RedTacton is an innovative Human Area Networking technology that uses the human body as a transmission path for data. It transmits data through natural physical movements like touching or walking. RedTacton allows devices to communicate through the body at speeds over 10Mbps, faster than Bluetooth or infrared. It provides a more secure alternative to wireless technologies by using the body as the transmission medium instead of radio frequencies. Potential applications of RedTacton include connected cars, wireless headsets, touchscreens, and security systems that can unlock with a touch.
2. WHAT IS RED TACTON ?
RED – warmth,
T – touch,
Acton – action,
RedTActon :- An innovative Human Area
Networking(HAN),
that uses the surface of the human body
as a transmission path.
Its completely distinct from wireless and
infrared technologies.
Its secure when compared with other
technologies
3. Why Redtacton.. ?
Its is used transmit data like Bluetooth and
infrared technology.
Restrictions over speed in Bluetooth and
infrared tech. in multi-user environment
Redtacton is the Human Area Networking
technology that uses the human body as a
safe high speed networking transmission
path.
4. Human Area Network (HAN)
HAN uses human body as communication
network and uses the concept of Redtacton
to transmit the data.
HAN transmits the data between the
human-centered electronic devices and
computers and other network devices via
total human natural Physical activities
5. How does this work ?
Redtacton is based on the principle that optical
properties of electro-optic crystal can vary
according to changes in electric fields.
Redtacton allows information to be exchanged
between two transceivers without the need for a
server to store or process information.
Redtacton receiver and transceiver are two major
devices in the transmission.
Redtacton majorly depends on the human natural
physical movements
6. Working procedure
Transmitter sends data.
Transmitting transceiver creates a
change in the field.
Field from human body dissipates
into earth.
Electric field is received using
sensing technology.
Receiving transceiver
recognizes the change in the electric field.
Sensing technology measures the weak electric fields induced.
Electro-optical crystal uses laser to convert and read the signal
12. Medical applications
Redtacton devices embedded medicine
bottles transmit information on the medicines
attributes. If the user touches the wrong
medicine, an alarm will trigger.
Another critical success factor is that the cost
must not outweigh the benefits provided by
the technology. Also, another factor is that
the patients accept the technology.
13. Military applications
A Redtacton transceiver can be
implanted in the gun and programmed to
a transceiver worn by a soldier so that
only the particular soldier could fire the
weapon.
This can reduce the black market of the
weapons and the misuse of stolen
weapons can be reduced
14. Security application
User verification and
unlocking with touch
Automatic access log for
confidential document
storage
15. Advantages
RedTacton does not require the electrode to be in direct contact
with the skin.
Can transmit data at a rate higher than that of peer technologies.
(max. of 10Mbps)
RedTacton transceivers are programmable and we can decide
what to share with whom and what devices you communicate
with.
Each communication occurs in separate channels.
Transmission speed does not deteriorate even though the
number of users increases.
16. conclusion
We conclude that, when we compare RedTacton with other
technology present today it can give a
better performance over others.
And we can say that to connect the
network with in short distances
RedTacton is best.
In this technology there is no problem
of hackers as our body is itself a media.