The ability to communicate via computer
networks has indeed today touched virtually every aspect of our daily life.
Cell phone has almost become an extension of human body itself. This
all-pervading usage of computing across enterprises and consumers has simply
demanded for efficiency, flexibility, and agility and simply put ‘Cloud’—the
availability of unlimited power to compute and storage on demand, that too, at
an affordable cost and in an efficient manner—became the answer.
Thus surfaced another
disruptive innovation: Internet of Things (IOT)—“…the network of physical
objects or “things” embedded with electronics, software, sensors, and
connectivity to enable objects to exchange data with the production, operation
and /or other connected devices”.
People in the forefront of this
innovation say that when fully operationalized it would become different things
to different people: For a driver, it
could be a sensor that detects a collision and calls the ambulance; for a
homemaker, it could be a smoke detector alerting the fire services; for an
elderly, it could be a wearable device that calls for medical assistance when
his heart beat falls below a critical level; for an editor in the press, it
could be an alert on the table that warns him of delay in the release of edit
page, etc.
It is this convergence of the
progress of a series of technology paradigms that resulted in the evolution of
IOT with an amazing potential for varied applications that has quite excited
the professionals and entrepreneurs alike. Forecasters are putting across
phenomenal estimates about the likely business out of IOT: one research agency
puts the global IOT market by 2020 at $7.1 trillion; another report says that
global manufacturing industry is all set to invest $140 billion over the next
five years— exciting opportunities.
That said, we must also admit
that IOT is not all that a brand new technology, for in some forms it existed
even earlier, particularly in the manufacturing industry—machine to machine
communications are in existence for quite some time, except that they were
mostly in a physically coupled form.
It is however with the
launching of IPV6—the new version of the Internet—miniaturization of electronic
devices that are more powerful and energy efficient besides being available at an
affordable price, and as wireless communication became the in thing of the
globe, it became a matter of time for connecting any object tagged with a
microprocessor that can have an IP address of its own to the Internet.
That being the emerging
reality, I earnestly hope that some empathetic-nerd will one day apply himself
to device a gadget that can be tagged to an Alzheimer patient so that it could
send alert signals to the relatives [of the patient] whenever he crosses a
defined perimeter of his protected-/safety-zone.
Using
the existing networks, the gadget shall be made capable of even indicating the
location of the patient to the relatives—who alarmed by the sudden
disappearance of their beloved patient and not knowing where to search for him run all-around in great trauma, at times
for even days—which shall provide them the much needed succour. What a relief
it would be! And sooner the better.
If
such a device is already in existence, let that be made widely known to the
people for their taking advantage of it. It is the government/NGOs who have to
come forward with missionary zeal to disseminate such information and distribute
such devices among the poor patients as well.
True, there may not be much money in such venture, but whoever
takes up the cause of traumatised relatives of that unfortunate Alzheimer
patient will be doing yeoman service, particularly in the Indian context. Even
corporates could undertake this as a part of their CRS program.
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