Aerial Geomatics

"Aerial Geomatics" is engaged in a vital land audit project for Mr. Sriram in Samanthapuram, Rajapalayam, Tamil Nadu. Our approach combines advanced GIS analysis with sophisticated surveying techniques like drone and DGPS surveys, ensuring a comprehensive assessment and management of land resources. With drones equipped with diverse sensors, including cameras and LiDAR, we efficiently gather detailed aerial imagery and elevation data with remarkable precision. DGPS surveys further refine positional accuracy, ensuring dependable georeferencing crucial for cadastral mapping and revenue map creation. The resulting revenue maps, seamlessly integrated into GIS platforms, offer a clear visual depiction of land parcel boundaries, ownership details, and valuation insights essential for auditing purposes. Through meticulous GIS analysis, we identify inconsistencies, encroachments, and land use violations, empowering informed decision-making in land governance. This integrated approach fosters equitable distribution, sustainable management practices, and compliance with regulatory frameworks, aligning with our commitment to excellence in land management projects.

As "Aerial Geomatics", our firm is integral to the strategic planning of the 1000-acre "Spring Field Park" layout for Tricolour Projects Private Limited in Patna. Leveraging our expertise in aerial imaging and geospatial analysis, we contribute significantly to the project's success. By employing cutting-edge technologies, such as drones and satellite imagery, we collect precise data on the terrain, vegetation, and existing infrastructure. This data is then integrated into GIS tools, allowing us to overlay village maps, revenue maps, and plot data for in-depth analysis. Through meticulous plots data analysis and purchased parcel analysis, we identify optimal locations for amenities, pathways, and green spaces, ensuring the layout meets both regulatory requirements and stakeholders' expectations. Our involvement in the planning process ensures that "Spring Field Park" emerges as a sustainable, functional, and aesthetically pleasing asset for the community of Patna.

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A Frame Architecture - Villas at Hyderabad, Narsapur forest ranges

JBG Group and BRIDGE Group has given designing opportunity to Aerial Geomatics and we Introduced A-frame sustainable and climate-responsive designs for residential villas using a concrete structure at the fringe of Narsapur forest in Hyderabad can create a unique housing option that prioritizes environmental conservation, climate adaptation, and sustainable living principles.

Environmental Conservation: Narsapur forest is an important ecological zone in Hyderabad, and designing the villas with minimal impact on the environment is essential. Consider utilizing locally sourced materials, and design the villas to blend into the natural surroundings. Implement green building practices like rainwater harvesting, greywater recycling, and solar power to reduce the environmental impact of the villas.

Climate Adaptation: Hyderabad's climate can be harsh, and designing the villas with climate-responsive features is essential. Incorporate shading devices like overhangs, louvers, and brise-soleil to minimize direct sun exposure and enhance natural ventilation. Utilize insulated concrete forms (ICFs) to enhance thermal performance and reduce energy consumption. Consider incorporating passive solar heating strategies like south-facing windows, thermal mass, and operable vents to optimize comfort levels.

Indoor-Outdoor Integration: The forest fringe location of the villas provides ample opportunities for indoor-outdoor living. Design the villas to seamlessly connect indoor spaces with outdoor areas like patios, decks, or gardens. Consider using large sliding or folding doors to create a smooth transition between the interior and exterior spaces.

Energy Efficiency: Implement energy-efficient design principles in the A-frame villas. Utilize insulation, energy-efficient windows, and doors to minimize heat gain or loss. Consider integrating renewable energy sources like solar panels to reduce reliance on the grid. Incorporate energy-efficient appliances and lighting to further reduce energy consumption.

Flexible Interior Spaces: A-frame villas offer versatile interior spaces due to their open floor plans and high ceilings. Design the layout to accommodate various needs and preferences, allowing for flexible usage of rooms and the possibility of loft spaces for additional living or storage areas.

Collaborate with Professionals: Engage architects, designers, and builders experienced in A-frame architecture, sustainable design, and ecological conservation to ensure the successful implementation of the villas. Their expertise can help optimize the design, functionality, and sustainability of the A-frame villas in the Narsapur forest fringe area of Hyderabad.

By introducing A-frame sustainable and climate-responsive designs for residential villas using a concrete structure at the fringe of Narsapur forest in Hyderabad, you can offer a unique housing option that prioritizes environmental conservation, aesthetic appeal, and sustainable living principles. The distinctive architecture, climate adaptation, and focus on energy efficiency can create comfortable and visually captivating homes while preserving the natural environment and adapting to Hyderabad's climate challenges.

GIS: Master Planning with Advanced 3d Mapping and Photogrammetry Techniques

Significance:

Master plans serve as an operational platform to drive future development and respond to changes over time. A master plan should capture the uniqueness of place and project a strong voice and vision for the future, so that it becomes a tool for creating identity and authenticity. The result is a living plan that generates momentum towards implementation, and ultimately a built project with lasting presence. A master plan can transform a site, release capital, provide for the future and utilize buildings and external space more effectively.

We have moved away from a stabilized vernacular culture in terms of technology, ethnicity, aspiration, economy and density. We are in a period of constant change and need to meet demands at the rate they are set by the end user. The advancement of technology means the way space is used is undergoing significant change, and populations in many key cities are increasing rapidly.

Mission:

It is an integration of master planning and architecture, bringing in teams to plan projects holistically. This integration covers elements from technical planning to special characteristics and use. We are using a much deeper computational platform to realize master planning projects, and we now take into consideration the size and distribution of a building in a master plan, the economic issues and infrastructure and utility functions. All this has happened and been enabled in parallel with the introduction of technology and the science of master planning, to test designs.

Our team embarked on a mission to create a detailed map comprising 1002 acres of land for the future construction project. We strategized and divided the into 7 missions. Each mission is choreographed with different flight plans, challenging contours and landform. Initially over 75 Ground control points were identified and marked for survey. It took us overall two days to complete the survey with two flight teams.

Once the survey is over, we complied the data over 8000 aerial images and processed the data (500 GB) which took us another two days to complete. With the help of the advanced techniques we were able create High-Res & image of the site.

With the High-Res ortho-mosaic images we were able to delineate the lakes, rivers, roads, HT wires, buildings and agricultural lands. We delivered over 20 layers of data in
various formats (CAD dwg, TIFF, JPEG & DXF) required for the Master Planning

Serviceability:

This data gives planners a clear overview of large areas of land, making road planning, real estate management, land use calculations and volumetric analysis quick and easy. Ortho-mosaic images provides a quick and accurate method of providing vital information to assess the feasibility of a potential project or the progress of an existing project.

Developers can utilize the data to collect information regarding the inventory and analysis of a given environment and study the causes of development planning issues, such as traffic congestion, district heating, and overcrowding of buildings.

Crime Mapping Using GIS:
In order to create a detailed report about a crime occurred law enforcement agencies and analysts use crime maps. Mapping crime, using Geographic Information Systems (GIS), allows crime analysts to identify crime hot spots, along with other trends and patterns, help law enforcement administrators to devise strategies, as well as for tactical analysis (e.g. crime forecasting). GIS is also useful for law enforcement operations, such as allocating police officers, identifying fastest route and dispatching to emergencies.
Crime maps also contains datasets of landmarks, Traffic, CCTV and blind spots. and also can overlay other datasets such as census demographics, locations of public buildings, schools, police booth or stations etc., to better understand the underlying causes of crime and also for tactical analysis.
In case of road safety and SOS services these crime maps comprises the data for accident prone zones and analyzing for any pattern in accidents so that any kind of difficulties, potholes or damaged roads can be repaired. By the time of accidents nearby ambulance and tow services will be alerted and fastest routes can also be identified.
Geographic profiling is a criminal investigative methodology that analyzes the locations of a connected series of crimes to determine the most probable area of offender residence. By incorporating both qualitative and quantitative methods, it assists in understanding spatial behaviour of an offender and focusing the investigation to a smaller area of the community. Typically used in cases of serial murder or r**e (but also arson, bombing, robbery, terrorism and other crimes), the technique helps police detectives prioritize information in large-scale major crime investigations that often involve hundreds or thousands of suspects and tips.
Crime mapping is used to understand patterns of incarceration and recidivism, help us to target resources and programs, evaluate crime prevention, and further understanding of causes of crime.
The boom of internet technologies, particularly web-based geographic information system (GIS) technologies, is opening new opportunities for use of crime mapping to support crime prevention. Research indicates that the functions provided in web-based crime mapping are less than in most traditional crime mapping software. In conclusion, existing works of web-based crime mapping focus on supporting community policing rather than analytical functions such as pattern analysis and prediction.

https://www.aerialgeomatics.com/post/crime-mapping-using-gis

Crime Mapping Using GIS In order to create a detailed report about a crime occurred law enforcement agencies and analysts use crime maps. Mapping crime, using Geographic Information Systems (GIS), allows crime analysts to identify crime hot spots, along with other trends and patterns, help law enforcement administrators to...

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Flood Hazard Mapping

Flood Hazard Mapping Flooding, as a major natural disaster, affects many parts of the world including developed countries. Due to this natural disaster, billions of rupees in infrastructure and property damages and hundreds of human lives are lost each year. These hazards and losses can be prevented....

Aerial Geomatics updated their address.

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Aerial Geomatics: Scaling New Benchmarks in the Mapping, Planning and Surveying Industry
Emerging as one of the leading indigenous UAV (Unmanned Aerial Vehicle) mapping analysis and planning companies at this confluence is Aerial Geomatics, carving out a niche for themselves in UAV engineering, integration with GIS solutions, aerial photogrammetry and spatial data management. Founded in the year 2020 in Bangalore, Aerial Geomatics started out small-scale. The company then went on to initiate the geospatial and GIS analytical works in the field of bio mining, for the Government of Karnataka’s ULBs (Urban Local Bodies). Aerial Geomatics also undertook integrated farming lands and parcels, and asset mapping for leading automobile industrial assets, as well as for a few assets of the Government of Tamil Nadu.
A remarkable turning point in the company's scale of work happened at the interactive R&D workshop organized by the SIUD (State Institute of Urban Development) Mysuru, which featured 150+ young environmental engineers who were directly associated with the Karnataka ULBs. Aerial Geomatics was identified by a few infrastructural development companies there and recently extending their services to internationally for forest tree height and density analysis mapping.
Currently, Aerial Geomatics is into advanced technology in the mapping, planning and surveying industry using UAV, photogrammetry and GIS solutions. Their outputs are high-resolution geo-maps with GIS analytical data.
The fuel that drives Aerial Geomatics
Aerial Geomatics is guided by its founder and CEO Surendra Kumar R, an architect, urban designer and GIS analyst, who is committed to creating leaders for tomorrow.
The company works in four different key teams. The UAV team consists of ground force men, remote pilots and surveyors. The processing tech team has cloud architects, and a processing tech manager. The GIS analysis team consists of a technical team that can handle historical maps, land classifications, land cover, utility map, watershed, and heat maps. In the mapping and experts team, the company has experienced planners, urban designers, architects and geologists. “Aerial Geomatics plays a unique role in the field of GIS and UAV mapping industry, which allows us to provide superior value to clients at an affordable price and quality. Our R&D indicates there are six successful ways to differentiate product in-time, service in quality, channels of distribution, relationships, reputation/image, and price,” Surendra adds.
Marching towards a promising future
The UAV mapping and GIS market is poised for an even wider-scale adoption than what was seen in recent decades, as more organizations learn how much business value can come from geospatial data and data processing.
As trends like data analytics, mobility, AR, and IoT continue to take off around the world, photogrammetry, geographic information science and technology can be expected not only to be transformed, but also to help change the way organizations utilize these technologies.
Quote: “Aerial Geomatics is into advanced technology in the mapping, planning and surveying industry using UAV, photogrammetry and GIS solutions.”

https://www.aerialgeomatics.com/post/swachh-bharat-mission-landfill-reclamation-precursor-study-methodology-june-2020

Swachh Bharat Mission (June-2020)-Landfill Reclamation Precursor Study-Methodology What is a Precursor Study? -"The treatment & disposal of Legacy MSW can be done by Bio-remediation. A total station survey or drone mapping of any landfill/dumping site must be done prior to start of the project. Hence, it is suggested to ensure a precursor study with history of the site, compositio...