Using iBeacon in Libraries

A new paper Smart Library Applications in Oman using iBeacon Technology: A Case Study by Asma Abdullah Saleh Alabbadi and S. M. Emdad Hossain discusses the implementation of Bluetooth technology at the University of Nizwa Library in Oman to enhance library services using the latest technology. They use Bluetooth Low Energy to provide location-based services within the library, allowing users to easily locate books on the shelves, receive updates about new arrivals and library events and reduce staff workload by automating responses to frequent queries.

The study highlights the increasing integration of smartphones and communication technologies in various sectors, emphasising the need for academic libraries to adopt these technologies to improve efficiency and user satisfaction. By linking Bluetooth with the library’s Koha system through a smartphone application, users can navigate the library more independently, which streamlines operations and improves service delivery.

The paper includes a detailed discussion on the broader applications of spatial computing and iBeacon technology in various fields, showing its versatility and relevance. The authors propose further support for modern technological integration in libraries to maintain relevance and enhance the user experience.

How Much is iBeacon?

There are different beacon models that contain different battery sizes that mainly determine the beacon cost. Beacons with small coin cell batteries cost of the order of €10, $10, or £10. Larger battery beacons with sensors cost up to €30, $30, or £30 or more.

It’s possible to get lower cost beacons direct from China but hidden shipping, money transfer, import duty, import tax and carrier import disbursements inflate the cost. Most brands work ‘just in time’, only manufacturing once they have received payment thus delaying order by weeks or months during holiday periods. Furthermore, they all use freight forwarders, through Hong Kong, that take up to an extra 10 days.

VMware Workspace ONE UEM Supports iBeacons

VMware Workspace ONE UEM (Unified Endpoint Management) is a comprehensive solution designed to manage and secure endpoints in an enterprise environment. It’s part of the broader VMware Workspace ONE platform, which offers a suite of tools for digital workspace services.


Workspace ONE UEM provides IT administrators with the ability to manage a wide range of devices, including smartphones, tablets, laptops, and desktops, across various operating systems like iOS, Android, Windows and macOS. The goal is to streamline the process of deploying, securing, and managing these devices, ensuring that they are compliant with company policies and that corporate data remains protected.

Apple iBeacon, integrated with Workspace ONE Intelligent Hub v5.1+, enhances location awareness for devices using Bluetooth Low Energy (BLE). BLE offers efficient device tracking without draining battery life and is more precise than geofencing. iBeacons can monitor multiple regions at once, ensuring privacy as devices are tracked only upon entering or exiting specific areas.

To utilise this, set up a third-party iBeacon, configure it in the UEM console, establish iBeacon regions and then push device profiles with iBeacon capabilities. This allows the Workspace ONE Intelligent Hub to detect when devices enter these regions and log any changes in iBeacon ranges.

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What is the Difference Between Beacon and iBeacon?

iBeacon is a protocol designed by Apple that sits on top of, or uses, the Bluetooth LE protocol. Think of Bluetooth LE as a standard mechanism for sending a short amount of information that can be anything. In the case of iBeacon this ‘anything’ is the UUID, major, minor and a power calibration value called the measured power. We have a post explaining these iBeacon values.

Xerox Bluetooth Kit for AirPrint

Xerox offers a Bluetooth Kit designed for AltaLink B81XX and C81XX models, which facilitates AirPrint discovery through iBeacon technology. This kit not only provides Bluetooth connectivity but also enables iBeacon discovery, making it easier for users to find and link up with compatible Xerox printers via their Apple devices.

Additionally, the kit supports Wi-Fi Direct, allowing for mobile printing without the need for a network connection.

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What is the Difference Between iBeacon and Eddystone?

iBeacon, a standard developed by Apple, was introduced in 2013 as part of the iOS 7. It’s based on Bluetooth Low Energy (BLE), a power-efficient variant of Bluetooth technology. The strength of iBeacon lies in its background support on iOS devices, which allows for easier detection of beacons.

Google introduced Eddystone in 2015. This protocol for beacons was developed to embrace a broader range of uses. Eddystone offers multiple frame types to cater to various data needs like URLs, unique identifiers and sensor data. One most distinctive feature of Eddystone was the Eddystone-URL, where the beacons could send out a web address. However, this has been limited by the discontinuation of Google Nearby in Android.

Despite the differences in their design and features, both iBeacon and Eddystone share common ground in their use of standard Bluetooth advertising. They send different data in the same standard Bluetooth advertising packets. This shared aspect of technology ensures that they can both communicate effectively to both iOS and Android.

While Eddystone’s versatile frame types and open protocol initially made it appealing, it has seen a decline since the discontinuation of Nearby in Android. Currently, most new systems requiring smartphone applications to detect a beacon opt for iBeacon.

However, when it comes to locating and detection using gateways rather than smartphones, iBeacon vs Eddystone becomes less relevant and the beacons’ Bluetooth MAC addresses are usually used. The advertising packets can instead be used for sensor data, for example, temperature and humidity.

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Is iBeacon Still Used?

You might have stumbled across comments on social media saying something like ‘Is iBeacon still used?’, ‘Remember iBeacon’ or ‘Is iBeacon still a thing?’. It’s a question that tends to crop up now and then. The truth is, iBeacon technology is not only still around, but it has flourished and evolved, becoming integral to various industries.

When Apple first introduced iBeacon technology back in 2013, it was mainly designed for retail notifications. At the time, it seemed like an interesting innovation, enabling stores to communicate with their customers via their smartphones. But, in reality, that was just the tip of the iceberg.

Over the last decade, beacons have evolved from a technology used exclusively in retail stores to one that’s employed across a multitude of industries. The technology has seen enhancements and adaptations, moving well beyond simple notifications and sales promotions.

One of the most significant adaptations of iBeacon technology has been in real-time locating systems (RTLS). Used to track objects and people within confined areas, this technology has made its mark in industries like healthcare, manufacturing, and logistics. Hospitals, for instance, utilise RTLS to monitor equipment and patient movement, reducing waiting times and improving efficiency.

Sensors have become more sophisticated with the help of beacons. From monitoring environmental conditions to tracking health metrics, these smart Bluetooth beacons are integral in gathering vital information. Think of applications such as monitoring temperatures in office buildings or tracking the temperature and humidity in agricultural settings.

IoT represents a world where everyday objects are connected to the internet, sharing information and interacting with each other. Beacons play a pivotal role here, together with gateways. Whether it’s smart homes adapting to your preferences or industrial equipment notifying operators of required maintenance, the applications are boundless.

What began as a way for retailers to send notifications to shoppers in a store has become a technology with applications that stretch as far as the imagination. The beacons of today is more sophisticated, more versatile and more integral to modern life.

So the next time someone on social media questions the relevance of iBeacon, you’ll know the answer is not only a resounding ‘yes,’ but a testament to how far a single technology can evolve.

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Factors that Impact the Cost of a Bluetooth Beacon

One of the factors affecting the cost of a Bluetooth beacon is the quality of the hardware used. The beacon’s components, such as the Bluetooth chip, battery, antenna and casing all contribute to the overall cost. High-quality components typically result in a higher-priced beacon but they also provide better range and longevity.

Larger beacons with longer battery lives tend to be more expensive because they require higher capacity batteries, more efficient Bluetooth chips or both. The advantage is that they need to be replaced less frequently, potentially reducing maintenance costs over time.

The range of features that a beacon supports can also affect its cost. Some beacons are designed to be basic, providing only the core functionality of broadcasting a signal. Others offer advanced features like motion sensing, temperature monitoring or water resistance. These additional features increase the beacon’s usefulness, but they also increase its cost.

Small battery, low cost beacon vs large battery, waterproof, higher cost beacon

The software that accompanies the beacon and the level of customer support provided by the manufacturer also affects the price. Companies that offer the best documentation, apps and customer service charge a premium for their products.

If you require a beacon to be customised to suit specific needs, this also increases the cost. Customisations include unique casing designs, branding and specific firmware modifications.

One thing that doesn’t change with cost is compatibility. All beacons work equally well with Android, iOS and gateways.

Beacon Setup Tip: Advertising Type

Bluetooth beacons are tiny devices that transmit small amounts of data over short distances using Bluetooth Low Energy (BLE) technology. They can operate with different protocols, like iBeacon (developed by Apple), Eddystone (developed by Google), and various sensor beacon protocols.

Despite the fact that it might seem these beacons can advertising multiple protocols simultaneously, it’s not quite the case. What they actually do is advertise these protocols one after the other in a very rapid sequence. This is due to the way Bluetooth works; it’s not technically possible to transmit multiple signals at the exact same moment. Instead, the beacon switches between the different protocols very quickly, which to a casual observer, or a smartphone, might seem simultaneous.

This rapid succession is made possible by BLE’s advertising mechanism. Beacons, in their idle state, continuously broadcast their identity, and potentially other information, in what’s called ‘advertising packets’. When they’re configured to use multiple protocols, they broadcast an iBeacon packet, then an Eddystone packet, then a sensor beacon packet, and so on in a cycle. This is repeated at a very high frequency, many times per second.

However, while this flexibility is advantageous in certain scenarios where various beacon protocols are required, it’s not always necessary and drains the beacon’s battery more quickly. This is because each advertising event consumes energy, and broadcasting in multiple protocols effectively multiplies the number of these events.

Many beacons are set up to advertise multiple protocols by default. If you don’t need this functionality, you can optimise battery life by disabling unnecessary protocols. This is done using a manufacturer-provided app. The exact process can vary between manufacturers and beacon models, but it generally involves connecting to the beacon, accessing its settings and then deselecting the protocols you don’t need.

While multiple-protocol advertising can be useful in certain situations, it’s often more battery efficient to only use the specific protocols you actually need for your application.

The Advantage of iBeacon over Eddystone and AltBeacon

iBeacon, Eddystone and AltBeacon are the three main beacon technologies. All of them use the standard Bluetooth Low Energy (LE) advertising format. Bluetooth LE is designed for short bursts of radio that uses little power and is therefore suitable for battery operation. Each of the advertising variants uses a unique advertising packet format that defines what kind of data the beacon transmits.

iBeacon, launched by Apple in 2013, was the first to adopt this technology and created a new wave in proximity services. It uses a simple advertising format, which consists of a UUID (universally unique identifier), Major, and Minor identifiers.

Eddystone, introduced by Google in 2015, offers a more complex advertising packet format with four different frame types: Eddystone-UID (similar to iBeacon’s UUID), Eddystone-URL (broadcasting web address), Eddystone-TLM (telemetry information about the beacon itself), and Eddystone-EID (an encrypted version of Eddystone-UID for secure applications).

Altbeacon, an open-source specification introduced by Radius Networks, provides a simpler format similar to iBeacon.

The functionality of beacon technologies are different on iOS and Android due to differences in the operating systems themselves. Apple’s strict app guidelines and strong emphasis on user privacy limit the ability of apps to perform tasks in the background. For instance, iOS only allows apps to scan for iBeacon formatted advertisements in the background using the CoreLocation library, not CoreLocation. Eddystone or AltBeacon can only be read in background using CoreLocation. Android offers more flexibility for background tasks and can work with iBeacon, Eddystone and Altbeacon.

Although Eddystone and Altbeacon have their merits, iBeacon is the advertising of choice for most scenarios involving smartphone apps due to the integration with iOS.