At Geo-Tech Solutionsame], we take pride in delivering innovative, high-quality solutions that make a lasting impact. Our portfolio spans a diverse range of projects — from concept and design to full implementation — each reflecting our commitment to excellence, sustainability, and client satisfaction.
Below is a selection of key projects that showcase our expertise and dedication:
1. Land Information System – [LIS]
Client: Manipur Remote Sensing Application Centre (MARSAC)
Completion Date: [September, 2024]
Overview:
The “LIS” site is a geo-spatial portal by MARSAC that aggregates land-related thematic data for Manipur — soil, slope, drainage, cadastral information, waterbodies — and presents it via interactive maps and a gallery. It supports the broader mission of MARSAC to use remote sensing & GIS technologies for sustainable planning, natural resource management and governance.
URL: https://marsac.mn.gov.in/LIS/index.html
2. Geospatial based Rice Information System for Inventory & Monitoring – [GeoRISIM]
Client: Manipur Remote Sensing Application Centre (MARSAC)
Completion Date: [September, 2024]
Overview:
The GeoRISIM portal of MARSAC is a strong specialised geo-spatial platform focused on rice cultivation ecosystems in Manipur. It empowers users with interactive mapping, thematic data on soils, slope, infrastructure connectivity, and supports inventory and monitoring of rice-growing areas. Its value lies in enabling data-driven planning and analysis within agriculture & natural resource contexts. At the same time, its niche focus and GIS orientation suggest it is best suited for technically capable users and institutional stakeholders.
URL: https://marsac.mn.gov.in/GeoRISIM/index.html
3. SchemeMapper
Client: Water Resources Department – (WRD)
Completion Date: [ 2022-23]
Overview:
The SchemeMapper WRD portal is a state-level geo-spatial platform designed to visualise, monitor and analyse government schemes (likely under water resources / rural development domain) in the state of Manipur. It adds value by enabling map-based oversight and transparency, helping various stakeholders understand where schemes are located, what their status is, and how resources are deployed across geography. The true utility will depend on its data depth, update regularity, usability, and accessibility.
URL: https://schememapperwrd.mn.gov.in/
4. GIS Mapping of River basin – Manipur
Client: Water Resources Department – (WRD)
Completion Date: [ 2020-22]
Overview:
The project involves GIS-based mapping and digitization of Manipur’s major rivers and their tributaries to build an accurate geo-database of the state’s river systems. This digital initiative supports better planning, monitoring, and management of water resources, aiding in flood control, irrigation, and sustainable river-basin development.
5. GIS Mapping of PMGSY Roads – Manipur
Client: Rural Engineering Department – (RED)
Completion Date: [ 2018-19]
Overview:
The PMGSY Roads Mapping of Manipur (2018-19) project focuses on the GIS-based mapping and digitization of rural roads developed under the Pradhan Mantri Gram Sadak Yojana (PMGSY). The initiative aims to create an accurate spatial database of road networks to support planning, monitoring, and connectivity analysis for rural infrastructure development across the state.
6. Election Mapping for Polling Stations – Manipur
Client: DC – Imphal West & Thoubal District
Completion Date: []
Overview:
Election mapping for polling stations in Imphal West and Thoubal Districts has been completed to ensure accurate location details and better election management. The mapping helps in verifying polling station positions, accessibility, and connectivity for smooth and efficient conduct of elections.
7. Environment Sensitive Zonation Mapping
Client: DOECC
Completion Date: [2015-16]
Overview:
he Environment Sensitive Zonation Mapping of Manipur (2015–16) was carried out to identify and categorize environmentally sensitive areas across the state. The mapping aimed to support sustainable development planning by assessing ecological vulnerability, land use patterns, and environmental risks, thereby guiding informed decision-making for conservation and resource management.