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The document discusses security challenges posed by the growing number of radio-enabled devices that make up the Internet of Things. It notes that by 2020 there will be 25 billion devices total, with 20 billion having radio capabilities and using hundreds of different protocols. It introduces Bastille as a company that provides security for these devices by monitoring radio traffic and analyzing behaviors to detect vulnerabilities, rogue devices, and security threats like data exfiltration or new unauthorized transmitters on networks. The document asks questions for organizations to consider regarding what radio devices they have, which may have default passwords, and how to plan for long-term monitoring and security in an increasingly radio-connected world.
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Bluetooth is a short-range wireless technology that allows data exchange between fixed and mobile devices over short distances. It uses radio waves in the 2.4 GHz band and supports data rates of up to 1 Mbps within a 10 meter range. Bluetooth devices can form piconets with one device acting as the master to multiple slaves, or scatternets by interconnecting multiple piconets. Common applications include wireless headsets, file transfers between devices, and connecting peripherals like keyboards and mice. Advantages are wireless connectivity, low power usage, and avoidance of interference through frequency hopping. Limitations include short range and lower security compared to other wireless standards. Future versions aim to improve speed, range, and support larger networks.
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The document summarizes an NFC Forum virtual member meeting that took place on June 25, 2020 to discuss advancing near field communication (NFC) technology in light of the COVID-19 pandemic. The agenda included introductions from representatives of several NFC technology companies, a panel discussion on NFC innovations for COVID response, and a closing by the NFC Forum Executive Director. Some key applications discussed were using NFC for medical device tracking, smart healthcare solutions like temperature monitoring patches, preventing counterfeiting of medical supplies and test kits, and powering touchless interactions through solutions like smart packaging and digital signs. The panel explored how NFC could help address challenges raised by the pandemic.
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This document discusses the growth of connected consumer electronics devices through near field communication (NFC) technology and its role in enabling the Internet of Things. It notes that over 275 phone models now support NFC, and that number is expected to reach 1.2 billion phones by 2018. It provides examples of how NFC allows easy connection and data sharing between devices like sensors, appliances, and payment terminals. The document argues that NFC helps remove barriers between machine-to-machine, machine-to-people and people-to-machine communication, enabling greater access, management and control of connected devices.
NFC for the Real World
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Presentation from MIT Enterprise Forum of Cambridge NFC Goes Social event on Feb 11.
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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?
3G
3G, or third generation mobile telecommunications, is a set of standards for wireless networks that provides higher data speeds and allows for simultaneous voice and data services. Compared to previous 2G standards, 3G networks offer higher quality security, transfer rates between 128-144kbps that can exceed 2Mbps, and support applications like mobile internet, mobile TV, and video calls. While 3G was revolutionary at the time, 4G networks are already being developed to replace 3G in the near future.
IoT with 5G-Network
The document discusses Internet of Things (IoT) and how 5G networks will impact IoT applications. It begins with an overview of what IoT is and how devices connect to the internet. It then provides a brief history of wireless network generations before focusing on 5G's advantages like high speeds and low latency. The document suggests 5G will allow for new IoT applications in areas like smart homes and agriculture by facilitating improved communication between connected devices. It concludes by thanking the audience for their time.
Near Field Communication (NFC)
NFC allows for short-range wireless communication between electronic devices without any prior setup needed. It enables the exchange of data through radio frequency identification (RFID) technology using tags connected to antennas that can be read and written by readers. Applications of NFC include downloading content from smart posters, exchanging business cards, paying for transportation or purchases, accessing controls, and printing receipts.
NFC Bridging the Internet of Things
Presentation by Paula Hunter at the Internet of Things 2014
In this presentation, Paula Hunter (Executive Director, NFC Forum) gives an overview of NFC Growth and the status of NFC globally, challenges and opportunities of NFC in payment, and the convergence of IOT and NFC.
Latest wireless technology
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Application of near field communication (nfc)
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.
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Mobile Payment - Will NFC finally unlock a new value chain?
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11Wireless SecurityHere is a sample research paper that I .docx
11
Wireless Security
Here is a sample research paper that I wrote. The topic does not relate to what we are studying, but it still serves as a decent example. I have marked it throughout. Pay special attention to how the citations are done and how the reference page should look.
Wireless Security Comment by Administrator: Include a short title at the top right of each page (five spaces) and then number each page including the first one (Hacker, 2004).
Your name here
DeVry University, ENGL 135
Week 8
Mark Wright
April 19, 2006
Center Your Title Here
Jim was running late for his flight. His car broke down and he needed a ride from his co-worker, Angela. As he was nearing the gate, Jim realized he never uploaded the presentation to his laptop. Jim did not panic. Angela opened her laptop, hit a few keys and wishes wished Jim a safe flight. At the client meeting, Jim had all the information he needed downloaded on his laptop. How did he do it? With the help of wireless communications technology that seamlessly transmits data to and from any compatible device within seconds. This technology is quickly becoming everything for which its founders had hoped for. However, there is one only major problem is a very large one. There is potential for Angela’s data she sent to Jim to be sent to all the wireless enabled devices within a small radius. The security of wireless technology is a problem that must be solved before it is a useful means of communicationmore widely used at home or in business.
Wireless communications are an inexpensive solution to connecting information exchanging technologies. They are used in the home, office, and by major corporations. There are different types of wireless devices and ways to connect wirelessly. These include: Wireless Local Area Networks (WLAN), Wireless, Wide Area Network (WAN), Mobile Wireless, and Wireless Personal Area Networks, such as Bluetooth. While each type of connection can be used for any means, each has a specific application at which it is best at. WLAN is used in homes, offices, and retail stores as a means to connect two or more computers over a distance of anywhere between 5 to 50 feet. Commercial style WLANs, used by major corporations that need to connect to many computers simultaneously, have much greater transmission speeds of data and can broadcast the signal over larger areas. WANs are used for satellite to ground information exchanges. Mostly used for televisions, this technology does have some uses as a mobile phone communications system. But not as much as the Mobile Wireless. Mobile Wireless is extensively used for just that. Cell phones, PDA’s, and any other type of small handheld device that needs to send and receive information over large distances use Mobile Wireless. Wireless Personal Area Networks are also used in cell phones and PDA’s, but they are used when the information exchange is in closer quarters, within about 100 feet. All of these technologies have greatly changed .
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2:同时对留学生所学专业登记给予评定
3:国家专业人才认证中心颁发入库证书
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bastille IoT deck - powerpoint presentation design
- 1. www.bastille.io Security for the Mobile World and the Internet of Things
- 2. www.bastille.io The Big Secret about The Internet of Things It’s not about the “Things”, it’s about the Radios!
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- 4. 4 It’s not about the “Things”, it’s about the RADIOS Year: 2020 25B Devices 20B have Radios
- 5. 5 It’s not about the “Things”, it’s about the RADIOS Year: 2020 25B Devices 20B have Radios
- 6. The Internet of Things is Now! 6 Vulnerable Wireless Devices in the Enterprise Today
- 7. • 15 patents in process –Small Device Radio –Radio traffic analysis –Radio Machine Learning –RF persona 7 Bastille Intellectual Property
- 8. Case Study: Data Center Vulnerabilities Unconfigured Zigbee Network Bluetooth Keyboard Vulnerability
- 9. Examples of things that Bastille looks for: Data exfiltration New members of Mesh Networks Mobile phone “hotspots” Out of policy devices:hotspots, cams BlueTooth Tethering to phones Unconfigure devices looking for pairs Rogue Cell Towers Changes in behavior of a device in RF Bugs Changes in behavior of RF Persona RF Personas in the wrong areas Known radio attack execution New transmitters 9
- 10. Examples of things that Bastille looks for: Data exfiltration New members of Mesh Networks Mobile phone “hotspots” Out of policy devices:hotspots, cams BlueTooth Tethering to phones Unconfigure devices looking for pairs Rogue Cell Towers Changes in behavior of a device in RF Bugs Changes in behavior of RF Persona RF Personas in the wrong areas Known radio attack execution New transmitters 10
- 11. Examples of things that Bastille looks for: Data exfiltration New members of Mesh Networks Mobile phone “hotspots” Out of policy devices:hotspots, cams BlueTooth Tethering to phones Unconfigure devices looking for pairs Rogue Cell Towers Changes in behavior of a device in RF Bugs Changes in behavior of RF Persona RF Personas in the wrong areas Known radio attack execution New transmitters 11
- 12. Questions for your organization In addition to WiFi, what other radio connected devices are operating in my facilities? How many of these devices are set to default passwords? Do I have any wireless mice in my facilty today? Do I have MDM on every mobile device connected to my network? What is my long term plan monitoring a Radio Enabled World. 12
- 13. Security for the Mobile World and the Internet of Things
Editor's Notes
- Here’s an example from a finanical services company we are helping. The VP of the Data Center told us “You won’t find anything we’ve got all of our wireless locked down.” However, we found that he had two devices….one Zigee, one bluetooth, which were promiscuously asking to pair with control devices. One made the Data Center Chillers vulnerable, one could allow sending commands to the mainframe.