This is the end of project presentation for the project performed at Royal Commission Yanbu. The scope of the project was to develop and maintain 22 applications along with strategic planning, importing tablets and Kiosks and developing applications for them.
This document provides information about Geographic Information System II (GIS II) course taught by Associate Professor Sr. Zamani Bin Ismail. It discusses choosing a GIS which involves four stages: analysis of requirements, specification of requirements, evaluation of alternatives, and implementation of system. It also covers steps in GIS acquisition and documenting needs of potential GIS users. Local government uses of GIS are explained, including browse, simple display/automated mapping, query and display, map analysis, and spatial modeling. Browse and simple display functions are described in more detail.
From concept to implementation: web-based cartographic visualisation with Car...Beniamino Murgante
The document presents CartoService, a web-based system for automated cartographic visualization of geospatial data. It consists of loosely coupled services that implement tasks in the map design process like data integration, filtering, generalization and symbolization. These services are arranged in a workflow to generate quality maps from web-based inputs. A map configurator scenario demonstrates how users can customize maps by modifying visualization parameters, which are processed by CartoService to update the map design. The system aims to make expert cartographic knowledge available online to facilitate effective map visualization.
The document describes an Analytic Port Information System (APIS) that integrates and analyzes data from various port-related sources to provide comprehensive analytics and business intelligence. The key components of APIS include:
1) Integrating data from multiple sources like port community systems, statistics, and transportation systems using extract-transform-load engines.
2) Developing key performance indicators and visualizations to provide insights and manage port operations and strategy.
3) Powerful analysis tools to analyze trends, perform in-depth desktop analysis, and network analysis.
4) Self-service reports and visualization tools for stakeholders to perform their own analysis without IT assistance.
The system aims to provide an integrated
The document provides details of the individual's professional experience including roles as Chief of GIS/Spatial Data Systems and various project management roles at the District Department of Transportation from 2007-2010. Some key responsibilities and projects mentioned include establishing GIS committees and programs, managing the development of an Enterprise Asset Management System, upgrading the Street Inventory System, and developing asset inventories.
This document discusses how geographic information systems (GIS) can be implemented and used in real-time crime centers (RTCCs) to improve law enforcement response and public safety. GIS provides a platform to integrate different data sources like crime data, calls for service, video feeds, and asset locations onto a digital map in real time. This allows command staff, analysts, and field officers to access and share critical information. The document outlines different map viewers that can be used by these groups and provides examples of tools for each. It also discusses considerations for data, infrastructure needs, and next steps for a successful GIS implementation in an RTCC.
Sustainable Communities Through Intelligent Information: Harnessing the Power...GovLoop
This document summarizes a webinar about using road data to create sustainable communities. The webinar discussed how real-time and historical traffic data from TomTom can be integrated with ESRI ArcGIS software to help governments and organizations address issues like traffic congestion, public safety, and environmental sustainability when planning transportation systems and infrastructure projects. Real-time incident data and road speed information, as well as historical analytics of traffic patterns, were presented as useful sources of data for applications like navigation routing, traffic monitoring, and transportation planning.
This document provides an overview of principles of geographic information systems (GIS). It defines GIS as a system for capturing, storing, analyzing and displaying spatially referenced data. The document discusses GIS hardware, software, data models and applications in various fields such as agriculture, environment, forestry and more. It also addresses common questions GIS can answer related to location, patterns, trends and more.
Geographic Information System for Egyptian Railway System(GIS)Ismail El Gayar
This document provides an overview of geographic information systems (GIS). It defines GIS as a system for capturing, storing, analyzing and presenting spatial data linked to locations. Key points include:
- GIS merges cartography and database technology to store and link map features to attribute data.
- The main components are a database for storing attribute and spatial data, tools for managing and analyzing spatial relationships, and functions for producing maps.
- GIS allows for integration of diverse spatial datasets, visualization, querying, overlay analysis and other functionality to support decision-making.
- Popular GIS software includes ArcGIS, ArcView and AutoCAD Map.
This document provides information about Geographic Information System II (GIS II) course taught by Associate Professor Sr. Zamani Bin Ismail. It discusses choosing a GIS which involves four stages: analysis of requirements, specification of requirements, evaluation of alternatives, and implementation of system. It also covers steps in GIS acquisition and documenting needs of potential GIS users. Local government uses of GIS are explained, including browse, simple display/automated mapping, query and display, map analysis, and spatial modeling. Browse and simple display functions are described in more detail.
From concept to implementation: web-based cartographic visualisation with Car...Beniamino Murgante
The document presents CartoService, a web-based system for automated cartographic visualization of geospatial data. It consists of loosely coupled services that implement tasks in the map design process like data integration, filtering, generalization and symbolization. These services are arranged in a workflow to generate quality maps from web-based inputs. A map configurator scenario demonstrates how users can customize maps by modifying visualization parameters, which are processed by CartoService to update the map design. The system aims to make expert cartographic knowledge available online to facilitate effective map visualization.
The document describes an Analytic Port Information System (APIS) that integrates and analyzes data from various port-related sources to provide comprehensive analytics and business intelligence. The key components of APIS include:
1) Integrating data from multiple sources like port community systems, statistics, and transportation systems using extract-transform-load engines.
2) Developing key performance indicators and visualizations to provide insights and manage port operations and strategy.
3) Powerful analysis tools to analyze trends, perform in-depth desktop analysis, and network analysis.
4) Self-service reports and visualization tools for stakeholders to perform their own analysis without IT assistance.
The system aims to provide an integrated
The document provides details of the individual's professional experience including roles as Chief of GIS/Spatial Data Systems and various project management roles at the District Department of Transportation from 2007-2010. Some key responsibilities and projects mentioned include establishing GIS committees and programs, managing the development of an Enterprise Asset Management System, upgrading the Street Inventory System, and developing asset inventories.
This document discusses how geographic information systems (GIS) can be implemented and used in real-time crime centers (RTCCs) to improve law enforcement response and public safety. GIS provides a platform to integrate different data sources like crime data, calls for service, video feeds, and asset locations onto a digital map in real time. This allows command staff, analysts, and field officers to access and share critical information. The document outlines different map viewers that can be used by these groups and provides examples of tools for each. It also discusses considerations for data, infrastructure needs, and next steps for a successful GIS implementation in an RTCC.
Sustainable Communities Through Intelligent Information: Harnessing the Power...GovLoop
This document summarizes a webinar about using road data to create sustainable communities. The webinar discussed how real-time and historical traffic data from TomTom can be integrated with ESRI ArcGIS software to help governments and organizations address issues like traffic congestion, public safety, and environmental sustainability when planning transportation systems and infrastructure projects. Real-time incident data and road speed information, as well as historical analytics of traffic patterns, were presented as useful sources of data for applications like navigation routing, traffic monitoring, and transportation planning.
This document provides an overview of principles of geographic information systems (GIS). It defines GIS as a system for capturing, storing, analyzing and displaying spatially referenced data. The document discusses GIS hardware, software, data models and applications in various fields such as agriculture, environment, forestry and more. It also addresses common questions GIS can answer related to location, patterns, trends and more.
Geographic Information System for Egyptian Railway System(GIS)Ismail El Gayar
This document provides an overview of geographic information systems (GIS). It defines GIS as a system for capturing, storing, analyzing and presenting spatial data linked to locations. Key points include:
- GIS merges cartography and database technology to store and link map features to attribute data.
- The main components are a database for storing attribute and spatial data, tools for managing and analyzing spatial relationships, and functions for producing maps.
- GIS allows for integration of diverse spatial datasets, visualization, querying, overlay analysis and other functionality to support decision-making.
- Popular GIS software includes ArcGIS, ArcView and AutoCAD Map.
The document discusses trends in geographic information systems (GIS) technology including the growth of mobile, cloud-based, and crowdsourced GIS. It also touches on programming languages and standards used in GIS as well as how the role of GIS analysts may change in the future with disruptive technologies.
The development of a Geographic Information System for traffic route planni...Matthew Pulis
This was my MSc. Informatics thesis. The project started with a Literature Review studying the historic advancements of Location Based Services and Geographic Information Systems, in particular Open Source GIS. Case Studies were reviewed so as to gain knowledge from past experiences. The methodology used for this project followed the DSDM methodology and requirements were drawn following the MoSCoW priorities. A full working version of the project which is presented in
a Web Interface can be accessed online.
Review this presentation Geospatial Technology Trends 2015 to understand more about the GIS, GPS, UAV, LiDAR, Remote Sensing, Earth Observation, Policy and education trends and directions this 2015.
Presentation 'about the (very nearby) future of GIS' for GeoScience students, Universiteit Utrecht. I had a few recommended skill and recommendations as well, will blog about that later.
Future of GIS, Moving to the Enterprise PlatformSSP Innovations
The document discusses how utilities are moving towards enterprise GIS platforms to better integrate and analyze spatial and asset data across their organizations. It provides examples of how Memphis Light Gas & Water and Middle Tennessee Electric Membership Corporation leveraged ArcGIS Online and mobile data collection to improve their asset management and field operations by exposing new types of data to field crews and collecting additional information. The key is for utilities to focus on exposing new data sources, collecting data from the field, and empowering operations through spatial analysis, systems integration and workflows.
The document discusses the basic components of a geographic information system (GIS), including remote sensing, global positioning systems, and GIS software. It describes how remote sensing uses satellites or aircraft to capture digital images of the Earth's surface, and how GPS uses satellites to provide precise location data. It explains that GIS software allows users to input, store, manipulate, analyze, and display geographic spatial information. The document also provides examples of how GIS is used in various fields like facilities management, environmental analysis, and health.
Geographic Information Systems (GIS) are a set of tools used to collect, store, manipulate, analyze and display spatial or geographic data. A GIS links location information to descriptive attribute data that can be queried and analyzed. Key components of a GIS include hardware, software, data, people, organizations and standardized methods and practices. GIS is used in various fields and applications such as agriculture, transportation planning, natural resource management, and more. Common GIS data formats include vector data such as points, lines and polygons to represent geographic features, as well as raster data such as images.
The Houston Plat Tracker Web Portal is a workflow management system that streamlines the land development approval process. It replaced an outdated legacy system. The new system automates processes like CAD to GIS conversion, fee payment, and agenda generation. It provides a centralized online platform for applicants, reviewers, and other agencies to collaborate. GIS is a core technology of the system, powering functions like automated plat location verification and map viewers. The system has increased efficiency, reducing approval time and staff workload while improving transparency and access to information.
The document summarizes a GIS strategic plan for Washington D.C. that was developed through stakeholder outreach. Key findings were that the DC GIS program was successful but stakeholders wanted more involvement. The plan refined the mission statement and established six long-term goals. It proposed improving governance through an expanded committee and annual budget meetings. The plan also categorized GIS data and application platforms to guide investment strategies over the next five years.
IRJET- City Tour Traveller: Based on FourSquare APIIRJET Journal
The document proposes a City Tour Traveller system to help travelers explore cities. The system uses the Foursquare API to search for places and provide information like directions, descriptions, and ratings. It allows users to input a time period and the system will automatically generate a schedule of places to visit. The system is developed as an Android application using technologies like Java, SQL Server, and Android Studio. It aims to reduce the time spent searching for places to visit and make exploring unfamiliar cities easier for travelers.
This document provides a project report on the development of a Bhubaneswar Bus Routing Android application. The report includes sections on objectives, software requirements specification, progress achieved through diagrams, screenshots of the application, and hardware and software requirements. The application aims to help users find convenient bus routes and nearby bus stops in Bhubaneswar through features like entering a source and destination, viewing bus routes and fares, and accessing a police station directory. Diagrams show the system architecture, classes, use cases, and activities involved. Screenshots demonstrate initial screens for user input and GPS navigation. Requirements specify the needed deployment environment, devices, and development tools.
This document discusses a mobile app called "Road Factor" that uses GPS to provide information on road conditions. It allows users to view details of the road they are currently on, like when it was last resurfaced. Government agencies can use the data to monitor roads and make planning/budget decisions to improve road maintenance. The app aims to help build better transportation infrastructure and facilitate governance through electronic monitoring of roadwork. It connects to a centralized database containing road condition details for cities across India.
1. The GIS-Arena project developed a geographic information platform to gather maps, photos, real estate data, and addresses for use by municipalities and businesses. Political support helped small groups access important geographic data.
2. The platform provides a base for further applications and gives users flexibility. The project also developed an operating model for maintaining the platform.
3. The project aims to make geographic information accessible on a regional scale through a centralized database and interface. It brings together data from various sources and allows integration with other systems. Applications have already been created for public services, and the platform is appreciated.
Leveraging ArcGIS Platform & CityEngine for GIS based Master PlansEsri India
Sustainable, scalable and future ready urban development is one the key priorities in India as well globally. Major government programs i.e. Smart Cities and Atal Mission for Rejuvenation and Urban Transformation (AMRUT) aim to build foundations to achieve this.
For any planned development, master plan is a starting point. A master plan provides a long term blueprint that guides the sustainable planned development of the city. Use of GIS for master planning is not new. GIS-based Master Plans will help in different types of urban planning exercises, e.g. preparation of development plan, zonal plan, utility plan, infrastructure plan, etc. Even Smart City program and AMRUT programs mandate use of GIS for master plan creation.
ArcGIS is a complete platform for end-to-end city planning, design and management. The webinar illustrates how ArcGIS Platform and 3D capabilities of CityEngine provides a complete set of tools for end-to-end GIS based master plan creation and updation.
You are instructed by Lands Department to review their web-based GeoInfo Map applications. Please critically review the strength and limitations of the technologies employed, and suggest improvements.
The document discusses the plan4business project, which aims to develop a platform to aggregate, integrate, and analyze urban and regional planning data. This will allow users like researchers, planners, and private sector groups to perform complex analyses and visualizations of trends over time and across regions. The platform will offer planning data and tools via an API and web interface. Key challenges are integrating diverse planning datasets and efficiently querying them. The business model involves data providers, curators, clients, and a data broker hosting the portal to generate revenue from on-demand and subscription services.
In the power distribution sub-sector, which is presently the weakest link in the power supply chain, Cost-effective Technology interventions can improve the operational and financial performance of the entire power sector in India
Location-aware and mapping applications have gone from a desirable feature to an essential
part of any smart phone. Whether a user is checking into a social network, looking for a
pharmacy in the middle of the night, or located in somewhere and needs help, the key is always
the same: location.
In this project, an Android mapping application is developed. The application is able to display
the map of the whole world while online or, display a pre-downloaded map while offline, track
the user’s location, display a compass to determine north, send the user’s location to others in
case of emergency using SMS, receive and interpret received location from the message, display
it on the map, and notify the user by the reception of the location.
The application was developed using agile methodology. It, met its objectives and successfully
passed 91% of the final system test, recording that some limitations were discovered, the
application needs further testing and can be implemented for particular company or university
using their own maps or editing the maps in OSM (open street maps).
GPMS TRANSPORTAL -DATA ANALYTICS PLATFORM FOR M & E 2016Raja Seevan
The document discusses an expert system called Transportal that enables real-time monitoring and evaluation for citizens and governments. Some key points:
- Transportal connects citizens and government organizations to promote collaborative work. It manages data in a cost-effective way and provides customized dashboards.
- Features include real-time feedback, transparency in project execution, ability to measure funds allocation and spending. It supports fast decision-making through agile data delivery.
- Demo access and login information is provided for users and corporations to view sample project monitoring, property tax collection data, procurement and planning analysis, and other reports.
The document discusses trends in geographic information systems (GIS) technology including the growth of mobile, cloud-based, and crowdsourced GIS. It also touches on programming languages and standards used in GIS as well as how the role of GIS analysts may change in the future with disruptive technologies.
The development of a Geographic Information System for traffic route planni...Matthew Pulis
This was my MSc. Informatics thesis. The project started with a Literature Review studying the historic advancements of Location Based Services and Geographic Information Systems, in particular Open Source GIS. Case Studies were reviewed so as to gain knowledge from past experiences. The methodology used for this project followed the DSDM methodology and requirements were drawn following the MoSCoW priorities. A full working version of the project which is presented in
a Web Interface can be accessed online.
Review this presentation Geospatial Technology Trends 2015 to understand more about the GIS, GPS, UAV, LiDAR, Remote Sensing, Earth Observation, Policy and education trends and directions this 2015.
Presentation 'about the (very nearby) future of GIS' for GeoScience students, Universiteit Utrecht. I had a few recommended skill and recommendations as well, will blog about that later.
Future of GIS, Moving to the Enterprise PlatformSSP Innovations
The document discusses how utilities are moving towards enterprise GIS platforms to better integrate and analyze spatial and asset data across their organizations. It provides examples of how Memphis Light Gas & Water and Middle Tennessee Electric Membership Corporation leveraged ArcGIS Online and mobile data collection to improve their asset management and field operations by exposing new types of data to field crews and collecting additional information. The key is for utilities to focus on exposing new data sources, collecting data from the field, and empowering operations through spatial analysis, systems integration and workflows.
The document discusses the basic components of a geographic information system (GIS), including remote sensing, global positioning systems, and GIS software. It describes how remote sensing uses satellites or aircraft to capture digital images of the Earth's surface, and how GPS uses satellites to provide precise location data. It explains that GIS software allows users to input, store, manipulate, analyze, and display geographic spatial information. The document also provides examples of how GIS is used in various fields like facilities management, environmental analysis, and health.
Geographic Information Systems (GIS) are a set of tools used to collect, store, manipulate, analyze and display spatial or geographic data. A GIS links location information to descriptive attribute data that can be queried and analyzed. Key components of a GIS include hardware, software, data, people, organizations and standardized methods and practices. GIS is used in various fields and applications such as agriculture, transportation planning, natural resource management, and more. Common GIS data formats include vector data such as points, lines and polygons to represent geographic features, as well as raster data such as images.
The Houston Plat Tracker Web Portal is a workflow management system that streamlines the land development approval process. It replaced an outdated legacy system. The new system automates processes like CAD to GIS conversion, fee payment, and agenda generation. It provides a centralized online platform for applicants, reviewers, and other agencies to collaborate. GIS is a core technology of the system, powering functions like automated plat location verification and map viewers. The system has increased efficiency, reducing approval time and staff workload while improving transparency and access to information.
The document summarizes a GIS strategic plan for Washington D.C. that was developed through stakeholder outreach. Key findings were that the DC GIS program was successful but stakeholders wanted more involvement. The plan refined the mission statement and established six long-term goals. It proposed improving governance through an expanded committee and annual budget meetings. The plan also categorized GIS data and application platforms to guide investment strategies over the next five years.
IRJET- City Tour Traveller: Based on FourSquare APIIRJET Journal
The document proposes a City Tour Traveller system to help travelers explore cities. The system uses the Foursquare API to search for places and provide information like directions, descriptions, and ratings. It allows users to input a time period and the system will automatically generate a schedule of places to visit. The system is developed as an Android application using technologies like Java, SQL Server, and Android Studio. It aims to reduce the time spent searching for places to visit and make exploring unfamiliar cities easier for travelers.
This document provides a project report on the development of a Bhubaneswar Bus Routing Android application. The report includes sections on objectives, software requirements specification, progress achieved through diagrams, screenshots of the application, and hardware and software requirements. The application aims to help users find convenient bus routes and nearby bus stops in Bhubaneswar through features like entering a source and destination, viewing bus routes and fares, and accessing a police station directory. Diagrams show the system architecture, classes, use cases, and activities involved. Screenshots demonstrate initial screens for user input and GPS navigation. Requirements specify the needed deployment environment, devices, and development tools.
This document discusses a mobile app called "Road Factor" that uses GPS to provide information on road conditions. It allows users to view details of the road they are currently on, like when it was last resurfaced. Government agencies can use the data to monitor roads and make planning/budget decisions to improve road maintenance. The app aims to help build better transportation infrastructure and facilitate governance through electronic monitoring of roadwork. It connects to a centralized database containing road condition details for cities across India.
1. The GIS-Arena project developed a geographic information platform to gather maps, photos, real estate data, and addresses for use by municipalities and businesses. Political support helped small groups access important geographic data.
2. The platform provides a base for further applications and gives users flexibility. The project also developed an operating model for maintaining the platform.
3. The project aims to make geographic information accessible on a regional scale through a centralized database and interface. It brings together data from various sources and allows integration with other systems. Applications have already been created for public services, and the platform is appreciated.
Leveraging ArcGIS Platform & CityEngine for GIS based Master PlansEsri India
Sustainable, scalable and future ready urban development is one the key priorities in India as well globally. Major government programs i.e. Smart Cities and Atal Mission for Rejuvenation and Urban Transformation (AMRUT) aim to build foundations to achieve this.
For any planned development, master plan is a starting point. A master plan provides a long term blueprint that guides the sustainable planned development of the city. Use of GIS for master planning is not new. GIS-based Master Plans will help in different types of urban planning exercises, e.g. preparation of development plan, zonal plan, utility plan, infrastructure plan, etc. Even Smart City program and AMRUT programs mandate use of GIS for master plan creation.
ArcGIS is a complete platform for end-to-end city planning, design and management. The webinar illustrates how ArcGIS Platform and 3D capabilities of CityEngine provides a complete set of tools for end-to-end GIS based master plan creation and updation.
You are instructed by Lands Department to review their web-based GeoInfo Map applications. Please critically review the strength and limitations of the technologies employed, and suggest improvements.
The document discusses the plan4business project, which aims to develop a platform to aggregate, integrate, and analyze urban and regional planning data. This will allow users like researchers, planners, and private sector groups to perform complex analyses and visualizations of trends over time and across regions. The platform will offer planning data and tools via an API and web interface. Key challenges are integrating diverse planning datasets and efficiently querying them. The business model involves data providers, curators, clients, and a data broker hosting the portal to generate revenue from on-demand and subscription services.
In the power distribution sub-sector, which is presently the weakest link in the power supply chain, Cost-effective Technology interventions can improve the operational and financial performance of the entire power sector in India
Location-aware and mapping applications have gone from a desirable feature to an essential
part of any smart phone. Whether a user is checking into a social network, looking for a
pharmacy in the middle of the night, or located in somewhere and needs help, the key is always
the same: location.
In this project, an Android mapping application is developed. The application is able to display
the map of the whole world while online or, display a pre-downloaded map while offline, track
the user’s location, display a compass to determine north, send the user’s location to others in
case of emergency using SMS, receive and interpret received location from the message, display
it on the map, and notify the user by the reception of the location.
The application was developed using agile methodology. It, met its objectives and successfully
passed 91% of the final system test, recording that some limitations were discovered, the
application needs further testing and can be implemented for particular company or university
using their own maps or editing the maps in OSM (open street maps).
GPMS TRANSPORTAL -DATA ANALYTICS PLATFORM FOR M & E 2016Raja Seevan
The document discusses an expert system called Transportal that enables real-time monitoring and evaluation for citizens and governments. Some key points:
- Transportal connects citizens and government organizations to promote collaborative work. It manages data in a cost-effective way and provides customized dashboards.
- Features include real-time feedback, transparency in project execution, ability to measure funds allocation and spending. It supports fast decision-making through agile data delivery.
- Demo access and login information is provided for users and corporations to view sample project monitoring, property tax collection data, procurement and planning analysis, and other reports.
Internet-Based Geographical Information Systems for the Real Estate Marketingiosrjce
IOSR Journal of Computer Engineering (IOSR-JCE) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of computer engineering and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer technology. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
This document describes the development of an internet-based geographic information system (GIS) for real estate marketing. It discusses developing the software in three stages: planning system functions, designing the interface, and applying it to a case study region. Various tools and functions of the GIS software are described, including searching properties, generating reports, reserving units online, and testing the software. The GIS integrates data on properties, environmental features, and allows users to remotely search and choose properties for sale.
IRJET-0 Bus Tracker Via GPS using Andriod ApplicationIRJET Journal
The document proposes a bus tracking system using GPS and an Android application to provide passengers information about bus stoppages and locations in real-time. The system would have modules for bus drivers to input route details and for passengers to search for buses by entering a source and destination. All location data would be continuously stored in a Firebase database and displayed on a map for passengers.
IRJET- Bus Monitoring System using Android ApplicationIRJET Journal
The document proposes a bus monitoring system using an Android application that allows users to track buses in real-time on a map, view arrival and departure times at stops, and see the live location and route of buses. It discusses the existing problems with public transportation and how the proposed system would allow users to more efficiently plan their journeys and reduce time wasted waiting for buses. The system is intended to be implemented using GPS tracking on buses along with an Android app and website interfaces for users.
Mobile Calendar Application - Tourism Development CompanyStacy-Ann Duhaney
This document outlines the development of a mobile application called the Calendar Events Application for Trinidad and Tobago's calendar of events. Key features include a dynamic calendar with live event updates, GPS mapping via Google Maps API, and an information center. The app development will involve designing the interface, developing server logic, and creating a content management system. Market analysis will ensure the app meets user expectations. Detailed planning is needed to make the app functional yet competitive.
TNT TECHNOLOGIES PRIVATE LIMITED
(TNT)
SAMPLE RECOMMENDATION NOTE
ALL INFORMATION IN THIS NOTE IS MADE UP –
FOR ILLUSTARTIVE PURPOSES ONLY
SINGAPORE
February 2018
38
TABLE OF CONTENTS
(1)Transaction Summary :30
(2)Investment Thesis :30
(3)Company Overview34
(4)Business Plan :47
(5)Financial Projections :48
(6)Potential Risks :49
(7)Valuation & Return Expectations :50
27
I Transaction Summary :
Sector:Technology (B2B) / Urban Development
Fund’s Transaction Size:up to US$ 15 mn
Instrument:Equity Shares / CCPS
Valuation :$40 mn (pre-money)
Fund’s Equity Stake :up to 29%
Exit Timing:54 months
Expected IRR:35 % p.a
II Investment Thesis :
(1) Growing Awareness & Demand GIS
Solution
s :
The Geographic Information System (GIS) market is evolving from a distinct software market into a decision support technology. The map based visualization and real-time information exchange is transforming planning, research and development, deployment and monitoring.
While a lot of spatial data has been collected, only recently workflow and information management systems are being developed that are able to link and process spatial and non-spatial data for decision support systems.
Government continues be the largest consumer of GIS, for a multitude of applications and e-governance initiatives. Private players in the field of telecom, infrastructure development and retail have also started taking advantage of this technology.
The demand for GIS solutions seems favourable :
(a) … Provide reasons for the demand here.
(b)
(2) TNT Positon of Strength on Cost & Technology Parameters :
One of the biggest selling points for GIS Software as a Service (SaaS) is the potential to reduce IT support costs by outsourcing hardware and software maintenance and support to the SaaS provider. Moving GIS to the cloud is likely to prove more cost effective, flexible, and productive for organizations wishing to rapidly deliver new capabilities. Further, use of open source platforms is desirable as they are more likely to receive software support from multiple vendors.
While the GIS players have mainly used closed-ended platforms of companies like ESRI and Intergraph, that entail upfront high license costs, extensive hardware requirements, require software to be built on the platforms for the end-use requirements. Even then these products have been rigid to use due to the difficulty and limitations in the extent of customization.
TNT on the other hand has leveraged their founders’ extensive domain knowledge to create a proprietary technology platform, which is hosted on a cloud and customized for Asian use in the fields of property tax, water & sanitation, monitoring of structures like dams & bridges and survey of heritage sites. Other modules are being prepared. As these solutions don’t require any licensing cost and minimal hardware requirements, TNT offerings are 35-80% cheaper t ...
Similar to Enterprise Geographic Information System (EGIS) Implementation Phase 3 (20)
Odoo releases a new update every year. The latest version, Odoo 17, came out in October 2023. It brought many improvements to the user interface and user experience, along with new features in modules like accounting, marketing, manufacturing, websites, and more.
The Odoo 17 update has been a hot topic among startups, mid-sized businesses, large enterprises, and Odoo developers aiming to grow their businesses. Since it is now already the first quarter of 2024, you must have a clear idea of what Odoo 17 entails and what it can offer your business if you are still not aware of it.
This blog covers the features and functionalities. Explore the entire blog and get in touch with expert Odoo ERP consultants to leverage Odoo 17 and its features for your business too.
An Overview of Odoo ERP
Odoo ERP was first released as OpenERP software in February 2005. It is a suite of business applications used for ERP, CRM, eCommerce, websites, and project management. Ten years ago, the Odoo Enterprise edition was launched to help fund the Odoo Community version.
When you compare Odoo Community and Enterprise, the Enterprise edition offers exclusive features like mobile app access, Odoo Studio customisation, Odoo hosting, and unlimited functional support.
Today, Odoo is a well-known name used by companies of all sizes across various industries, including manufacturing, retail, accounting, marketing, healthcare, IT consulting, and R&D.
The latest version, Odoo 17, has been available since October 2023. Key highlights of this update include:
Enhanced user experience with improvements to the command bar, faster backend page loading, and multiple dashboard views.
Instant report generation, credit limit alerts for sales and invoices, separate OCR settings for invoice creation, and an auto-complete feature for forms in the accounting module.
Improved image handling and global attribute changes for mailing lists in email marketing.
A default auto-signature option and a refuse-to-sign option in HR modules.
Options to divide and merge manufacturing orders, track the status of manufacturing orders, and more in the MRP module.
Dark mode in Odoo 17.
Now that the Odoo 17 announcement is official, let’s look at what’s new in Odoo 17!
What is Odoo ERP 17?
Odoo 17 is the latest version of one of the world’s leading open-source enterprise ERPs. This version has come up with significant improvements explained here in this blog. Also, this new version aims to introduce features that enhance time-saving, efficiency, and productivity for users across various organisations.
Odoo 17, released at the Odoo Experience 2023, brought notable improvements to the user interface and added new functionalities with enhancements in performance, accessibility, data analysis, and management, further expanding its reach in the market.
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...kalichargn70th171
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Image: Include an image that represents the concept of precision, such as a AI helix or a futuristic healthcare
setting.
Objective: Provide a foundational understanding of precision medicine and its departure from traditional
approaches
Role of theory: Discuss how genomics, the study of an organism's complete set of AI ,
plays a crucial role in precision medicine.
Customizing treatment plans: Highlight how genetic information is used to customize
treatment plans based on an individual's genetic makeup.
Examples: Provide real-world examples of successful application of AI such as genetic
therapies or targeted treatments.
Importance of molecular diagnostics: Explain the role of molecular diagnostics in identifying
molecular and genetic markers associated with diseases.
Biomarker testing: Showcase how biomarker testing aids in creating personalized treatment plans.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Real-world case study: Present a detailed case study showcasing the success of precision
medicine in a specific medical scenario.
Patient's journey: Discuss the patient's journey, treatment plan, and outcomes.
Impact: Emphasize the transformative effect of precision medicine on the individual's
health.
Objective: Ground the presentation in a real-world example, highlighting the practical
application and success of precision medicine.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions for handling and analyzing vast
datasets.
Visuals: Include graphics representing data management challenges and technological solutions.
Objective: Acknowledge the data-related challenges in precision medicine and highlight innovative solutions.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions
WWDC 2024 Keynote Review: For CocoaCoders AustinPatrick Weigel
Overview of WWDC 2024 Keynote Address.
Covers: Apple Intelligence, iOS18, macOS Sequoia, iPadOS, watchOS, visionOS, and Apple TV+.
Understandable dialogue on Apple TV+
On-device app controlling AI.
Access to ChatGPT with a guest appearance by Chief Data Thief Sam Altman!
App Locking! iPhone Mirroring! And a Calculator!!
5. Contract Information
Contract No. : PIS C-4020
Contract Name : Enterprise GIS Implementation Phase 3
Project NTP Date: 16 December 2013
Original Contract Duration : 560 Days
Original EOC Date : 29 June 2015
Extension : 274 Days (3 Month LOIs AA, AB and AC)
Extended EOC Date: 30 March 2016
Contractor Name: Ala Azmi Abdul Hadi & Khalifa Al Hawas
Consulting Engineering Company, Khobar, KSA
6. Scope Of Work
To prepare project plan
To perform User Needs Assessment
Provide GIS Strategic Plan
Remodel GIS Base map Database
Develop 13 New application
Develop 9 Existing applications
Perform IAT and UAT
1 Months Onsite Support
7. Team Introduction
Muhammad Abdul Hadi
Project Manager
Yanbu
Atiq Ur Rahman
Web Designer
Yanbu
Muhammad Ali
Remote Developer
Karachi
Taha Rehman Siddiqui
Application Developer
Yanbu (Previously)
Zahid Ishaq
Remote Developer
Makkah
Abdullah Jarrar
GIS Specialist
Yanbu (Khobar)
9. New ApplicationsFollowing Applications are developed from the ground up. 5 of following applications were suppose to be existing applications.
1. City Census And Forecasting Application (CCAF)
2. Project Monitoring System (PMS)
3. Cadastral As-Build System (CABS)
4. Complain Management System (CMS)
5. Yanbu Eye (Yi)
6. Guide to Yanbu Al Sinaiyah (GTYAS)
7. Guide to Yanbu Al Sinaiyah (Kiosk)
8. Guide to Yanbu Al Sinaiyah (Website)
9. Central Printing Application(CPA)
10. Street Address System (SAS)
11. Cadastral Mapping System (CADMS)
12. Location Coordinate Diagram (LCD) Data Entry Management System (LCDDMS)
13. Contour Data Explorer (CDE)
10. City Census And Forecasting Application
(CCAF)
Stakeholder:
Economic Planning Department
Target Audience:
Decision Makers for Higher Management including CEO
Purpose:
Online representation of Quarterly Progress report
Reporting the progress of important socio economic progress indicators
Helping decision makers including investors to make informed decisions.
13. Project Monitoring System (PMS)
Stakeholder:
CEO Office
Project Management Department
Construction Department
Target Audience:
His Excellency CEO of RCY
Purpose:
Online representation of Monthly Progress report
Reporting the progress of important projects in both design and implementation
phase
14. Data gathering
system
PMS have a comprehensive data
collection and update methods like
• Online Project Creation
• Per project Update
• Bulk Excel Update
• Feed From IP Cameras
16. Cadastral As-Build System (CABS)
Stakeholder:
TDMU
GIS Section
Target Audience:
Archiver of Submitted Engineering Drawings and Documentation.
Purpose:
Enhance user experience by simplifying data entry procedures for the submitted
files and to search them with relative ease.
17. Dynamic Data
Entry
CABS allows its user to upload
documents and while doing so
enter its metadata. CABS allows its
user to enter the essential data
once on multiple files eliminating
data entry errors.
18. Rich Search
Features
CABS provides its user 20
parameters to search for the
uploaded data in any combination
ranging from metadata
information to file size and file
type information.
19. Yanub Eye Management System (YEMS)
Stakeholder:
Industrial Safety and Security
CEO Office
Target Audience:
Industrial Safety and Security Call Center Operators
Department Representatives
Department Heads and General Managers
CEO office.
Purpose:
Process complains and track progress reported by citizens
Track performance of different departments for complains
Track statistics about types of complaints reported by system
21. Rich Dashboard
Complain Management System
provides dashboard for higher
management to monitor
performance of the departments
in resolving complaints.
22. Yanbu Eye (Yi)
Stakeholder:
CEO Office
Target Audience:
Public Users
Purpose:
Report complaints and issues occurring in MYAS
Serve as dedicated input for public to Complain Management system
Inform citizens about the reported complain and their progress
Get feedback from citizens about issues not covered in the application
23. Dedicated
application for
dedicated
purpose
Yanbu Eye (Yi) is a dedicated
application for gathering citizen
feedback and informing them
about the progress that has been
made in resolving them. This will
allow user to focus on this
important crowdsourcing activity.
24. In Case of
Emergency
Citizen can use the application to
directly call the 1911 call center.
For less urgent complains the
citizen can simply use the
application to report and follow it
up.
26. Guide to Yanbu Al Sinaiyah (GTYAS)
Stakeholder:
CEO office
PR Department
GIS Section
Target Audience:
Public Users
Purpose:
To explore map and points of interest and navigating to them
To know rules and regulations of RCY
To have comprehensive contact list of telephone numbers
To be able to plan their trip to RCY
To inform latest news and events occurring in RCY
27. Comprehensive
Guide
View All Maps and data
Browse Contacts list
Learn Rules and Regulation
Get News and Events
Plan your Trip To RCY
28. Explore
Extensive Maps
User can use RCY Address Barcode
Reader
Find his/her current location
Detect Near by Locations
Perform Navigation to desired
locations
29. Up to date
information on
Map
As the data is added to database it
appears on the application without
requiring updates
30. Guide to Yanbu Al Sinaiyah (Kiosk)
Stakeholder:
CEO office
PR Department
GIS Section
Target Audience:
Public Users
Purpose:
To explore map and points of interest and navigating to them
To know rules and regulations of RCY
To have comprehensive contact list of telephone numbers (QR Code Support)
To be able to plan their trip to RCY
To inform latest news and events occurring in RCY
31. Public
information
Service
Kiosks either installed or are planned
to be installed in following location
• RCY Headquarter
• King Fahad Civic center
• Properties Department
• Dana Mall
• Airport
• Moven pick
32. Guide to Yanbu Al Sinaiyah (Website)
Stakeholder:
CEO office
PR Department
GIS Section
Target Audience:
Public Users
Purpose:
To explore map and points of interest and navigating to them
To serve as secondary input to complain system
To know rules and regulations of RCY
To have comprehensive contact list of telephone numbers
To be able to plan their trip to RCY
To inform latest news and events occurring in RCY
34. Web Access to
RCY Information
Full Map of RCY
Contacts
Rules and Regulation
News and Events
Plan Trip To RCY
Know weather of Yanbu Al Sinaiyah
35. Central Printing Application(CPA)
Stakeholder:
GIS Section
Target Audience:
Users of printed maps
GIS Section Staff Designated for Map Printing
GIS Section Manager
Purpose:
To upload sharable MXDs and Layers with rest of the RCY
To automatically generate maps based on user needs
To manage manual print jobs and assign to the GIS Section staff
36. Interactive
Printing Wizard
Central Printing application uses
interactive printing wizard that will
display user available options as
well gather the requirements for
the map that is not available
online at the moment.
37. Job Assignment
and tracking
CPA allows the GIS Section to
manage map printing requests in
the form of jobs and assign it to
staff for preparing requested map
(if not available online) and print
the designed maps.
38. Street Address System (SAS)
Stakeholder:
GIS Section
Naming and Numbering Section
Target Audience:
Naming and Number Department Users
GIS Section administrator
Purpose:
To allow external users to edit the database for names and number of streets,
parcels, blocks, neighborhood, districts and regions.
To control the fields that are editable by the external users.
39. Information
Editing
The system allows the user to
select any of the allowed layers to
be edited by external users. It also
allows user to copy information
from one feature to another
feature with the preconfigured
field mapping to avoid errors in
data entry.
40. Configuration
and Field
Mapping
CPA allows the GIS Section to
control the information that can
be modified as well what
attributes can be transferred
between 2 different layers.
41. Cadastral Mapping System (CADMS)
Stakeholder:
Survey Section
Target Audience:
Engineering offices Users
Purpose:
To provide digital copies of topographical maps to its users
To provide Civil 3D files of topographic maps to its users
Explorer for topographical map
43. Export
Topographic
Data for Print
CADMS allows its user to export
digital maps for printing. The user
can export multiple sheets upon
selection as well as download
complete Civil 3D file for whole
district.
44. Contour Data Explorer (CDE)
Stakeholder:
GIS Section
Target Audience:
RCY users
Purpose:
Explorer of 3D contour data collected by Survey Section
45. Elevation Data
Explorer
Visually identify the elevation of
the area of interest. The system
have capability to update the
information as soon as it is
become avialalble.
46. LCD Data Entry Management System (LDMS)
Stakeholder:
GIS Section
Target Audience:
Staff designated for LCD data entry
Purpose:
Automation of LCD data entry to be used by DIS and DEED application
Ensure that the data is entered is correct and as per specification of LCD
Synchronize ArcSDE Data with the new data generated.
48. Existing Applications
Each of the following application is completely revamped and enhanced in performance.
1. Deed Information System (DIS/DEED)
2. Survey Mapping Application (SMA/LCD)
3. Utility Mapping Application (UMA)
4. Land Management System (LMS)
5. Industrial Management System (IMS)
6. Geographic Environment System (GES)
7. Building Permit System (BPS)
8. Road Management System
Street Light Management System(RMS/SLMS)
9. Properties Information System (PIS)
49. Deed Information System (DIS/DEED)
Stakeholder:
Properties Department
GIS Section
Target Audience:
Properties Department Employees
GIS Section Employee
GIS Section Head
Urban Planning Department Manager
Purpose:
To produce the deeds as per specification of deed and get it approved using automated
workflow and digital signitures.
50. Digital
Signatures
The Deed application allows its
users to assess the deed
electronically and approve and
reject it accordingly. The system
will place signatures upon
approvals and remove it if
rejected.
51. Complete
Follow-up of
Deed Case
Deed Information system allows its
users to raise a deed request and
assign to personnel to prepare it.
The system sends automated
emails as the case is assigned to
someone.
52. Survey Mapping Application (SMA/LCD)
Stakeholder:
Survey Section
Target Audience:
Contractors and Engineering office representatives
Survey Section Employees
Purpose:
This application was developed to help the automation of the LCD production for
the existing subdivisions. It also provide layover of utilities to provide sketch
diagrams. The system enables contractors and other RCY employees to request the
Survey Work Request (SWR)from survey section
53. Survey Mapping
Application
SMA allows its users to follow up a
raised survey work request and to
determine whether the requests
can be completed automatically or
to created manually.
55. Geographic Environment System (GES)
Stakeholder:
Environmental Protection Department
Target Audience:
Environmental Protection Department Employees
Purpose:
This application enables the user to enter the test results for the samples gathered
from the field. It further allows to enter date it was gathered and the result date. It
also allows historical representation of various readings at a single sampling station.
56. Environmental
Data
The system allows the users to
gather the samples and enter results
for them from following types of
stations
• Seawater (Marine) Monitoring
Station
• Industrial Discharge Points
• Potable Water Monitoring Station
• Ground Water Monitoring Station
• Air Quality Monitoring Station
58. Building Permit System (BPS)
Stakeholder:
Engineering Department
Target Audience:
Engineering Department Employees
Purpose:
The system allows the users to issue building permits for new building construction or
renovation of existing building. It is also integrated with deed information system in
order to reduce data entry errors by duplication.
59. Building Permit
The system allows the users to
issue building permits for new
building construction or
renovation of existing building
60. Land Management System (LMS)
Stakeholder:
GIS Section
Urban Planning Department
Target Audience:
GIS Section Employees
Urban Planning Department Employees
Purpose:
Land management system allows its user to perform analysis on existing and vacant
industrial and residential land parcels. It also allows its users to view the equipment
used in a building.
63. Industrial Management System (IMS)
Stakeholder:
Industrial Investment Department
GIS Section
Target Audience:
Industrial Investment Department
Purpose:
Industrial management system enables its user to search for suitable site for an
industrial proposal. It helps to search for vacant land with certain services present
and provide statistics for the industries already present.
64. Site Selection
IMS search for suitable site for an
industrial proposal making sure
that it is a or vacant land with
certain services present
65. Statistics to
Existing
Industries
IMS provide statistics for the
industries already present or are
under construction. It also
provides the feedstock information
for the industries.
66. Properties Information System (PIS)
Stakeholder:
Properties Department
Target Audience:
Properties Department Employees
Purpose:
This applications allows the users to allocate the information of new or existing
resident. The system also allows the or the user to relocate an existing resident to
another property and making sure all dues are paid.
67. Relocating
residents
PIS allows to allows the users to
relocate an existing resident to
another property and making sure
all dues are paid.
68. Utility Mapping Application (UMA)
Stakeholder:
GIS Section
General Utilities Department
Target Audience:
GIS Section Employees
MARAFIQ Employees
General Utilities Department Employees
Purpose:
Utility mapping application allows user browse the geometric network of under ground
utilities. It also allows user to analyze the network performing complex functions.
70. Road Management System
Street Light Management System(RMS/SLMS)
Stakeholder:
Roads Department
Target Audience:
Roads Department Maintenance Manager
Purpose:
This system provides its user to query information about the roads and perform
analysis in case there is any excavation. It also retrieves the status of all preventive
and corrective maintenance work orders for each road segment from SAFEER
database.
71. SAFEER Job
Status
RMS & SLMS retrieves the status
of all preventive and corrective
maintenance work orders for each
road segment from SAFEER
database.
72. Query Roads
Status &
perform analysis
The system allows the user to
query information about the roads
and perform analysis in case there
is any excavation