As part of efforts to improve overall management of defence land, for the first time a Land Management System (LMS) has been developed by Department of Defence in conjunction with DGDE and Armed forces. The portal was formally launched by Shri Rajnath Singh, Hon’ble Raksha Mantri today in presence of officials from Indian Army, DGDE and Department of Defence. The Intra-net portal shall digitize all requests of defence land management received by the Department in future. It is also in process of progressively capturing archival data into the system. All data for cases since 2016 have already been captured and are available in the portal. Progressively, data of prior period will also be entered in the portal which is meant only for departmental use and it is not open for the public.
The portal is expected to bring in greater speed, transparency and efficiency into the Land Management System (LMS) of the Department. With integration of GIS based tool, it will improve decision making process by removing duplication/unnecessary communication between various stakeholder groups involved in the decision-making process.
The technical support for this GIS-based system has been provided by BISAG, India’s premier organization in GIS based informatics. The software, apart from capturing the textual details of all proposals relating to defence management, integrates these textual details with Raksha Bhoomi software as well as other relevant GIS-layers which include satellite imagery of the area, other amenities etc.
Source: PIB
You may also like
-
India’s First Fleet Support Ship Set for Launch as Hindustan Shipyard Expands Capacity for 45,000-Tonne Vessels
-
HAL Koraput to Add ₹218-Crore Shakti Engine Production Line as India Marks 2,000th Aero-Engine Milestone
-
Indian Defence Production Delegation Visits Saab in Sweden as Defence Co-Manufacturing Talks Deepen
-
DRDO Expands Space-Based ELINT and RF Geolocation Technologies for Future Defence Surveillance
-
Indian Army Tests Apache 30 mm Cannon Against Aerial Target in Counter-Drone Validation