Petroleum Exploration: Petroleum exploration demands a thorough understanding of different data such as satellite imagery, digital aerial photo mosaics, seismic surveys, surface geology studies, subsurface and cross section interpretations and images, well locations, and existing infrastructure information. GIS combines these data together to the location in question which allows you to view, overlay and manipulate the data in the form of a map to analyze the potential for finding new or extensive potentials in detail.

GIS programs can be utilized to monitor the condition and flow of pipelines and determine the best pipeline locations to transport oil off the fields and to the refineries.

Production: For the proper functioning of the found reserves, the company must initially identify certain geographic, infrastructural, business and environmental factors about the area in question. Innovative GIS technology is ideally suited for the overlay analysis which can be integrated to other business risk/economic business planning engines to provide a focused business solution tool set.

Managing Facilities: What has evolved out of the global nature of the petroleum industry is an unmanageable and colossal infrastructure. A large, integrated oil company must keep track of every minute detail from drilling platforms to pipeline networks and to refineries for their advancement in this highly competitive business area. Geospatial information can be aptly used to map the gathering and transmission of products to a facility. Once this process is accomplished, integration with more traditional "in-plant" infrastructure management systems, such as CAD, attribute records, and scanned documents, allow the true geographic placement of CAD entities complementing the CAD architecture.

Pipeline Management: The creation and management of a functional pipeline network requires in-depth analysis and study of geographical locations, business requirements, and managed utilization of resources leading to optimal productions and movement of crude and refined oil from petroleum reserves to refinery, and then to storage units respectively. GIS can be used in the site location process to minimize environmental impacts during construction, accidental release as well as to minimize the costs of permits and liability risks associated with accidental releases.

• 3D Modeling
• Photogrammetry
• Lidar Data Processing
• Corporate GIS data management
• Map production and presentation
• Digital Elevation Modeling and Hydrological Modeling
• Environmental sensitivity analysis and modeling
• Network analysis
• Pipeline route optimization and pipeline leakage risk
• Internet mapping and image web server solutions
• Work flow analysis
• Conversion of data to GIS format
• Linkage of oil spill model to GIS.
• Retail market analysis.
• Distribution analysis.
• Market pattern analysis by demographics.
• CAD Drafting and Designing
• CAD to GIS conversion
• Retail outlet supply routing and many more…

• Geologic Evaluation
• Reservoir Analysis
• Seismic Acquisition (access of seismic data and well logs)
• Land / Lease Management
• Drilling Activity Analysis
• Competitor Analysis
• Mergers and Acquisitions
• Gas Marketing
• Improved integration with our relational databases.
• A truly global paradigm, where locations on the earth include "metadata" like Geodetic datum, Cartesian projection/spheroid parameters, etc.
• Improved "Conflation" tools. "Conflation" is the process of merging two or more GIS datasets, so that the output has the highest accuracy data from all the inputs. As surveying tools and GIS data from satellite and ortho photo images continues to improve, existing maps and GIS datasets must be "high graded", i.e. adjusted to remain consistent with the newer data. Managing this process may well be the biggest challenge.
• Advanced analytical tools for Retail outlet management. Integration of Mobile GIS services helping in optimized business solutions etc