What are iBeacons all about? In this presentation we answer to the most common questions about beacons.
Liki.io is about handling mobile customer experience with beacons. Liki.io combines personalized and scheduled beacon content, mobile applications and real world environment.
Beacons leverage a common wireless standard that can be detected by nearly every modern smartphone. Because of this wide and wireless coverage, concerns have been raised on the security of beacons.
By default, Beacons are open and static. For example, Apples iBeacons constantly broadcast a single repeating payload: UUID, Major ID and Minor ID. Once deployed, anyone can detect these Beacon IDs. This gives rise to two specific risks: Beacon Spoofing & Piggybacking.
This doc is a summary of the risks and general controls available to mitigate attacks.
Introduction to Beacon, its protocols and its ecosystem.Also contains information on companies providing end to end beacon solutions from hardware,software and cloud based beacon management.
Beacons are small, low-cost Bluetooth transmitters that can send messages and notifications to nearby smartphones. They use Bluetooth Low Energy to broadcast an identifier and other data within a short range. Beacons have various use cases like retail marketing, indoor navigation, and attendance tracking. Major beacon platforms include iBeacon, AltBeacon, and Eddystone. Developers can implement beacon technologies using mobile SDKs from vendors like Estimote or libraries like AltBeacon.
A beacon is a small wireless device that transmits a Bluetooth signal to nearby smart devices, providing an ID number. The smart device sends the ID to a cloud server, which checks what action is assigned to that ID number and responds accordingly. For example, a beacon placed near socks in a clothing store could alert customers passing by of a sock sale via their smart device.
Everything you always wanted to know about beaconsGW Devices
油
There's been a lot of talk about beacons recently. But what exactly are they? And why should you care?
Beacons are undoubtedly one of the most exciting new technologies on the market, and as such you need to care about them for lots of reasons! Some think they could be set to revolutionise the way that we interact with devices and environments, potentially ushering in a new age of exciting, multi-channel interactive experiences. Others talk of 'The Internet of Things (IoT)' and how these new technologies could alter the way in which we interact with every-day devices such as our beloved cars, and even the humble refrigerator!
One thing is for sure, Beacons have the potential to open up exciting new opportunities for brands to interact with customers in ever more interesting ways. This also presents a huge opportunity for agencies and other partners to create innovative campaigns utilising these exiting new capabilities, which in turn generates new revenue streams.
This document summarizes a presentation about evolving mobile phone technology and consumer needs. It discusses:
1) Different demographic groups that use mobile phones and their needs. 2) Competition in the smartphone market and popular models. 3) Expanding capabilities of smartphones like 4G connectivity, location awareness, and new development opportunities through HTML5. It concludes that understanding target customers, the role of carriers, and improving smartphone capabilities will be key to success in this evolving market.
Webinar is conducted by Marcin Kasz, Beacon Ambassador at Kontakt.io and Ryan Bobillo, Relationship Developer at Howler. During the webinar you will learn: - How do beacons transform retail engagement? dive into hard metrics - How to put your ideas into practice with beacon hardware? How to manage large beacon deployments? learn from others experience - Get inspired by extraordinary retail use cases! and much more...
We offer a new model for proactive message delivery to mobile phones. SpotEx application can use any Wi-Fi access point as presence sensor that could activate delivery for some user-generated messages right to mobile phones.
The key idea is how to associate some user-defined messages and Wi-Fi access points. As a result we can build rule-based expert system that describes delivery (or visibility) for user-defined content depending on visibility of Wi-Fi hotspots.
The document discusses NFC technology and development. It provides an overview of NFC, describing what it is and common applications. It then discusses Nokia's NFC offerings, including compatible devices and developer APIs. Finally, it covers NFC development options and tools available to developers, such as the Qt and Symbian SDKs, and offers developer support.
New proximity based experiences by ios/android devicesEri Han
油
This document discusses new proximity-based communication technologies using Bluetooth Low Energy (BLE) beacons on iOS and Android devices. It describes iBeacon, Eddystone, and the Physical Web standard, comparing their BLE packet structures and interactions. The document also outlines how BLE beacon signals from mobile devices can enable new proximity-based experiences without requiring installed apps by leveraging the Eddystone-URL packet type and Google Chrome widget.
Thinaire is a mobile technology company that provides a cloud-based platform enabling brands, marketers, agencies, developers and media owners to create, deploy, and measure NFC marketing campaigns. The platform allows companies to engage mobile users by combining mobile technologies like NFC, QR codes, and SMS with physical objects, bringing the offline world online. Thinaire provides tools for marketers to deploy, manage and measure these interactive campaigns across various media platforms.
Igor Fedulov, CEO of INTERSOG, gave a presentation on Near Field Communication (NFC) technology. NFC allows for short-range wireless data exchange by touching devices together. It has applications for mobile payments, electronic tickets, contact sharing, and more. While concerns exist around cost and adoption rates, NFC provides a simple user experience compared to technologies like QR codes. The presentation also covered privacy and security considerations for NFC-enabled mobile payments.
Network Interface Card is a wireless communication technology,growing fast to provide speed communication with low power consumption.Also it costs much less than other technologies.
Application of near field communication (nfc)Vijay Thakkar
油
Near Field Communication (NFC) allows short-range wireless data transmission when two devices are touched or brought close together. NFC operates at 13.56 MHz and works with existing contactless RFID technology. It has a range of about 10 cm and transfer rates from 106-424 Kbit/s. NFC is used for applications like mobile payments, parking, boarding passes, car keys, advertisements, and sharing contacts or files between devices. As the technology is compatible with RFID infrastructure and brings benefits to Bluetooth setup, NFC has potential to become a disruptive technology and transform everyday tasks.
This document provides an overview of Near Field Communication (NFC) technology. It discusses that NFC allows for short-range wireless data transfer between devices when they are brought within close proximity of a few centimeters. The document outlines the evolution of NFC standards and first devices in 2004 and 2006. It describes the inductive coupling used by NFC at 13.56 MHz and different operating modes. Examples of key applications like mobile payments, data sharing, and ticketing are presented. Advantages of NFC include convenience and security, while limitations are short range and slower data rates. The future of NFC adopting in more devices is also discussed.
Near Field Communications (NFC) is a short range, zero configuration, wireless communication, it evolves from radio frequency identification (RFID) and inter-working technology, combining induction card reader, induction card with peer-to-peer function on a single chip to identify and exchange data with compatible devices over short distances.
This document discusses Near Field Communication (NFC) technology and its potential uses. It explains that NFC can be used as a tool to create behaviors, define strategies, and facilitate communication. NFC creates "interactive success" by connecting platforms and allowing real-time sharing of information. The document outlines three waves of NFC adoption: first as a tracking tool using tags, second as a way to gather and share data via scanning, and third using the cloud to disseminate real-time information and drive customized actions without boundaries. Overall, the document promotes NFC as a way to connect disparate communication networks and create business success across supply chains, social media, and sales.
Presentation from MIT Enterprise Forum of Cambridge NFC Goes Social event on Feb 11.
This panel discussion focused on some recent social applications of NFC including smart posters and social networking tags - as well as emerging future opportunities.
Discussion topics included
How could NFC-capable mobile devices shape the ways we connect, interact, share content and/or link to social media?
To what extent could NFC improve mobile user access to context-relevant content and facilitate delivery of the right content in the right form at the right time and place?
Could NFC make a difference in connecting businesses with consumers and simplifying B2C interactions and the underlying information transfers?
Congresso Sociedade Brasileira de Computa巽達o CSBC2016 Porto Alegre (Brazil)
Workshop on Cloud Networks & Cloudscape Brazil
Flavio Lenz Cesar, Central Bank of Brazil, Brazil
The European Commission, in a recent communication (April 19th), has identified 5G and Internet of Things (IoT) amongst the ICT standardisation priorities for the Digital Single Market (DSM). This session will discuss the emergence of the mobile edge computing paradigm to reduce the latency for processing near the source large quantities of data and the need of the emerging 5G technology to satisfy the requirements of different verticals. Mobile Edge Clouds have the potential to provide an enormous amount of resources, but it raises several research challenges related to the resilience, security, data portability and usage due to the presence of multiple trusted domains, as well as energy consumption of battery powered devices. Large and centralized clouds have been deployed and have shown how this paradigm can greatly improve performance and flexibility while reducing costs. However, there are many issues requiring solutions that are user and context aware, dynamic, and with the capability to handle heterogeneous demands and systems. This is a challenge triggered by the Internet of Things (IoT) scenario, which strongly requires cloud-based solutions that can be dynamically located and managed, on demand and with self-organization capabilities to serve the purposes of different verticals.
Beacons are the missing link between the offline world and the digital space. They bring to life a new way of interaction by adding a context to the physical world. Here's how retailers, museums, events, smart cities, banks, and offices leverage proximity to grow their businesses and engage their audiences.
Presented at CodeMash 2015. By William Klos.
On your way to work one morning, you walk by your favorite coffee shop. As you walk by, you notice a sign in the window with the day's specials: $1 off Lattes today! That's nice, but maybe Latte isn't your favorite Now imagine this... Same scenario, but as you approach the coffee shop (let's say 100 feet away), your phone suddenly notifies you with the following message: "Good Morning, Chris. Your favorite Cookie Crumble Mocha is only a few steps away. Stop in and we'll take $1 off your total!" This is a much more direct, targeted, and context-aware approach! By using Beacons you can make a huge impact on customer engagement and revenue generation.
Presentation by Hisashi Yamamoto of NXP Semiconductors from the Tokyo Tap Into NFC Seminar on February 9, 2016.
NXP presents solutions for the next generation of NFC applications. Presentation includes a general overview of NFC and NXPs achievements, and then focuses on the steady growing number of NFC applications in gaming, automotive, the connected home, payment, access, and marketing.
Introduction
Beacons are small wireless devices that broadcast signals using Bluetooth Low Energy (BLE), or Bluetooth SMART technology. Mobile apps on compatible devices are able to listen for signals from beacons placed in the physical world and then trigger an experience via the app.
Beacon enabled apps are notified when the device enters or exits the range of a beacon, and are also able to monitor the distance from the beacon as it changes, often referred to as 'ranging'.
Bluetooth Low Energy
BLE or Bluetooth Smart is an intelligent and power friendly version of Bluetooth wireless technology and exchanges data over short distances using radio transmissions. The power of BLE is in its ability to work with an app on a smartphone, tablet or any other compatible mobile device.
The Beacon System
The Beacon system from Apple can be broken down into two parts:
A piece of hardware the Beacon, which constantly broadcasts a Bluetooth Low Energy signal. This transmits a unique identifier (UUID) and two further identifiers; major and minor (unsigned 16 bit integer values), which can be used to identify the beacon.
Application Programmable Interface (API) - An API to search for beacons with a certain UUID and optionally a specific major and minor value. iBeacon adds the possibility for the developer to subscribe to beacons like you would subscribe to geolocations. This enables the app to get notifications (whether the app is currently running or not) when the user gets within range of a specific beacon.
Importance
High degree of accuracy
Low impact on battery life
Low cost of entry
No Internet connection required
Security
Some of the most common beacon security myths:
Beacons are transmitting personal data:
Beacons dont transmit any personal data. In fact, beacons dont receive any data at all.
Beacons are tracking my location:
Beacons cant track your location. The only thing they can do is let your mobile device know that youre nearby.
Compatibility
Beacons work with both Android and iOS. They were initially introduced in iOS7 and are compatible with every Android version > 4.3
This puts beacon functionality in 300 million + devices.
Conclusion
Beacons transmit a low energy signal from a device with a radius of 0-50 meters to broadcast static pieces of data within short distances.
In a nutshell, our basic requirements for an operational beacon are:
1. Beacon enabled mobile app
2. Network of deployed beacons
3. Bluetooth switched on and relevant permissions
Without a doubt, the Beacon is a useful convergence device that can be given a shot at, which is for sure a revolution in technology
Get to know Beacons Understanding and Online & Offline IntegrationJohn Andric
油
With the fast-paced technological advancements, one needs to keep up-to-date with the latest innovations and trending topics. Like Beacons, a majority of IT professionals lack the proper understanding of this concept. With this white paper, you will be able to know Beacons and even the differences between online as well as offline integration.
We offer a new model for proactive message delivery to mobile phones. SpotEx application can use any Wi-Fi access point as presence sensor that could activate delivery for some user-generated messages right to mobile phones.
The key idea is how to associate some user-defined messages and Wi-Fi access points. As a result we can build rule-based expert system that describes delivery (or visibility) for user-defined content depending on visibility of Wi-Fi hotspots.
The document discusses NFC technology and development. It provides an overview of NFC, describing what it is and common applications. It then discusses Nokia's NFC offerings, including compatible devices and developer APIs. Finally, it covers NFC development options and tools available to developers, such as the Qt and Symbian SDKs, and offers developer support.
New proximity based experiences by ios/android devicesEri Han
油
This document discusses new proximity-based communication technologies using Bluetooth Low Energy (BLE) beacons on iOS and Android devices. It describes iBeacon, Eddystone, and the Physical Web standard, comparing their BLE packet structures and interactions. The document also outlines how BLE beacon signals from mobile devices can enable new proximity-based experiences without requiring installed apps by leveraging the Eddystone-URL packet type and Google Chrome widget.
Thinaire is a mobile technology company that provides a cloud-based platform enabling brands, marketers, agencies, developers and media owners to create, deploy, and measure NFC marketing campaigns. The platform allows companies to engage mobile users by combining mobile technologies like NFC, QR codes, and SMS with physical objects, bringing the offline world online. Thinaire provides tools for marketers to deploy, manage and measure these interactive campaigns across various media platforms.
Igor Fedulov, CEO of INTERSOG, gave a presentation on Near Field Communication (NFC) technology. NFC allows for short-range wireless data exchange by touching devices together. It has applications for mobile payments, electronic tickets, contact sharing, and more. While concerns exist around cost and adoption rates, NFC provides a simple user experience compared to technologies like QR codes. The presentation also covered privacy and security considerations for NFC-enabled mobile payments.
Network Interface Card is a wireless communication technology,growing fast to provide speed communication with low power consumption.Also it costs much less than other technologies.
Application of near field communication (nfc)Vijay Thakkar
油
Near Field Communication (NFC) allows short-range wireless data transmission when two devices are touched or brought close together. NFC operates at 13.56 MHz and works with existing contactless RFID technology. It has a range of about 10 cm and transfer rates from 106-424 Kbit/s. NFC is used for applications like mobile payments, parking, boarding passes, car keys, advertisements, and sharing contacts or files between devices. As the technology is compatible with RFID infrastructure and brings benefits to Bluetooth setup, NFC has potential to become a disruptive technology and transform everyday tasks.
This document provides an overview of Near Field Communication (NFC) technology. It discusses that NFC allows for short-range wireless data transfer between devices when they are brought within close proximity of a few centimeters. The document outlines the evolution of NFC standards and first devices in 2004 and 2006. It describes the inductive coupling used by NFC at 13.56 MHz and different operating modes. Examples of key applications like mobile payments, data sharing, and ticketing are presented. Advantages of NFC include convenience and security, while limitations are short range and slower data rates. The future of NFC adopting in more devices is also discussed.
Near Field Communications (NFC) is a short range, zero configuration, wireless communication, it evolves from radio frequency identification (RFID) and inter-working technology, combining induction card reader, induction card with peer-to-peer function on a single chip to identify and exchange data with compatible devices over short distances.
This document discusses Near Field Communication (NFC) technology and its potential uses. It explains that NFC can be used as a tool to create behaviors, define strategies, and facilitate communication. NFC creates "interactive success" by connecting platforms and allowing real-time sharing of information. The document outlines three waves of NFC adoption: first as a tracking tool using tags, second as a way to gather and share data via scanning, and third using the cloud to disseminate real-time information and drive customized actions without boundaries. Overall, the document promotes NFC as a way to connect disparate communication networks and create business success across supply chains, social media, and sales.
Presentation from MIT Enterprise Forum of Cambridge NFC Goes Social event on Feb 11.
This panel discussion focused on some recent social applications of NFC including smart posters and social networking tags - as well as emerging future opportunities.
Discussion topics included
How could NFC-capable mobile devices shape the ways we connect, interact, share content and/or link to social media?
To what extent could NFC improve mobile user access to context-relevant content and facilitate delivery of the right content in the right form at the right time and place?
Could NFC make a difference in connecting businesses with consumers and simplifying B2C interactions and the underlying information transfers?
Congresso Sociedade Brasileira de Computa巽達o CSBC2016 Porto Alegre (Brazil)
Workshop on Cloud Networks & Cloudscape Brazil
Flavio Lenz Cesar, Central Bank of Brazil, Brazil
The European Commission, in a recent communication (April 19th), has identified 5G and Internet of Things (IoT) amongst the ICT standardisation priorities for the Digital Single Market (DSM). This session will discuss the emergence of the mobile edge computing paradigm to reduce the latency for processing near the source large quantities of data and the need of the emerging 5G technology to satisfy the requirements of different verticals. Mobile Edge Clouds have the potential to provide an enormous amount of resources, but it raises several research challenges related to the resilience, security, data portability and usage due to the presence of multiple trusted domains, as well as energy consumption of battery powered devices. Large and centralized clouds have been deployed and have shown how this paradigm can greatly improve performance and flexibility while reducing costs. However, there are many issues requiring solutions that are user and context aware, dynamic, and with the capability to handle heterogeneous demands and systems. This is a challenge triggered by the Internet of Things (IoT) scenario, which strongly requires cloud-based solutions that can be dynamically located and managed, on demand and with self-organization capabilities to serve the purposes of different verticals.
Beacons are the missing link between the offline world and the digital space. They bring to life a new way of interaction by adding a context to the physical world. Here's how retailers, museums, events, smart cities, banks, and offices leverage proximity to grow their businesses and engage their audiences.
Presented at CodeMash 2015. By William Klos.
On your way to work one morning, you walk by your favorite coffee shop. As you walk by, you notice a sign in the window with the day's specials: $1 off Lattes today! That's nice, but maybe Latte isn't your favorite Now imagine this... Same scenario, but as you approach the coffee shop (let's say 100 feet away), your phone suddenly notifies you with the following message: "Good Morning, Chris. Your favorite Cookie Crumble Mocha is only a few steps away. Stop in and we'll take $1 off your total!" This is a much more direct, targeted, and context-aware approach! By using Beacons you can make a huge impact on customer engagement and revenue generation.
Presentation by Hisashi Yamamoto of NXP Semiconductors from the Tokyo Tap Into NFC Seminar on February 9, 2016.
NXP presents solutions for the next generation of NFC applications. Presentation includes a general overview of NFC and NXPs achievements, and then focuses on the steady growing number of NFC applications in gaming, automotive, the connected home, payment, access, and marketing.
Introduction
Beacons are small wireless devices that broadcast signals using Bluetooth Low Energy (BLE), or Bluetooth SMART technology. Mobile apps on compatible devices are able to listen for signals from beacons placed in the physical world and then trigger an experience via the app.
Beacon enabled apps are notified when the device enters or exits the range of a beacon, and are also able to monitor the distance from the beacon as it changes, often referred to as 'ranging'.
Bluetooth Low Energy
BLE or Bluetooth Smart is an intelligent and power friendly version of Bluetooth wireless technology and exchanges data over short distances using radio transmissions. The power of BLE is in its ability to work with an app on a smartphone, tablet or any other compatible mobile device.
The Beacon System
The Beacon system from Apple can be broken down into two parts:
A piece of hardware the Beacon, which constantly broadcasts a Bluetooth Low Energy signal. This transmits a unique identifier (UUID) and two further identifiers; major and minor (unsigned 16 bit integer values), which can be used to identify the beacon.
Application Programmable Interface (API) - An API to search for beacons with a certain UUID and optionally a specific major and minor value. iBeacon adds the possibility for the developer to subscribe to beacons like you would subscribe to geolocations. This enables the app to get notifications (whether the app is currently running or not) when the user gets within range of a specific beacon.
Importance
High degree of accuracy
Low impact on battery life
Low cost of entry
No Internet connection required
Security
Some of the most common beacon security myths:
Beacons are transmitting personal data:
Beacons dont transmit any personal data. In fact, beacons dont receive any data at all.
Beacons are tracking my location:
Beacons cant track your location. The only thing they can do is let your mobile device know that youre nearby.
Compatibility
Beacons work with both Android and iOS. They were initially introduced in iOS7 and are compatible with every Android version > 4.3
This puts beacon functionality in 300 million + devices.
Conclusion
Beacons transmit a low energy signal from a device with a radius of 0-50 meters to broadcast static pieces of data within short distances.
In a nutshell, our basic requirements for an operational beacon are:
1. Beacon enabled mobile app
2. Network of deployed beacons
3. Bluetooth switched on and relevant permissions
Without a doubt, the Beacon is a useful convergence device that can be given a shot at, which is for sure a revolution in technology
Get to know Beacons Understanding and Online & Offline IntegrationJohn Andric
油
With the fast-paced technological advancements, one needs to keep up-to-date with the latest innovations and trending topics. Like Beacons, a majority of IT professionals lack the proper understanding of this concept. With this white paper, you will be able to know Beacons and even the differences between online as well as offline integration.
[CocoaHeads Tricity] Estimote Beacons - world most popular iBeacon implementa...Mateusz Klimczak
油
This document discusses iBeacons and Estimote beacons. It begins with an overview of what iBeacons are and their characteristics, such as using Bluetooth to detect proximity to transmit location-based notifications. It then covers Estimote beacons specifically, which are small Bluetooth devices that can be detected by smartphones to provide location-based services. Potential uses of beacons are discussed, along with alternatives to Estimote beacons and how to begin developing beacon applications using Estimote's software development kit.
Estimote beacons and simple Android application (full)davidepiccardi
油
Linkedin: https://it.linkedin.com/in/davide-piccardi-8b3950105
Pervasive Systems course (Sapienza University of Rome): http://ichatz.me/index.php/Site/PervasiveSystems2016
This document discusses Internet of Things (IoT) technologies including iBeacons. It provides an overview of IoT, describing how connected devices can range from simple sensors to more advanced devices. iBeacons use Bluetooth Low Energy to allow devices to detect proximity to beacons. Example use cases for iBeacons include retail, education, and healthcare. The document then describes a project to use iBeacons and a mobile app to track patient and nurse locations and activity to improve healthcare quality.
The document summarizes a technical seminar report on Apple iBeacon technology presented by D. Madhavi. It discusses how Apple created iBeacons using Bluetooth low-energy technology to allow companies to interact with customers using their smart devices within close proximity. Locally placed beacons can send messages to phones if the user has the company's app installed and Bluetooth turned on. The report also covers how beacons work, their battery life, compatible devices, applications, advantages and disadvantages of using beacon technology.
This presentation is designed to provide a fundamental outline of what mobile beacons are, how they work and how they can be applied to practical marketing campaigns.
This document discusses developing mobile apps that interact with the physical world using Bluetooth Low Energy (BLE) and Apple iBeacons. It provides an introduction to Solstice Mobile, an overview of BLE and iBeacons, demos of using Estimote beacons, and examples of beacon usage in industries like McDonald's and Target. Key topics covered include setting up Android apps to work with Estimote beacons, monitoring and ranging beacons, and implementing a smart office demo app.
In the ever-shifting landscape of technological advancements, certain innovations emerge as trailblazers, fundamentally altering the dynamics of how we engage with our environment. One such groundbreaking evolution that has captured widespread attention is smart Beacon technology, a transformative force that has steadily gained prominence in recent years.
Beacons are small Bluetooth devices that broadcast a unique identifier to nearby smartphones. There are different beacon platforms like iBeacon, Eddystone, and AltBeacon. Eddystone beacons can broadcast URLs that allow smartphones to access web content without an app via Google's Physical Web. The Physical Web works by having beacons broadcast URLs that are picked up by Chrome on Android/iOS, with the URLs then ranked and displayed based on proximity and relevance. Eddystone also supports unique identifiers that can trigger actions like notifications when nearby via the Google Proximity and Nearby APIs. These APIs allow integrating beacons into mobile apps for interactive experiences.
This whitepaper explains and unlocks the power of proximity marketing and ibeacon use cases across a wide range of industries. Curated and prepared by award winning digital marketing strategist, keynote speaker and futurist to the travel industry, Stephenie Rodriguez. Rodriguez is the CEO of Mighty Media Group based in Australia.
10 industries that will be disrupted by iBeacons in 2015Lukasz Felsztukier
油
The document discusses how iBeacons will disrupt 10 industries in 2015 by enabling proximity-based interactions through mobile devices. It provides examples of how iBeacons are currently being used in retail to provide product information and payments, in restaurants for payments, in advertising, games, education, dating, home automation, and at events. It also discusses challenges with iBeacons and the future potential for wider adoption through lower costs, constant Bluetooth connectivity, communication between beacons, and integration into everyday objects.
IRJET- Clean India Mission: Beacon TechnologyIRJET Journal
油
This document discusses using beacon technology to enhance the effectiveness of India's Clean India Mission campaign. Beacons use Bluetooth Low Energy to detect nearby mobile devices and transmit notifications. The document proposes installing beacons to provide regular status updates on cleanliness efforts, direct people to garbage disposal locations, and conduct surveys to assess cleanliness levels. Beacons could also transmit weather reports, traffic information, and help coordinate clean-up drives in specific areas on a set schedule. Integrating this proximity sensing technology has the potential to greatly increase public awareness of environmental issues and participation in cleanliness initiatives.
Developing Beacons with Bluetooth速 Low Energy (BLE) TechnologyPallavi Das
油
Silicon Labs designs and delivers easy-to-use, innovative Bluetooth SoCs, modules and software for sports and fitness, consumer electronics, beacons and smart home applications.Our Bluetooth SoCs and modules utilize the same user friendly software and developments tools providing outstanding developer experience, fast time to market and migration path from modules to SoC.
Developing Beacons with Bluetooth速 Low Energy (BLE) TechnologyPallavi Das
油
This document provides an overview of Bluetooth beacons, including:
- Beacons use Bluetooth low energy technology to broadcast an identifier to nearby smartphones to enable proximity-aware applications.
- There are two common usage models: beacons placed in fixed locations, and beacons attached to movable objects monitored by fixed nodes.
- Example applications include retail personalized offers, secure payments, indoor navigation, and asset tracking.
- While not an official Bluetooth standard, common beacon pseudo-standards like iBeacon and Eddystone structure their data payloads for compatibility.
Developing Beacons with Bluetooth速 Low Energy (BLE) TechnologyPallavi Das
油
Silicon Labs designs and delivers easy-to-use, innovative Bluetooth SoCs, modules and software for sports and fitness, consumer electronics, beacons and smart home applications.Our Bluetooth SoCs and modules utilize the same user friendly software and developments tools providing outstanding developer experience, fast time to market and migration path from modules to SoC.
Developing Beacons with Bluetooth速 Low Energy (BLE) TechnologySilabs products
油
Silicon Labs designs and delivers easy-to-use, innovative Bluetooth SoCs, modules and software for sports and fitness, consumer electronics, beacons and smart home applications.Our Bluetooth SoCs and modules utilize the same user friendly software and developments tools providing outstanding developer experience, fast time to market and migration path from modules to SoC.
The document discusses the Physical Web and how it enables interaction between the physical and digital worlds. It provides a brief history of previous technologies like QR codes, RFID, NFC, and iBeacon. It then explains how the Physical Web works using 3 main components:
1) Beacons that broadcast URLs using Bluetooth to enable digital content discovery.
2) Scanners like web browsers that detect these URLs and allow users to access the associated web pages.
3) An optional proxy that enhances the experience by extracting metadata, filtering content, and protecting user privacy.
The Physical Web aims to address limitations of prior technologies by leveraging URLs and the open web in a way that is universally accessible without
Mr. Anshul Verma, President Cynoteck Technology solutions, has given a session on "Delivering powerful integrations without code" in Dreamforce event to explore real-world integration solutions using out-of-the-box Salesforce integration features.
The document discusses new features in Microsoft Dynamics 365 related to business process flows. It introduces business process flows as a way to guide users through defined processes, and notes they are now available on site maps and views. Actions in business process flows are also defined as custom messages for entities. The conclusion states business process flows allow users to define stages and steps presented as a control on entity forms.
Microsoft has made an easy way for users to update the records right away with all those validations which were applicable on the form.An editable grid is useful for users because a list or view of records having editing capabilities without opening the record.
Multi-Select Option Sets have been one of the top wanted features of Dynamics 365. Get a detailed Overview of what is Multi Select Option Set in Dynamics 365, Its features & limitations. Also, if you are looking for any assistance in Dynamics 365 then get in touch with Cynoteck Technology. We are leading expert in Dynamics 365 consulting.
Know more about expanded capabilities & benefits of Dynamics 365 for customer services to manage and track customer service activity in your organization.
Learn more about how to configure Amazon web service (AWS) with Internet of things (IoT). Also learn controlling a thing remotely using AWS-IoT Cloud services.
Google Assistant is a virtual personal assistant developed by google and announced at its developer conference in May 2016. Click below to Get a comprehensive overview of google assistant.
Ionic is a hybrid concept that uses the angular JS and Apache Cordova to build the applications. Ionic uses web technologies that enables web developers to switches to mobile technologies.
Xcode is the complete developer tool set used to
create apps for Apple TV, Apple Watch, iPad, iPhone, and Mac. Xcode 9 includes overall quality improvements as well as extensive new features.
Angular is an open source JavaScript framework that is used to build single page based web applications.A detailed overview of Angular 4, Its features, development environment and components.
An overview of Microsoft Dynamics NAV, an easily adaptable ERP solution. it helps all small and medium sized business to automate and connect their sales, purchasing, operation, accounting and inventory management.
Dynamic 365 for Financials formerly known as project Madeira shed light on the financial part of an organization. This solution is introduced in the newly developed Dynamic 365 family for the small to mid-sized organization.
Dynamics 365 for Marketing油allows you to automate much of the marketing process so that you can concentrate on targeting the right people and crafting the right message
This document discusses Microsoft PowerApps, a tool that allows users to create powerful apps that connect to data from various sources. It can be used to build apps either through a web portal or desktop studio. The document outlines what PowerApps is, its components, related technologies, and provides steps for creating a sample app using a SharePoint list as the data source. It also covers publishing and using the created app.
Microsoft has re branded Dynamics CRM as Dynamics 365 for Sales in Dynamics 365. it is design to support the record keeping of the entire sale process. Dynamics 365 for Sales is an easy, agile and integrated CRM solution that enables you and your employees to make well-founded decisions, increase your turnover and provide a superior service to your customers.
Learn more about what is Field service in Dynamics 365? its advantages, installation and field service entities. Contact Cyntoeck if you want to learn more about Dynamics 365 for field services.
An overview of what is Dynamics 365 and how is it helpful for small & medium size business. Dynamics 365 is the latest offering from Microsoft which promises to bring your entire business to the cloud.
2. Agenda
What is a Beacon.
How does beacons work.
What beacons transmit.
How do beacons connect to the web.
How does beacon communicate.
Where did beacon begin.
Common use cases of beacon.
Types of beacons.
3. A beacon is a small Bluetooth radio
transmitter.
Beacons repeatedly transmits a single signal that other devices can see.
It is like a lighthouse but Instead of emitting visible light, it broadcasts a
radio signal on a regular interval time. Any Bluetooth-equipped device
like a smartphone can see a beacon once its in range.
5. What a beacon actually transmit?
It transmits a unique ID that tells a nearby Bluetooth device which beacon its next to.
How can I interact with beacons?
For example, A shopping mall installs beacons in their shops, all of the beacons will have
unique IDs, registered in their dedicated app.This means a smartphone app can
immediately recognize that the incoming ID is important and that its from that particular
shop.This ID has its own meaning and its entirely up to an app or other program to
recognize what it means.
What happens next?
Totally depends on what the owner has programmed it to do. One code could display a
coupon. Another could offer some service.The possibilities are nearly endless.
6. How do beacons connect to the web?
Bluetooth presents in 90% of all phones and has been around since the 1990s.
So whats changed?Why is it so important now?
It is very important to the Internet ofThings but, many consumers dont use Bluetooth on a daily basis.
Beacons are compatible with devices 90% of worlds phones, consumers use on a daily basis around the
globe.
The infrastructure for the entire beacon ecosystem is provided by Bluetooth. Its a standard for sending
data over short distances.
There is already a web of Bluetooth around you that can connect beacons and smart devices and
almost anything else.
7. How does a beacon
communicate?
Although Beacon hardware is simple, but the way it triggers actions can be a
little complicated. heres how a beacon communicates:
The beacon sends out its Unique ID about ten times every second (sometimes
depending on its settings).A nearby Bluetooth device, like phone, picks up that
signal.The moment a dedicated app recognize it, it links it to an action or piece
of content stored in the cloud and displays it to the user.
8. Where did beacons begin?
Beacons began with the introduction of iBeacon which is simply a protocol that lets Bluetooth devices
transmit very small bits of data.
In 2015, Google came out with Eddystone, as the iBeacon alternative. Since then, iBeacon and
Eddystone have ruled the proximity market.
9. The iBeacon is the first and currently the most widely-used
communication protocol, developed by Apple.
It is natively supported in iOS. Although the iBeacon profile
works on other mobile operating systems too, it works best
in the environment it was designed for, iPhones and iPads.
It works like this: a beacon using an iBeacon profile contains
a combination of letters and numbers. Each code is unique
for every beacon and a mobile application will only take
action if it recognizes a beacon as being on the list. Once a
beacon is detected by an application that recognizes it, the
application can trigger some kind of action.
Eddystone is a new and open communication protocol
developed by Google with Android users in mind.
Eddystone works the same as iBeacon, but google have
extended functionality beyond that.
Eddystone exists as three different types of protocols:
Eddystone-UID, Eddystone-URL, and Eddystone-TLM.
Eddystone-UID broadcasts a short code on a regular
interval.
Eddystone-URL broadcasts a URL that can be viewed by
anyone with a smartphone whether they have required app
installed or not, and
Eddystone-TLM broadcasts some telemetry data about any
attached sensors and the status of the beacon itself.
11. Common use cases of beacons?
Proximity technology is still really popular in retail settings. Pay a visit to Macys, American Eagle, or the
Tokyo airport, and you may find beacons in place. But beacons are becoming even more popular each year.
This means youre likely to find them just about anywhere you move.