LIDAR MAPPING in GEOKNO, Cheat Sheet of Law

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Geokno - 3D LiDAR

Technology & Solutions

Company

Thought Leader,

Technology & Solutions

Provider Geokno India Private Limited July 2024

Geokno : Incubation

Geokno India was incubated in IIT Kanpur in

2009, promoted by the faculty members and

young researchers from Geo-informatics

Laboratory. Today, Geokno is driven by industry

experts with decades of on ground experience

in LiDAR technology.

Looking to mature LiDAR technology in India,

GMR Group acquired the majority stake in

Geokno in 2012. Our expertise combined with

the strength of the GMR group, one of the

largest infrastructure developers in India, we

are now the premier firm in the Geospatial

Domain.

Our Asset Base

1 high-end Airborne LiDAR Sensor Riegl 780-II-S

1 P68 Aircraft – captive long-term lease

1 Cessna T206H Aircraft – owned

Aerial Cameras Phase One 150 MP RGB and NIR In addition to the existing asset portfolio, our future pipeline consists of 2 aircrafts, 2 set of LiDAR / city mapping equipment, drones etc. Growing portfolio of Assets

Timelines 2 July 2024 5

Incubated at IIT Kanpur; Introduced LiDAR technology to the infrastructure industry, Geokno’s 1 st^ Terrestrial LiDAR project Conferred the ISBA Award & designated as the Start-up of the year 1 st^ Indian company to execute a mobile LiDAR survey project Geokno’s 1 st^ Aerial LiDAR survey project Created GIS-based Airport-Eye Only company in India to master LiDAR technology in all 3 domains - aerial, mobile & terrestrial Surveyed India’s 1 st bullet train project Research & Markets Group named Geokno a key player & market leader in India 10 th^ Year Anniversary; Geospatial Excellence Award in Geospatial Application for Railway Infrastructure

Significant majority stake by GMR Group & active participation in Operations

Our USP Geokno positions itself not just as a knowledge and solutions partner but also aims to be a thought leader for multiple stakeholders in the geospatial industry, offering solutions, insights and strategic guidance beyond our services Knowledge Partner & Thought Leader Geokno distinguishes itself through its expertise in all three forms of Lidar (ALS, MLS, TLS) & photogrammetry, with capability to handle diverse projects spanning topographic mapping, city mapping, land records, encroachment analysis, dense forest mapping, and roads/highways Varied Project Handling & LiDAR Expertise: Geokno strives to pioneer leadership by offering competitive pricing that ensures cost-effectiveness for clients, all while maintaining the high quality and expansive scope of services provided. Competitive Pricing Strategy Geokno benefits from the support and resources of GMR Family Trust, a large conglomerate with presence in airports, energy sectors, and highways across multiple countries, enhancing our credibility and capability to undertake and deliver large-scale projects efficiently. Strong Corporate Backing Geokno maximizes its impact through strategic partnerships with prestigious academic institutions like IIT Kanpur, establishing global centers of excellence that tap into cutting-edge research, technological advancements, and talent pools to enhance their innovation and service offerings. Strategic Collaborations with Academic Institutions

Our Marquee Projects

Chandigarh Smart City Mapping: Complete City Mapping For End- To-End Details  Capture complete cities in 3D with Aerial and Mobile LiDAR  Identify encroachment and illegal construction  Manage Property Tax and increase revenue of City Departments  Multiple other benefits: o Better Urban Planning o Manage Road Assets o Manage all utilities o Identify Rooftop Solar Potential o Manage Municipal Services o Safe City Benefits o Prevent Floods

National Mission for Clean Ganga (NMCG) project - Flagship program by the Union Government in June 2014

 Integrated conservation mission to

accomplish the twin objectives of

 Effective abatement of pollution

 Conservation & rejuvenation of

river Ganga

 Tasked by Survey of India (SOI) to

 Generate a Digital Elevation

Model (DEM) of 0.5-meter

resolution

 GIS for the part of river Ganga

covering up to 10 km extent on

both sides of the river using

LiDAR Technology

Bullet Train Project of Mumbai – Ahmedabad railway corridor - Carrying out FLS using Aerial LiDAR

 Aerial LiDAR survey at a height of 500

meters using a helicopter equipped

with a high-resolution digital camera

(100 megapixels), laser scanner, and

a data recorder

 Flying time for a LiDAR survey was

only 30 hours for the 508 km Mumbai

• Ahmedabad corridor

 Processing time was 9-10 weeks as

opposed to 6-8 months for a ground-

based survey

Bilaspur-Manali Leh Strategic Defense Railway Line - Helicopter- based Aerial LiDAR Survey along the planned route

 Bilaspur–Manali–Leh line is a proposed

high-elevation all-weather 1,676 mm (5 ft 6

in) broad gauge railway track

 Survey the entire section beyond the

capabilities of machine & human at that

high altitude using LiDAR technology

(Aerial mode) to retrieve

 Digital Elevation Model

 Digital Terrain Model

 Digital Surface Model

 L-sections, C-sections, contour,

 Topographical mapping & vegetation

mapping under forest regions

 Submission of the processed geographical

data

Web based spatial information system for Delhi Airport by using LiDAR and WebGIS technologies

Geokno developed first of its

kind Web based spatial

information system for Delhi

Airport by using LiDAR and

WebGIS technologies

• Topographic surveying – Mobile

& Terrestrial Laser Scanning,

DGPS & Electronic Total

Station

• CAD Drafting & GIS Database

development

• WebGIS based Spatial

Management System

Our

Offerings

Digital Twin  BIM (Building Information Modeling) of the complete airport infrastructure coupled with sensors supports predictive analysis of O&M rather than reactive.  All departments of the airport working off the same GIS dashboard can take informed technology supported decisions for improved efficiency and effectiveness while the impact is visible to all. GIS Dashboard  Simulations aid in assessing the consequences of decisions, leading to optimized solutions for space management, passenger flow, and baggage handling.  By leveraging BIM, sensors, and GIS, airports can elevate their operational capabilities, improving overall performance and passenger experience.

Airport Planning and Design  Geospatial data is used to analyze terrain, land use patterns, and environmental factors towards technology supported airport planning and design.  This includes determining suitable locations for runways, taxiways, terminals, water resource optimization, solar potential optimization and other infrastructure components while considering factors such as earthwork calculations, obstacle limitation surfaces and environmental impact.  Geospatial technology is integrated into air traffic management systems to monitor and manage the movement of aircraft both on the ground and in the air.