Our Web based Smart Living 3D GIS Engine simulate models for events processing and supports different Operating Systems enabling new business models.

The turn key objective is the identification of the environmental, social, and economic indicators used in order to build smart living models. Location specific decision making for improving socio-economic development, the quality of life, land use, transport and user needs, classified & evaluate.
The 3D GIS Engine solution enables Big Data analytics and Alert methodologies to monitor data coming from different sources

Our 3D based Air Quality Indexing Solution will access and host emissions data, manipulate it and produce modelled emissions with suitable spatial scales for National to Urban outdoor air quality 3D modelling and analysis
Objectives :
➢ 3D based solution for Air Quality Indexing
➢ Predict future changes in sources, emissions and atmospheric processes
➢ Predict exposure and health impacts of vulnerable groups
➢ Catalyze innovation in technology, business models and policy best practices

➢ Develop and validate a model to simulate UK National to street scale outdoor air quality
➢ Include a verification capability for urban air quality predictions
➢ Produce National to local scale outdoor air quality data suitable for exposure calculations ➢ Deliver this as an open source community modelling capabilit

➢ Develop a UK exposure 3D modelling capability
➢ This will include population groups and individual movementbased approaches to exposure calculation
➢ Be able to use National to local scale outdoor air quality data
➢ Demonstrate the capability through the generation of exposure assessments
➢ Deliver this as an open source community 3D modelling capability

This tool is about simulation of flood, river and sea level rise on 3D Platform through which user will be able to analyze and make decisions for the course of actions in the specific area of impact
Objectives :
➢ 3D based solution for Flash flood Monitoring, river level rise and sea level rise
➢ Predict future changes in sources, impact and plan for emergency response
➢ Plan safety measures such as evacuation & first responder actions

This tool is the base of Web based 3D visualization software. Manages all the data and services. Renders all standard GIS specific data formats. Users and citizens can investigate their location of interest and perform analysis.

Ground water has become the major source of water to meet the requirements of domestic, industrial and irrigation sectors. We processed bore well datasets, rain fall datasets, soil type datasets and rendered on to 3D engine for visualization, analysis and reports. Based on the depth of the water in the bore wells we classified the water availability as water bubbles with different colors and size.
Objectives :
➢ 3D based solution for Ground water table
➢ Detailed analytics as year cycle
➢ Predict water levels vs rain fall
➢ Efficient Ground water management
with Soil types, permeability, quality of water and recharging methodologies.

3D GIS Engine offers a comprehensive collaborative platform to conjoin industry specific applications with spatial and non-spatial data. It presents with a configurable model for 3D elements like Agriculture, Environment, Disaster Management, Assets, Civic applications in a single working platform as an Accelerator . 3D GIS Engine will come as a ready-to-play kind of approach for clients which will reduce development efforts, cost and time.

Tackle challenges in the field by converting images, data into information to maximize yield, operational efficiency, protection, storage and management

➢ Water Resource and quality
➢ Soil Measurements
➢ Crop varieties and rotation
➢ Nutrition & Crop Protection
➢ Analysis
➢ Yield
➢ Storage, Insurance & Management

Crop yield data of 9 districts spatial boundary dataset, rain data and soil data received. We processed all data sets and rendered on to 3D engine for visualization, analysis and reports. Based on the yield output from each Tehsil, height factor (z factor) classified into the spatial representation.
Objectives :
➢ 3D based solution for Crop yield Indexing
➢ Detailed analytics
➢ Predict Yield of the crop
➢ Catalyze innovation in technology, business models and policy best practices

On the Crop yield data, Flood simulation modeling applied with flash rain fall data. User will be able to analyze and make decisions for the course of actions in the specific area of impact.
Objectives :
➢ 3D based solution for Flash Flood Monitoring, River level rise and Sea level rise
➢ Predict future changes in sources, impact and plan for emergency response
➢ Plan safety protection measures such as evacuation & first responder actions>