Our Projects

At SeerMaps, we transform raw spatial data into actionable engineering intelligence. From complex utility modeling in the USA to large-scale cadastral modernization in India and Australia, our portfolio demonstrates a mastery of geospatial precision.

Land Administration & Cadastral Mapping

High-Precision Parcel Mapping (Australia)

SeerMaps executed a comprehensive digital parcel fabric modernization for a major Australian jurisdiction. By synthesizing legacy survey data, orthophotography, and existing title records, we engineered a topologically consistent geodatabase.

  • Technical Scope: Cadastral digitization, topology rule enforcement, gap/overlap remediation.
  • Outcome: A legally defensible land parcel fabric optimized for valuation, regulatory planning, and statutory compliance.

We undertook the spatial rectification of legacy revenue maps, utilizing advanced rubber-sheeting and edge-matching techniques against DGPS control points. This process corrected historical positional errors, ensuring seamless integration with modern Electronic Total Station (ETS) data.

  • Technical Scope: Georeferencing, vector correction, and coordinate geometry validation.
  • Outcome: A spatial fabric ready for integration with e-governance platforms and land revenue records.

Under the Government of India’s flagship Svamitva framework, SeerMaps processed high-resolution drone imagery to delineate rural residential (Abhayadi) boundaries. We linked spatial entities with ownership attributes to support the issuance of authoritative Property Cards.

Outcome: Strengthened village-level land governance and established a formal property record system.

Utility Network Management & Water Resources

Wastewater Utility Network Modeling (Denver, USA)

For a Denver-based wastewater authority, we developed a geometric network model comprising sewer mains, laterals, and manholes. Integrating field GPS surveys with as-built engineering drawings, we created a hydraulically connected dataset.

  • Technical Scope: Network topology build, attribute population, and connectivity verification.
  • Outcome: Enabled precise hydraulic analysis, preventative maintenance planning, and lifecycle asset management.

SeerMaps conducted a massive asset inventory and spatial correction exercise for municipal water infrastructure. We mapped the entire distribution hierarchy—from transmission mains to service connections—creating a georeferenced backbone for Non-Revenue Water (NRW) analysis.

Outcome: A digitized network facilitating SCADA integration and phased infrastructure rehabilitation.

Using Multi-Criteria Decision Analysis (MCDA), we identified optimal locations for farm ponds. The model weighted terrain roughness, soil permeability, land use, and hydrological accumulation to rank candidate sites.

Outcome: Scientifically backed site selection that maximized groundwater recharge potential for the Department of Agriculture.

Engineering & Infrastructure Support

Transmission Line Longitudinal Profiling (Pune, India)

We generated engineering-grade profile maps for High-Voltage (HV) transmission corridors. By fusing Digital Elevation Models (DEM) with ground alignment surveys, we visualized tower spotting, sag curves, and ground clearance.

Deliverables: CAD/GIS integrated formats for Design Validation and Right-of-Way (RoW) approvals.

Supporting irrigation modernization, SeerMaps utilized GIS to design Pipe Distribution Networks (PDN) and Chak layouts. We analyzed command area topography to optimize pipe sizing and gravity flow alignments.

Outcome: Enhanced water conveyance efficiency and minimized transmission losses in the canal command area.

We delivered end-to-end spatial analytics for irrigation schemes in the Sangli and Karad belts. The projects involved integrating terrain models with cadastral overlays to design equitable water distribution systems, helping authorities evaluate alignment alternatives and phase infrastructure investments effectively.

Advanced Remote Sensing & AgTech

Drone Analytics & Precision Agriculture (India)

Leveraging UAV photogrammetry, SeerMaps processed multispectral imagery to generate orthomosaics and vegetation indices (NDVI/NDRE). We performed plot-wise attribute mapping to assess crop vigor and stress.

  • Technical Scope: Image processing, spectral analysis, and yield estimation modeling.
  • Outcome: Provided stakeholders with data-driven insights for precision farming and insurance assessment.
We digitized complex urban environments from high-resolution satellite imagery to create 2D/3D building footprint layers. Attributes included building height, usage type, and plot association, supporting property tax assessment and urban density modeling.

Enterprise GIS & Data Services

Cartographic Delineation & Data Conversion (Maharashtra)
We managed large-scale conversion of analog administrative maps into OGC-compliant vector datasets. This involved standardizing symbology, projection systems, and attribute schemas to create “clean,” analysis-ready geospatial layers for cross-sectoral planning.
SeerMaps engineered a responsive Web-GIS portal, integrating interactive map services and project dashboards. This solution transformed static spatial data into a dynamic client engagement tool, allowing users to query and visualize project metrics in real-time.

From “Accord Surveys” to “Rajas Construction,” SeerMaps serves as the geospatial backend for civil engineering firms. We provide:

  • High-Accuracy DGPS/RTK Surveys: For precise asset tagging.
  • Data Structuring: Converting raw field coordinates into structured geodatabases.
  • Site Optimization: Base maps and contour analysis to reduce construction rework.
Supporting the AMRUT mission, we developed foundational GIS layers (Land Use, Utilities, Amenities) for selected urban clusters. These datasets serve as the baseline for Master Plan formulation and infrastructure gap analysis.