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A "Harlow Report" From May 15, 2023
Understanding Commonly Used GIS Data Types
by infotech.
GIS data types are divided into two main categories: vector and raster data, each with its own unique geographical characteristics.
As a GIS specialist or construction project manager working with a GIS platform, it is essential to have a thorough understanding of the various GIS data types available. GIS data types are divided into two main categories: vector and raster data. Each data type has its unique geographical characteristics, as well as its own advantages and disadvantages, which make it suitable for specific real world applications.
Understanding Vector GIS Data
Vector data is a type of GIS data that represents attributes on the earth's surface as points, lines, and polygons. It is commonly used to map discrete features such as roads, buildings, and water bodies. Vector data is stored as a series of x, y coordinates that define the shape and location of each feature. The three main types of vector data are point, line, and polygon features.
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ENR…
Now back to 2024
FCC’s Warning Shot to Mobile Network Operators on CPNI
The Federal Communications Commission sent a loud message to the telecommunications industry: the era of lax CPNI [customer proprietary network information] compliance is over.
Key Takeaways:
- Mobile network operators (MNOs), mobile virtual network operators, Internet Service Providers, and Voice-Over-IP providers, and other operators subject to the FCC’s CPNI rules should be aware of the FCC’s expansive view as to the kinds of data subject to the CPNI rules.
- Specifically, providers should be aware of the FCC’s increasing efforts to regulate more aspects of the wireless ecosystem, including subscriber llocation information and geolocation data, under the umbrella of “CPNI.”
- Going forward, providers should carefully consider compliance with CPNI rules as they seek to monetize or share subscriber data with third parties and downstream commercial providers.
Read full story at National Law Review…
India's Central Bureau of Narcotics to Implement GIS Mapping for Opium Cultivation Monitoring
The Central Bureau of Narcotics is planning to conduct a geographic information system (GIS) mapping survey to monitor opium cultivation, with the aim of combating illegal trade in the commodity within the country, according to sources familiar with the situation.
According to sources, the bureau intends to issue a new request for proposal to engage a managed service provider to carry out the survey and implement the GIS platform by the end of June or July.
The previous request for proposal (RFP), issued in February, was cancelled due to a lack of adequate response. The decision to conduct the proposed survey comes in response to an increase in illicit opium cultivation across the country, despite efforts by law enforcement agencies to crack down on it, sources revealed.
Read full story at Myind …
Location-Altering GPS Systems
The GPS Spoofer Safeguards Personal Data for Your Protection
In a world where privacy concerns are increasingly paramount, the GPS Spoofer emerges as a crucial tool for safeguarding personal data. This simple yet powerful app allows users to alter their GPS location, effectively shielding their real whereabouts from prying eyes. Whether it's to protect privacy from invasive tracking by apps and websites or to test location-based applications without revealing actual coordinates, the GPS Spoofer provides a vital layer of security and convenience.
As technology continues to advance, the demand for privacy-enhancing solutions like the GPS Spoofer is expected to skyrocket. With concerns over data breaches and surveillance on the rise, individuals are seeking ways to maintain control over their digital footprint. The GPS Spoofer represents a glimpse into the future of privacy protection, empowering users to take charge of their online presence with ease.
Read full story at TrendHunter…
Navigating the Future: Unleashing the Potential of Non-Terrestrial Networks (NTN) in the 5G Era
The telecommunications industry is experiencing a growing need for uninterrupted connectivity, spurred by the rise of the Internet of Things (IoT) and the advancement of 5G technology, which promises improved data speeds and connectivity.
To fully leverage the benefits of 5G and IoT, non-terrestrial networks (NTN) are emerging as a viable solution, surpassing the constraints of traditional terrestrial networks and fostering global connectivity. NTN, encompassing both airborne and spaceborne platforms, seeks to deliver widespread cellular services, especially in remote regions, tackling obstacles such as deployment complexities and economic limitations.
NTN's significance in extending mobile coverage to remote areas is pivotal from a radio access network (RAN) perspective. These networks, including 5G satellite communications, hold potential for global coverage and various IoT applications, such as precision agriculture and infrastructure monitoring.
Read full story at The Fast Mode…
Navigating the World: The Future of Location-Based Services in 2024
Explore the future of location-based services in 2024. Discover the latest technologies, future outlook, and transformative power of LBS today!
Have you ever thought about how your phone knows exactly where you are, even in a new place? Or how it helps you find the closest coffee shop or navigate through traffic?
Well, get ready because the world of location-based services (LBS) is about to get even more exciting in 2024. But what does that mean for you? Let's explore the latest innovations in LBS and discover how they will change how you experience the world around you.
Technology Trends Shaping LBS in 2024
Read full story at Devdiscourse…