme environment of the TouchTable in 2D and 3D view.

The TouchTable ® is a small group collaboration system for visualization, navigation and analysis of data. Functioning as a mobile presentation and input device, the TouchTable ® displays data on a touch-sensitive table surface.