Services
1. Cadastral Surveys
- Land Title Surveys identify, map, and define property boundaries to establish legal ownership and ensure accurate title issuance.
- Strata Surveys define individual property ownership within multi-level apartments or horizontal subdivisions, ensuring shared areas are managed by a designated committee.
Target Sectors: Private Landowners, Developers, Corporations, Real Estate & Infrastructure, Management Bodies, Agricultural Estates, and Government Authorities.
2. AERIAL MAPPING SURVEYS
- Aerial Photogrammetry Survey involves creating precise maps from photographs taken by an airplane or helicopter equipped with a metric camera. This technology enables accurate geometric measurements, making it essential for mapping, land surveys, and spatial analysis in various industries, including construction, urban planning, and environmental studies.
- Unmanned Aerial Vehicle (UAV) Surveying and Mapping involves capturing measurements from aerial photographs. Specialized instruments designed for UAVs can be mounted on unmanned flying platforms of different sizes and types, enabling accurate data collection for applications such as land surveying, mapping, construction, and environmental monitoring.
- Airborne Laser Profiling is a surveying method in order to obtain large scale maps of natural and man-made features on the earth without requiring close contact or in-situ observations. LiDAR is commonly used to make high-resolution maps and data that can be integrated with other data sources
Target Sectors: Planners, Engineers, Land Developers, Government Agencies, Property and Infrastructure Industries, Plantations, Oil and Gas Industries, Geologists, Forestry, Archaeologist, Land and Resource Management, Infrastructure and Urban Planning, Mining and Exploration Industries, Civil and Environmental Monitoring, Environmental Industries.
3. ENGINEERING SURVEY
- Topographical Surveys provide detailed data on natural and artificial features, enabling clients to utilize the collected information for design, construction, and implementation stages. These surveys ensure accurate mapping of terrain, helping in effective planning and development across various industries, including infrastructure, engineering, and land management.
- Demarcation Surveys involve defining and marking the boundaries or limits of a specific area, ensuring precise land division for legal, construction, or ownership purposes.
- As-Built Surveys confirm that the dimensions and spatial boundaries of constructed features align with the approved designs, ensuring accuracy and compliance.
- Setting Out Survey involves marking reference points and stakes to guide the construction of structures like roads, buildings, and other developments, ensuring accurate alignment with design plans.
- Precise Levelling Survey Precise Levelling Survey is an advanced differential levelling method that utilizes highly accurate instruments and rigorous observation procedures. It ensures exceptional accuracy, often achieving precision levels of 1mm per 1km traverse, making it essential for engineering, construction, and geodetic applications.
- Deformation monitoring (also referred to as deformation survey) also known as a deformation survey, systematically measures and tracks changes in an object's shape or dimensions caused by stresses from applied loads.
- Profile Survey involves measuring elevations at specified intervals along a defined line, such as the centerline of a proposed road, ditch, or natural feature like a stream bed, to assess terrain characteristics for planning and construction.
Target Sectors: Power, Utility Providers, Property and Infrastructure, Environmental, Plantation, Government, Aviation, Oil and Gas, Engineers, Planners, Developers, Architects, State and Local Authorities, General Construction Contractors, Civil Engineers, Project and Construction Managers.
4. HYDROGRAPHIC SURVEY
A Hydrographic Survey maps seabed topography and spatial features, supporting maritime navigation, marine construction, dredging, and offshore oil exploration or drilling. It provides critical data for safe and efficient marine operations, ensuring accurate depth measurements, hazard identification, and environmental assessments. This survey plays a vital role in coastal management, underwater infrastructure development, and other oceanographic studies.
Target Sectors: Resource Development, Transportation Planning, Aquatic Science, National Sovereignty and Defence, Utility, Environmental, Government, Oil and Gas
5. UNDERGROUND UTILITIES DETECTION AND MAPPING
Underground utility mapping identifies and labels the positions of underground public utility mains, including telecommunication, electricity, natural gas, water mains, and wastewater pipes. In some areas, oil pipelines, defense communication lines, transit, rail, and road tunnels also share space underground. It involves detecting, positioning, and identifying buried pipes and cables, which are mostly invisible. While positioning can be determined using conventional or modern survey equipment, detecting underground utilities requires specialized tools and techniques. Essentially, underground utility mapping combines two key fields of knowledge: geophysics and geomatics.
Target Sectors: Utility Agencies, Government Linked Companies (GLCs), Power, Utility, Property and Infrastructure, Environmental, Government, Aviation, Oil and Gas Industries
6. GEOGRAPHICAL INFORMATION SYSTEM (GIS)
GIS technology integrates databases, mapping, and statistical methods to visualize georeferenced data, making it easier to identify relationships, patterns, and trends. This system presents geographic information to support informed decision-making across various professional fields.
Target Sectors: Government Agencies, Planners, Forestry, Power, Utility, Property and Infrastructure, Environmental, Plantation, Government, Aviation, Oil and Gas Industries
7. TERRESTRIAL LASER SCANNING (TLS)
Terrestrial Laser Scanning accurately measures existing buildings, essential for conserving historical structures and planning alterations or additions. This technology captures detailed spatial data, ensuring precise documentation for restoration, renovation, and architectural modifications. It plays a crucial role in preserving heritage sites and improving existing building designs.
Target Sectors: Archaeologists, Property and Infrastructure Developers, Environmental, Government, Oil and Gas Industries, Law Enforcement, Heritage Departments.
8. BUILDING INFORMATION MODELLING (BIM)
Building Information Modeling (BIM) : is an advanced 3D modeling process that provides architecture, engineering, and construction (AEC) professionals with valuable insights and tools to optimize planning, design, construction, and management of buildings and infrastructure. By integrating intelligent workflows, BIM enhances predictability, productivity, and overall project efficiency.
APEX Geosolutions enhances BIM capabilities by integrating design and attribute data with high-precision 3D terrain models, satellite imagery, and aerial photography. This integration improves project visualization, enabling more accurate evaluation and planning.
BIM fosters collaboration among stakeholders, ensuring seamless coordination throughout the project lifecycle. It enhances decision-making, reduces errors, and optimizes resource management, leading to cost-effective and sustainable solutions. With BIM, AEC professionals can create smarter, data-driven workflows that drive efficiency, innovation, and profitability in construction and infrastructure projects.
Target Sectors: Professional Architects, Planners, Engineers, Property Developers, Government Agencies, Government Link Companies.
9. MOBILE MAPPING SYSTEM (MMS)
By leveraging MMS technology, photographic images and precise location data of objects are collected using an omnidirectional digital camera mounted on a moving vehicle. The vehicle's position is accurately tracked using high-precision GPS, inertial navigation systems, and other advanced sensors. The captured images allow for the identification, digitization, and georeferencing of spatial features with remarkable accuracy.
Over the years, mobile mapping has become a widely used geospatial tool, offering a fast, efficient, and cost-effective solution for data collection. It enables companies, researchers, and government agencies to generate detailed 2D and 3D models, even in challenging environments. The ability to rapidly capture and process geospatial data makes MMS indispensable for applications such as urban planning, infrastructure development, asset management, and environmental monitoring.
With its ability to provide real-time, high-resolution mapping, MMS enhances decision-making and improves the efficiency of projects requiring detailed spatial analysis. This cutting-edge technology continues to revolutionize the way geospatial data is collected, analyzed, and utilized across multiple sectors.
The growth of the mobile mapping market is being driven by several key factors, including increased investments in smart city projects, the adoption of advanced surveying and mapping technologies, and the rising demand for geospatial data across various applications. Apex takes pride in offering its expertise and services to:
- Local Authority
- Government
- Utility Service Provider
- Waste Management Division
- Highway Concessionaries
(ii) List of Experience
- GIS Data Production Of LV Assets And Network Assets Including Customer Meter Using Mobile Mapping.
- Geospatial Information Systems (GIS) Data Production of Network Including Customer Meter Using Mobile Mapping, Distribution Network.
- Point of Interest (POI) Data Collection for Baglore, Madhya pradesh, Uttar Pradesh, Rajsthan, Maharastra & Punjab Area for India
- Desktop Data Entry & Address Mapping for Point of Interest (POI) Data Collection.
Target Sectors: Professional Architects, Planners, Engineers, Property Developers, Government Agencies, Government Link Companies.
