Urban development aims at providing basic amenities such as water, sanitation, electricity which can be assessed by using, GIS and Remote Sensing data in spatial and temporal scales with respect to the rate of growth, pattern and extent of sprawl. An integrated approach using satellite data and GIS technologies along with socio-economic data for urban development, facilitates in house planning, transportation facility, water supply, electric supply, environmental protection, industrial growth, treatment and disposal of sewage, sanitation facility, drainage of storm water, management of solid and hazardous wastes and supply of safe food. We provide effective Geo-spatial solutions for planning of infrastructure, land use, environmental protection, slum development, local economy development, livelihood support and planning of health and education.
Real Estate is driven by the location information, which could be fulfilled by GIS technology. GIS facilitates in finding the best optimal site. GIS eases the location analysis by considering parameters such as demographics; intensity of traffic in a region; presence of commercial buildings; industrial areas; characteristic of properties; price; availability of infrastructure such as transportation and utilities; and linking images to properties. Real estate industry is facilitated by GIS technology to analyze, map, report, model and present the advantages of one place over another place. We provide Geo-spatial solutions from identifying the optimal site for commercial development of large scale work to small scale of meeting the expectations of home purchasers and facilitate in managing an effective real estate unit.
Introduction of GIS technology in agriculture and land management has increased the agricultural productivity by facilitating to understand the environment of the region effectively. Like identifying flood plains, preservation areas, water course, crop-land suitability, defining irrigation systems, crop rotation, optimized nutritional and pest control management, and study of metrological data. Data mapping can be done effectively in GIS, especially from growing stages of crops to distribution of fully-processed products. Geographical data can be effectively analyzed for effective land management. Administration of agricultural procedures can be optimized by efficient organization, tracking and visualization of data in GIS environment. We help you in planning agricultural activities and effective land management.
Cadastre means a set of land records, providing information related to extent, value and its ownership, compiled for the purpose of taxation. Digital cadastral maps in GIS domain, facilitates in retrieving and manipulating layers of parcel and spatial information to produce desired composite maps. Access of cadastral maps through network reduces the redundancy during maintenance. Cadastral system built acts as a Land Information System, providing real time information on real estate of a property. Land management in urban area could be improved by easing the process of planning, assessment and collection of rates and taxes, whereas in rural area improved maintenance of agricultural lands and the property business. In Civil Engineering activities, use of digital cadastral maps facilitates in finding all aspects of legal situation of a piece of land. Digital cadastral map could be used to perform experimental studies on agricultural farms, which provide soil data information. Hydrological modeling could be performed using cadastral maps. Prospective land use study could be performed using digital terrain model, soil survey data overlaid with cadastral layers and legal information in a digital cadastral map. Land resource management could be effectively executed. Demand and supply of products and services is dynamic in nature, which could be handled effectively in market analysis by using digital cadastral maps. Land records could be maintained effectively, by preserving the integrity of data during each update of information in digital cadastral maps.
Geocoding is the process of assigning spatial locations to data which are in tabular form. Accrete Geo facilitates to address geocode, intersection matching, ZIP code geocode and reverse geocoding and geocode for location-based services, business application, wireless emergency services, crime mapping & analysis and public health monitoring. Dynamic segmentation is the process of computing the location of events along a route. Dynamic segmentation could be performed for data management, display, query and analysis.