Application OF IoT in Military Service

@ IJTSRD | Available Online @ www.ijtsrd.com | Volume – 1 | Issue – 6 | Sep - Oct 2017 Page: 794
ISSN No: 2456 - 6470 | www.ijtsrd.com | Volume - 1 | Issue – 6
International Journal of Trend in Scientific
Research and Development (IJTSRD)
International Open Access Journal
Application of IoT in Military Service
Renuka C. Sonare
Department of Electronics & Telecommunication
Government College of Engineering,
Chandrapur, Maharashtra, India
Dinesh V. Rojatkar
Department of Electronics & Telecommunication
Government College of Engineering,
Chandrapur, Maharashtra, India
ABSTRACT
Internet of Things (IoT) links the objects of the real
world to the virtual world, and enables anytime,
anywhere connectivity for anything that has an ON
and OFF switch. It constitutes to a world where
physical objects and living beings, as well as virtual
data and environments, interact with each other. Large
amount of data is generated as large numbers of
devices are connected to the internet. So this large
amount of data has to be controlled and converted to
useful information in order to develop efficient
systems. In this paper, we focus on to an application
of IoT in military service that is used to reduce the
time and increase speed. IoT based intelligent
transportation systems, deffense & security, Industry
& most important Health monitoring system are
designed to support the Smart City vision & various
field which aims at employing the advanced and
powerful technologies for the administration of the
people and many service.
Keywords: Internet of Things, defense and public
safety, smart city, Health monitoring system, Industry,
Transporation
1. INTRODUCTION
The Internet of Things (IOT) is today‘s commercial
effort to integrate a wide variety of technical and
commercial information-generating components to
provide new business opportunities based upon device
and system intelligence. This technology is the large
scale commercialization of technology that has been
developed and proven by the U.S. Department of
Defense over the past fifteen years. In much the same
way as NASA and the early space program in the
1960s spurred innovations in chip technology,
automation, propulsion, and miniaturization that
developed into innovative consumer products,
solutions developed from the concept of network-
centric warfare translate directly to the foundations of
today‘s commercial IOT. One response to these
challenges is to introduce the concept of Internet of
Things (IoT) into the military domain. The Internet of
Things is extensively developed world- wide with a
focus on civilian applications. IOT is a paradigm that
considers the pervasive presence of a variety of smart
things/objects in the environment. By means of
wireless and wired connections, they are able to
interact and cooperate with each other to create new
applications/services in order to reach common goals.
Objects/things make themselves recognizable and can
behave intelligently by making context related
decisions thanks to information aggregation and
sharing with other objects. Furthermore, they can be
components of complex services. However, the
integration of heterogeneous sensors and systems
diverse in technology, environmental constraints, and
levels of fidelity is a challenging issue not only for
military organizations. for use of IOT in military
environment such as smart bases that incorporate
commercial IOT technologies in buildings, facilities,
etc., force protection at bases as well as maritime and
littoral environments, health and personnel
monitoring, monitoring and just in-time equipment
maintenance Architectural aspects of military IOT
infrastructure, including security, information, and

International Journal of Trend in Scientific Research and Development (IJTSRD) ISSN: 2456-6470
communication architectures, work flow/business
processes, interoperability and Integration of disparate
technologies
The study officially kicked off in January last year
and will wrap up with a final report in December
2018. ―Everybody in the area of information
technology can see that the IoT is growing in the
commercial world at phenomenal rates. The question
is how we in the military think about that in terms of
benefits, threats and the risks and challenges of using
this sort of technology,‖ says Peter Lenk, chief of
service strategy and innovation, NATO
Communications and Information Agency. ― We
see a lot of parallels in the commercial world, the
civilian world of smart cities, health monitoring,
surveillance applications, smart buildings, smart
vehicles—the list keeps going.‖ NATO militaries may,
for example, adopt smart city technologies for smart
bases, he adds. Or within smart cities, NATO forces
may tap into existing civilian systems, such as smart
traffic control capabilities. ―Everybody who thinks
about it for a little while sees a lot of potential, but
there are questions that need to be answered before
we rush into things,‖ Lenk offers.
The IoT may provide a number of military benefits,
including lower costs for technology such as sensors
and drones, greater awareness of the combat situation
and faster, more effective decision making.
2. APPLICATION OF IOT IN MILITARY
SERVICE
1. DEFENSE
While the military has been a driver in connected and
machine-to-machine communications such as radio
frequency identification, more commonly known as
RFID, it has been slow to adopt true IoT applications
that knit these communications into interoperable,
automated cycles. Communications remain within
their given channels, not easily shared or aggregate.
The challenge is that defense leaders wishing to take
advantage of the IoT face a complex technological
and regulatory landscape that threatens to mire their
efforts in endless choices and challenges. This article
aims to help leaders navigate complex IoT decisions
by pointing out which applications may be better
suited for their goals related to cost efficiency and/or
war fighter effectiveness. In each case, we will use
Deloitte‘s Information Value Loop as an analytical
framework to identify the key investments necessary
to realize the IoT‘s potential benefits. Concerns have
been raised that the Internet of things is being
developed rapidly without appropriate consideration
of the profound security challenges involved[
and the
regulatory changes that might be necessary . Most of
the technical security issues are similar to those of
conventional servers, workstations and smartphones,
but the firewall, security update and anti-malware
systems used for those are generally unsuitable for the
much smaller, less capable, IoT devices
2. HEALTH MONITORING SYSTEM
IoT devices can be used to enable remote health
monitoring and emergency notification systems.
These health monitoring devices can range from
blood pressure and heart rate monitors to advanced
devices capable of monitoring specialized implants,
such as pacemakers, Fitbit electronic wristbands, or
advanced hearing aids. Some hospitals have begun
implementing "smart beds" that can detect when they
are occupied and when a patient is attempting to get
up. It can also adjust itself to ensure appropriate
pressure and support is applied to the patient without
the manual interaction of nurses. Specialized sensors
can also be equipped within living spaces to monitor
the health and general well-being of senior citizens,
while also ensuring that proper treatment is being
administered and assisting people regain lost mobility
via therapy as well. Other consumer devices to
encourage healthy living, such as, connected scales or
wearable heart monitors, are also a possibility
with the IoT. More and more end-to-end health
monitoring IoT platforms are coming up for antenatal
and chronic patients, helping one manage health vitals
and recurring medication requirements. Medical
advancements have taken many forms, such as the
Research & Development Corporation (DEKA)
prosthetic limbs for disabled amputees. The battery
powered arm uses myoelectricity, a device that
converts muscle group sensations into motor control.
FDA has already approved these arms in 2014.
3. SMART CITY
The Internet of Things (IoT) shall be able to
incorporate transparently and seamlessly a large
number of different and heterogeneous end systems,
while providing open access to selected subsets of
data for the development of a plethora of digital
services. Building a general architecture for the IoT is

hence a very complex task, mainly because of the
extremely large variety of devices, link layer
technologies, and services that may be involved in
such a system. In this paper, we focus specifically to
an urban IoT system that, while still being quite a
broad category, is characterized by their specific
application domain. Urban IoTs, in fact, are designed
to support the Smart City vision, which aims at
exploiting the most advanced communication
technologies to support added-value services for the
administration of the city and for the citizens. This
paper hence provides a comprehensive survey of the
enabling technologies, protocols, and architecture for
an urban IoT. Furthermore, the paper will present and
discuss the technical solutions and best-practice
guidelines adopted in the Padova Smart City project, a
proof-of-concept deployment of an IoT island in the
city of Padova, Italy, performed in collaboration with
the city municipality. IEEE Internet of Things Journal
(Volume: 1, Issue: 1, Feb. 2014 ) Smart city
monitoring and leveraging services in smart city
environments for disaster response and other
activities. Smart Parking: The smart parking service is
based on road sensors and intelligent displays that
direct motorists along the best path for parking in the
city [16]. The benefits deriving from this service are
manifold: faster time to locate a parking slot means
fewer CO emission from the car, lesser traffic
congestion, and happier citizens. The smart parking
service can be directly integrated in the urban IoT
infrastructure, because many companies in Europe are
providing market products for this application.
Furthermore, by using short-range communication
technologies
4. INDUSTRY
The growth of the internet of things (IoT) is
drastically changing how consumers interact with
their cars, homes and appliances, but the aptly named
second digital revolution has major implications for
industry too. From machine-learning, machine-to-
machine communication to artificial intelligence, the
industrial internet of things (IIoT) takes IoT
technologies and directly applies them to industrial
concerns and in the process improves efficiency and
productivity. While consumer-focused IoT solutions
have dominated headlines in recent years and the
relatively long life cycles of industrial equipment has
limited growth in this sector so far, major firms and
manufacturers are beginning to embrace IIoT on a big
scale, attracted by the opportunity to drive down costs
and increase competitiveness.
5. TRANSPORATION
The Internet of Things (IoT), enterprises can
accelerate productivity, profitability and operations
with solutions designed specifically for their
processes. With the right IoT solution in place,
enterprises can connect all devices across a
centralized cloud network, and capture and share their
mission-critical data, allowing them to gain real-time
visibility of their operations. This actionable insight is
what provides organizations the Enterprise Asset
Intelligence they need to make improvements. This
enhanced business knowledge can be gained through
a set of enabling technologies in the areas of asset
management, cloud, mobile and big data. End to End
Visibility-Transportation and logistics businesses
around the globe are focused on maximizing supply
chain efficiency in order to sustain profitability and
viability. However, to reach this level of performance,
they need to make end-to-end improvements.
Complete visibility facilitates more effective, timely
decisions and reduces delays through quicker
detection of issues. Mobile devices, such as radio
frequency identification (RFID), barcode scanners and
mobile computers, have become a major influence in
supply chain visibility and operations.
3. FIGURE:
Figure 1-Representation of IOT in military service
CONCLUSION
IOT is very important idea to develop various things
in different service. We can use IOT concept to create
the new invention in various military service. IOT
uses such as Defense, Health monitoring system,
Smart city, Security, Industry and Transporation etc.

IOT is the extension of Internet by design; most of the
security and privacy issues of the internet would be
inherited by the Iot. We analyzed the solutions
currently available for the implementation of urban
IOTs. This technology is close to being standardized,
and industry players are already active in the
production of devices that take advantage of these
technologies to enable the applications of interest.
Thus we conclude that IoT is the most concerned
topic in today’s world. The most developed and
developing countries are moving rapidly in this field.
So why do we not use this concept in the defence
industry and make a powerful and secure defence
industry. Many countries defence organization have
taken their steps towards the development but Indian
defence is still lagging behind the technology. So we
require to do some research showing some interesting
innovations in the field and improve the architecture
of defence.
4. FUTURE WORK
Internet of Things is an integrated part of future
internet and could be defined as a dynamic global
network infrastructure with self configuring
capabilities based on standard and interoperable
communication protocols where physical and virtual
things have identities, physical attributes and virtual
personalities and use intelligent interfaces, and are
seamlessly integrated into the information network. In
the IOT ,things are expected to become active
participants in business, information and social
processes where they are enabled to interact and
communicate among themselves and with the
environment by exchanging data and information
‗sensed‘ about the environment, while reacting
autonomously to the ‗real/physical world‘ events and
influencing it by running processes that trigger actions
and create services with or without direct human
intervention. Interfaces in the form of services
facilitate interactions with these ‗smart things‘ over
the internet, query and change their state and any
information associated with them, taking into account
security and privacy issues.
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