Report on Wireless Technologies: Wifi, Bluetooth, NFC, and Security

This report provides an overview of various wireless technologies, including high-speed WiFi, Bluetooth Smart, Apple iBeacon, Cisco Intelligent Proximity, LTE, NFC, RFID, and ZigBee. It details the features, functionality, and applications of each technology, such as the ultra-fast data rates of WiFi, the low power consumption of Bluetooth Smart, and the short-range communication of NFC. The report also touches upon security concerns associated with these technologies, including identity theft, privacy leakages, phishing attacks, and snipping. References to relevant research articles are included to support the information presented. Desklib offers this report and many other solved assignments and past papers for students.

WIRELSS TECHNOLOGIES
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]

Contents
• High Speed Wifi
• Blueetooth smart
• Apple iBeacon
• Cisco Intelligent Proximity
• LTE
• NFC
• RFID
• ZigBee

High Speed Wifi
• Ultra-fast technology that uses short
range wireless protocols for networking
• Data rate of upto 8 Gps
• 1Gps over a maxium 33 feet distant
• Extends the Wifi frequency portfolio to
60Ghz

Bluetooth Smart
• Low power Bluetooth technology
• Longer battery life
• Enhances the blueetooth range
• Smart modes of ultra peal, average and
idle
• Low cost of implementation

Bluetooth Smart Cont…
• Vendor interoperatbilty
• Longer device life

iBeacon
• Apple vendor specific implementation of
low energy bluetooth
• First shipped with Ios7
• Better for indoor mappings
• Used majorly in mobile payment and
shop analytics

Cisco Intelligent Proximity
• Launched by Cisco for proximity voice
and proxity sharing of contents
• Enable multidevice files synching
• Controlling of network endpoint from
mobo device (Alfaqawi, Chebil, Habaebi, &
Datla, 2016)

LTE
• Next Gen mobo broadband technology
• Have support for legacy technology
• Cost efficient to maintain
• Cover upto 30km
• Used to support web 2.0 multimedia
based network

NFC
• Uses short range but high frequency wireless
technology
• Communication get established by RFID chips
get into contact or close proxity of 10cm
• Simple to implement and maintain
• Mainly used in mobo and handheld gadges

RFID
• Uses radio reader to ID objects
• Uses tags to tranmit the ID attribute of the
object
• Majorly used in smart cards,supply
chains,passports and books
(Gray, Banhazi, & Kist, 2017)

SECURITY CONCERNS
• Identity theft
• Privacy leakages
• Phishing attacks
• Snipping

REFERENCES
• Alfaqawi, M. I. M., Chebil, J., Habaebi, M. H., & Datla, D. (2016). Wireless
distributed computing for cyclostationary feature detection. Digital
Communications and Networks, 2, 47–56. https://
doi.org/10.1016/j.dcan.2015.09.003
• Gray, J., Banhazi, T. M., & Kist, A. A. (2017). Wireless data management
system for environmental monitoring in livestock buildings. Information
Processing in Agriculture, 4, 1–17.
https://doi.org/10.1016/j.inpa.2016.12.001