RFID technology utilizes radio waves for automatic identification of objects, animals, or people, offering a reliable alternative to barcodes with a range of applications across various sectors such as healthcare, retail, and transportation. The system consists of readers and RFID tags, which can be categorized into active and passive types, each with unique features and uses. As RFID technology advances, it is poised to enhance operational efficiencies, improve inventory management, and transform personal and work lives.

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RFID Technology Next
Generation Application :
Solutions

2.  About RFID ..
 How does RFID works..?
 RFID Sensors..
 Applications & Solutions..
 Advantage..
 Conclusion..
PRESENTATION
OUTLINE

3. Introduction To RFID
Radio Frequency Identification :Technology that uses radio-waves to
transfer data between a reader and a movable items to identify,
categorize track.
-It is an automatic identification method, relying on storing and remotely
retrieving data using devices called RFID tags or transponders.
-RFID (radio frequency identification) is a technology that incorporates
the use of electromagnetic or electrostatic coupling in the radio
frequency (RF) portion of the electromagnetic spectrum to uniquely
identify an object, animal, or person.
-RFID is fast reliable and does not require physical sight or contact
between reader/scanner and tagged items
An alternative to bar code.

4. How does a RFID system work ?
 Reader (Coupler): to read from and/or
write to tags
 Tags (transponders): where item ID/data
etc. are stored
Types: active
passive
 Host computer/
network
Reader
Coil/Antenna
Tag
Computer
IC (Integrated Circuit)

5. RFID Readers

6. RFID Sensors Tag
There are two broad categories of RFID systems
 Active Tag
 Passive Tag
Passive Tag:
The passive tags, or called backscatters, have neither own power resource nor RF
transmitter, they use inductive/propagation coupling to connect with the reader antenna, this
means that the passive tags just simply reflect back the signal emitted by the reader. These
passive tags are simpler and cheaper but have a much shorter reading range in comparison
to active tag.
Types of Passive Tag
Passive RFID tags generally operate at three distinct frequencies:
1-Low Frequency (LF) 125 -134 kHz
2- High Frequency (HF) 13.56 MHz
3-Ultra High Frequency (UHF) 856 MHz to 960 MHz

7. RFID Sensors Tag
Active RFID Tag : The active tags have transmitters and usually a battery as their power
resource; they transmit their ID codes through transmitters, thus a wide reading range can
be achieved.
Active RFID systems use self-powered RFID tags that continuously broadcast their own
signal. Active RFID tags are commonly used as “beacons” to accurately track the real-time
location of assets or in high speed environments such as tolling. Active tags provide a much
longer read range than passive tags.
Types of Active Tag
Two different types of active RFID tags are available on today’s market –
 1-Transponders
 2-Beacon

8. Difference Between Active & Passive Tag

9. People Tracking- Hospital ,Shopping mall and railway station are most
general tracking required place hospital uses RFID tag for tracking their
special patients.
RFID Applications

10. RFID Applications
School Bus Tracking System
Student Care Solution by School Bus
Tracking & In Bus Attendance.
School bus tracking and
automated and customizable
live view student behavior in
School bus and send alerts
both school management and
parents in times of
emergencies besides notifying
both parties on boarding and
disembarking of students from
the school bus.

11. RFID Applications
Parking Solutions
RFID parking solution for
parking towers and it tracks
and tabulates vehicles in
parked on each floor. This
lets it automatically
calculate free spaces there
are and where those
spaces are located, to
provide the information to
people entering the parking
tower.

12. RFID Applications
Retail and Inventory Tracking
RFID in retail stores offer real-time
inventory tracking that allows companies
to monitor and control inventory supply
at all times. RFID based jewelry tracking
system enables tracking inventory via
scanning and therefore instant stock
update while increasing the staff
productivity. RFID automation of
inventory check process at store.

13. RFID Applications
Live Stock-RFID tags can be safely attached or even implanted inside
animals(live stock) and will last for the entire lifetime of the animal. RFID
helps improve farm management through increased efficiencies,
reduced feed and labor costs, enhanced output and improved herd
health.

14. RFID Applications
Supply Chain Management Process

15. RFID Applications
Retail and Inventory Tracking-
RFID in retail stores offer real-
time inventory tracking that
allows companies to monitor and
control inventory supply at all
times.
RFID based jewelry tracking
system enables tracking
inventory via scanning and
therefore instant stock update
while increasing the staff
productivity. RFID automation of
inventory check process at store.

16. RFID Applications
Vehicle Mentoring Solutions-RFID Technique helps to Vehicle
monitoring through their journey such as ,Fuel and feat level monitoring,
order and cargo tracking, fleet performance analysis ,security, road
assistance etc.

17. RFID Applications
Health Care-patient Safety is big challenge of health care Reducing
medication error meeting new standards, staff shortages, and
reducing cost are the plus points of use of RFID solutions, RFID
wristband containing patient record and medication history address
several of these concerns.

18. RFID Applications
Document Tracking- Availability of a large amount data and documents
bridge lots of problems in documents managements and library mgmt
RFID technology short out and easy trace records .

19. RFID Applications
Manufacturing-
RFID technology provides an
easy way to manage a huge
and laborious manufacturing
process. this type of process
helps in better analysis, reduce
time in locating parts and
products and productions
process based sensors can be
installed to alert any anomalies.

20. Advantage & Disadvantage

21. Conclusion
RFID technology can be used to track products in a manner similar to using
bar codes for product identification, Today the RFID-technology stands for an
“enhanced range of application at decreasing prices“, tomorrow for a
standard!
RFID technology is taking off in many places like in shopping malls, libraries,
supply chain management, tracking household pets, accessing office
buildings, and vehicles on roadways. RFID is used to automatically identify
people, objects, and animals using short range radio technology it’s
increasingly rapid pace. RFID tags contents will increase in power, prices are
expected to decline and tag will dramatically improve its efficiency, security
and accuracy.
So that it will change our personal and work lives and adorns the
conventional management with a new idea and usher for a bright future.

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Ashtopus Consulting Pvt Ltd
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info@ashtopus.com
Ajay.sharma@ashtopus.com
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