Security challengesasa factor affectingthe

International Journal of Network Security & Its Applications (IJNSA) Vol.7, No.3, May 2015
DOI : 10.5121/ijnsa.2015.7301 1
SECURITY CHALLENGESASA FACTOR AFFECTINGTHE
SECURITY OFMANET: ATTACKS, AND SECURITY
SOLUTIONS
Dr.Nabeel Zanoon1
, Dr.Nashat Albdour2
, Dr.Hatem S. A. Hamatta1
, and
RashaMoh'd Al-Tarawneh1
1
Department of Applied Science, Aqaba University College/Al-Balqa Applied
University, Aqaba, Jordan
2
The Department of Electrical & Computer Engineering, Tafila Technical
University, Tafila Technical Universities, Aqaba, Jordan
ABSTRACT
The Ad Hoc mobile network (MANET) is a wireless network with properties which may constitute
challenges and weaknesses before the security progress in MANET network. It causes weakness in security,
which leads to increased attacks on MANET. In this paper the challenges and attacks likely to threaten
MANET will be investigated. As a corollary, security solutions will be discussed, the relationship between
them will be concluded and architectural security solutions in MANET will beproposed.
KEY WORDS
MANET, Ad Hoc, Challenges, Attacks, Security Solutions, wireless.
1.INTRODUCTION
Nodes are linked to each other by a wireless medium where each node makes an end guided to all
nodes connected to a network. [1] MANET is the network which consists of a collection of
devices or nodes connected with one another without the help of any central administrator. It can
form a dynamic network for the exchange of data without the use of any others network with
fixed dynamic infrastructure. Any node can be connected to the networkbywireless medium
dynamically, but at the same time it represents the role of the node and routers. The Topology
MANET is renewed, because the nodes change and enter in the network and leave network
continuously. However, MANET provides advanced, renewed and constant technology, but it
faces challenges that threaten its security [2]
The concept of security for (MANET) means protocols security to which you subscribe and deal
with it in order to protect it from threats. In order for MANET to do its core business, which is the
exchange of data between the related and connected nodes, [3] there are those who threaten and
attack the security of MANET from outside and also from inside. The attacks are in two levels;

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the first level is the attack on the basic mechanisms such as guidance, while the second level of
the attacks threatens the security that protects the MANET network. [4]
MANET has two dimensions in protection: the first dimension is protection of guidance
operations through communication between the nodes; and the second dimension is the protection
of the data to be exchanged. The security solutions to protect MANET are in the level before the
attacks so as to form a defense line that provides protection. [5] But MANET characteristics pose
challenges to the development of security solutions, because of a variety of attacks exploiting
vulnerabilities in MANET caused by challenges. [6]
Wireless MANET is considered more vulnerable to attacks compared with wired networks
because there are several challenges that will be studied in this paper. The security in MANET is
an important issue, because in MANET communication is in groups.Also senders and receivers
are multiple in a complex way compared with the case of a unicast. Most solutions for unicasts
are ineffective with the multicast [7] in providing a secure connection in such a changing
environment as well as protection against specific threats and attacks. There must be a different
architectural and security plans. [8] In this paper we will highlight the security architecture design
and feature analysis, as well as factors of insecurity, security threats and the relationship between
them in MANET. Security challenges are considered obstacles, for they are threatening the
security of MANET network, and there are several challenges facing the security of MANET.
2.CHALLENGES IN MANET NETWORK
The challenges facing the (mobile ad hoc) networks are a concern for the design and
communication processes in the network. Some MANET network characteristics pose challenges
in front of security solutions in MANET network [9].
2.1.Infrastructure And Routing
The nature of the network is one of the problems that stand in front of MANET network security.
The nature of MANET network is open and its topology is mobile not fixed. Direction is
considered an important issue for security because the nodes work as a guide. Guides are free to
move randomly and organize themselves without any bases [10] The basis of the work of (Ad
hoc) network is independent of any infrastructure, and this leads to any viable classic list of the
application on the certification and on servers line. This leads to no classical applicable solutions
based on certification and the line servers which have no such clear and secure borders in the
cellular network, if compared with other networks such as wired network [11]. We conclude that
the network topology affects the performance of the network. The nodes in the network are
constantly moving, changing the nodes from time to time and this makes it difficult to predict the
patterns of distribution and dealing with route decisions.
2.2.Mediums of wireless communication
By nature the MANET network is a wireless network. Signals are transmitted between network
nodes through a joint medium. The wireless medium is considered extensive and unrestricted with
any limits of any open centre. It is apt to the influence of external signals. Accordingly, it is

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regarded less reliable from wired means of communication [12]. The medium in wireless
MANET is multi-hops, for it is affected by the overlap between neighbouring devices [13]. In
other words, the wireless joint medium makes MANET more vulnerable to attacks than others.
This is causing a number of attacks that affect MANET.
2.3.Energy consumption
The cellular phones that subscribe in (MANET) network rely on energy sources such as batteries,
which is a problem in wireless networks. A device in (MANET) works as a director which
constantly communicates with other devices, and this energy plays an important role [14].
2.4.Scalability
The MANET network is expandable and scalable in terms of the number of nodes and topology.
The potentiality of development means the network's ability to provide service to the nodes
connected to a network, taking into consideration the size of the network and the increasing
number of nodes from time to time [15]. The size of the network and the number of nodes
connected to the network plays an important role in control mechanism. It is a challenge for the
network security. Therefore, a security mechanism is able to protect the network must be
provided, regardless of the size and number of nodes in the network [16].
2.5.Bandwidth
Bandwidth in MANET network is regarded a difficult problem, because it is shared between the
neighbouring hosts, while individual host has no knowledge about the other traffic of the
neighbouring hosts [17]. In MANET network the routing tables of nodes are updated repeatedly
and continuously, and this leads to the consumption of a large amount of bandwidth, which
represents an obstacle for the network as it leads to a decline in the ability of the network to send
and receive data. [18]
2.6.Software and applications in devices
Developed devices in MANET are used to access e-mail, various applications and data, games,
etc. However companies are struggling between satisfying the needs of the subscribers and
influencing the security situation [19]. Programs on the machine may be out of date, which is
regarded as a sign of weakness which may be exploited by attackers [20].The Social networking
programs contain user information and are used to communicate with others without restrictions
and control.
3.SECURITY THREATS AND ATTACKS IN MANET NETWORK
There are several types of attacks which threaten the security MANET network. There are two
types of attacks that threaten the security MANET network, negative and effective. The negative
attacks are based on eavesdropping and spying on data traffic in the network and acquire
important confidential information, while effective attacks affect the guidance protocols through
malicious nodes as fake nodes based on misleading the data traffic by fabricating false guiding

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information [21]. The MANET network is a global network that provides essential services to
users. Therefore it should provide confidentiality, safety and protection of the information from
any attack. The attacks and their impact on MANET Security Network will be discussed as
follows:
3.1.Types of attacks
Attacks are divided according to the attacker's site into two types; an external attack where the
attacker is not from the network but is located outside the network. As for internal attack, the
attacker enters as a node in the network and participates in the activities of the network as well,
but it plays the role of a cheater by sending some phantom packages that mislead the course of the
traffic in the network [22]. In the MANET network there are negative and effective attacks.
Negative attacks in the MANET network use spying mechanism on information by stealing
confidential data and tracking transmitter packs. Nevertheless, they do not implement any action
which affects traffic and guidance. They are unknown and difficult to detect and recognize, and
unlike effective attacks they can be detected and identified easily. They are based on the change
in the track and affect the data traffic through the confusion on the network, and are located in
different layers of the online model as shown in table (1) [23].

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Table 1. The impact of the attacks on the MANET by layers: model OSI. [27] [26] [25] [24]
EffectsAttacks
Layers
It spies on data packets, steals important information, and puts itself between the
parties to contact.
Eavesdropping
Physical
It sends fake signals and interferes with effective communication. It affects the
performance of the network by reducing the capacity of the package and delaying
the delivery of packets, and the packets may reach damaged.
jamming attack
It is based on the track and analysis of the flow of traffic so as to know the
network scheme, leading to detect nodes and have access to them.
Traffic Analysis
DataLink
It is based on disabling the work of guidance protocols, and occupies a place
between nodes.
Malicious behavior
of nodes
It is based on access to confidential data without being able to change or amend
them.Monitoring
It occurs during the implementation of the packet guiding process. It uses a
guidance protocol so as to identify itself as the course of authentication to the
target node. It creates a reply message to so that it takes the shortest path to the
goal. It uses a fake way to reach the goal.
Black hole attack
Network
It sends a request to the nodes that will be attacked, and the nodes reply to the real
demand, and then the fake demand is approved, and thus the attacker comes into
contact.
Rushing Attack
It is based on misleading the data traffic path and exploits it for its benefit in
changing or destroying the confidential information.
Sinkhole attack
It is based on dropping messages to mislead the path to the destination, and here is
an ambush of where to drop the package.
Gray Hole Attack
It is based on a repeat of the attack on data packets so as to inject the traffic that
has been captured in the past, leading to mislead the guiding path in the MANET
network.
replay attack
Is is based on the discovery of the path or re-directing unnecessary ones repeatedly
and continuously.
resource
consumption
It is represented in the cooperation between two attacking nodes. The first attacker
picks a package and to the other attacker by using a high-speed medium.
wormhole
It consists of a set of nodes and is collectively sets up guide rings, and it also
guides packets in worst tracks
Byzantine attack
It misleads the track and drops packets, which can be regarded as a declaration of
itself as the right track so as to drop packets.
GRAY HOLE attack
It comes in the middle of the contact by sending SYN to the target node and
exploits a response from the ACK target node.SYN flooding attack
Transport
It is based on the exploitation the address of the IP target by identifying the correct
serial number. It works to stop service from the target node as if they were non-
existent in the network.
Session hijacking
It eavesdrops and then rejects or denies knots a participation node in contact after
it had contributed in part or whole contact.
Repudiation attack
Application
It attacks operating system and applications which reside as viruses, worms and
spyware, and Trojan horse.Malicious code
attacks

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4.SECURITY REQUIREMENTS FOR MANET
The task of providing security in the MANET network is a key matter in order to protect the
services that are exchanged between the nodes. It is necessary to find security solutions for
MANET network where security services such as confidentiality and integrity, non-repudiation,
authentication, authorization and anonymity, are available. These security services are a
fundamental requirement in security solutions in MANET network [28]:
• Confidentiality: to maintain the confidentiality of any information or data, and never
be disclosing it to unauthorized parties, because the unauthorized parties threaten
MANET network security.
• Integrity: protection of message data during transmission, that is, the data are not to
be changed during transmission.
• Availability: it is based on maintaining the survival of network services while
working on the denial of service attacks.
• Non-repudiation: it ensures that the sender of the message cannot deny sending a
message that after sending it, that is, to guarantee showing the identity of sender.
• Authentication: to ensure the identity of the nodes connected to the network, that is,
authentication when connecting to the network.
• Authorization: it is a mechanism for defining the powers to gain access to certain
resources, that is, control over how to access the network.
• Anonymity: keeping personal information on a node, and not distributed by the node
itself or the system software, that is, contact is unknown [29].
5.SECURITY SOLUTIONS FOR (MANET) NETWORK
The MANET network provides communication between different nodes; these nodes do the
functions of the basic network, including sending, receiving, and forwarding packets. Nodes may
be exposed to attack during the communication and performing the functions of the network. The
network must be protected, and to ensure the security of the network a security mechanism has to
be put to counter attacks that threaten the security of the network. In MANET network there are
two types of security mechanisms that help protect MANET network of the attackers, including
the preventive mechanism and reaction mechanism. The preventive mechanism works as the first
line of defence in the protection process through the use of certain techniques that help to protect
the network from the dangers. These methods include authentication, access control, encryption
and digital signatures. The reaction mechanism represents the second line of defence and it uses
schemes such as intrusion detection system (IDS) to detect misuse and anomalies [30]. Having
studied the attacks that threaten MANET network and known the security requirements, we
conclude that complete security solution requires the presence of both prevention and detection
mechanisms and reaction in MANET.
5.1.Characteristics of security solutions
The security solutions are based on network protection and raising the level of security in the
MANET network. As a corollary, there has to be some properties available in the proposed
network security solutions in MANET including:

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• The security solution must be applied through the individual components for
collective protection of each network.
• The security solution must include all layers, as these layers work complementarily.
• The security solution must provide the ability to avoid threats from both internal and
external parties.
• The security solution must apply all security mechanism including prevention,
detection, and interaction [31].
5.2.Architectural security solutions for MANET.
In this paper security in MANET has been studies by investigating the challenges, attacks and
security requirements. Accordingly, an architectural design shows each component and its role in
reaching a security solution to a problem of defining the security of MANET. MANET network,
like other networking systems, requires several things that must be taken into account when
designing MANET network or when proposing a security solution. Any security solution must
include security mechanism.
From figure 1, it is noticed that any connection between two nodes is made in a coherent
communication is done through another node. During contact some challenges are encountered
which is a sign of weakness in the level of protection, and this helps to give opportunities for
attackers of MANET whether from the outside or from the inside. Solutions must be found to
protect MANET network based on the security requirements and security mechanism in order to
reduce and avoid the challenges, and this leads to reduce and avoid attacks. Hence we strengthen
and raise the level of protection by a strong security wall against attacks. In this architecture each
component affects the other components.
Figure 1. Architectural Security Solutions in MANET
5.3.The proposed security solutions
The security mechanism in MANET requires security solutions so as to build a security wall to
protect MANET against risks and attacks that may be exposed to it. The attacks occur when
security is weak which results in the challenges which stand in the development of security
Attacks
Security Challenges
Node
A
Node
B
Node
C
Source Node S Destination NodeD
Security
Security
Requirements
• Authentication
• Availability
• Confidentiality
Security solution
Security against

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solutions. The challenges must be investigated and avoided in order to provide a safe environment
devoid of threats and attacks. In this study some of the security solutions are suggested in table 2.
Table2. The Security Solutions against the Attacks on MANET
Challenge Attacks Solutions
• Infrastructuraland
Routing
• The Wireless Media
• Power Consumption
• Scalability
• Bandwidth
• application on devices
Eavesdropping
jamming
Works by way of spread spectrum
Traffic Analysis
Malicious behavior of
Nodes
Monitoring
Works to correct the error in the
debug code
Black Hole
Sinkhole
Gray Hole
WormHole
GRAY HOLE
Black Hole
Rushing
Replay
Resource
Consumption
Byzantine
Works on authentication mechanism
of sources and integrity and secure
guiding protocols
SYN flooding
Session hijacking
Works on the authentication
mechanism and ensuring contact
between the two parties by using
(SSL, TLS, PCT) encryptions
Repudiation
Malicious code
Work on the detection and prevention
of the virus through the use of
firewalls, IDS
6.LEVELS OF SECURITY IN MANET NETWORK
Contact between any two parties in MANET consists of a node which may be a cellular and a
wireless transport medium and routing protocols and packet data, while challenges include all the
components of MANET, as the attacks threaten the security of all MANET components. MANET
network is made up of communication between several mobile devices, which constitute points of
connection. The exchange of packets takes place through the wireless medium network. MANET
is different from the other networks in that it contains no cellular base stations or access points,
which represent the central administration.
6.1.Node level: The nodes represent a point of contact in MANET. They are distinguished by
certain characteristics each of which represents a challenge to the security mechanism in
MANET:

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• Nodes in MANET are connected together via a wireless medium.
• The nodes work as a host device and router at the same time.
• Nodes in MANET share the same medium.
• Nodes in MANET use multiple-hop communications.
• Nodes in MANET move freely and automatically.
• Nodes in MANET have a limited capacity in terms of power, memory, etc.
6.2.The level of transport medium: It represents the line through which data pass between the
contact points in MANET. The medium of the transport is characterized by characteristics that
represent a challenge to the security mechanism in MANET:
• The medium of transfer is common in MANET.
• All points in MANET medium may transmit at any time.
• The medium of transfer is protected from any external signal.
• The medium of transfer has different time periods and asymmetric characteristics of
spread.
6.3.The level of data packets: The data move between the contact points in MANET in the form
of packets of data. The packets are characterized by qualities of challenging the security
mechanism in MANET:
• The packets contain a group of information on the source node, the destination node
and on routing packets.
• The routing tables in each node are stored for the routing process.
• The packets size increases with continuous change of the size of the network.
6.4.The level routing protocols: The path and nodes in MANET are determined by routing
protocols. The protocols are characterized by qualities which represent each challenge in front of
security mechanism in MANET
• Routing protocols are divided into two parts; the first are proactive protocols which
are characterized by proactive examination of links to modify routing tables and
emotional reaction when a problem is detected.
• Routing protocols are based on updating information in guidance table either
periodically or upon request.
• Routing protocols use algorithms in determining the best path for routing packets.
7.RELATIONSHIP BETWEEN CHALLENGES, ATTACKS AND SECURITY IN
MANET
It has been shown in the architectural security solutions for MANET that the security mechanism
in MANET is integrated. Each component depends on the other component, and therefore we
conclude that the relations between the security components in MANET, as shown in Figure (2)
show that the security requirements are just a starting point when we want to put security
solutions. The relationship is as follows: when the level of security is low, it is attributed to the

10
Not Secure Most SecureSecurity
Requirements
Challenges
Attacks
Challenge
s
Attacks
Security
Security
challenges facing the development of security solutions, leading to the increase in attacks. On the
other hand, when challenges are few, there are fewer attacks on the MANET. This is an indicator
of raising the level of security in MANET. The relationship shows that the challenges are an
obstacle to the development of some security solutions for MANET network.
Figure 1.Relationship between challenges, attacks and security in MANET
Security mechanism in any network system is affected by attacks that penetrate the wall of
network security through challenges, which is a gap in the security. MANET is affected by the
attacks through the challenges of security. Table 3 shows the relevance of the effect of each of the
challenges and attacks on MANET components.
Table 3.The Link between the Components, Challenges and Attacks in MANET
Attacks
Components In
Security
Challenges
Resource consumption
Node: Mobile
Devices
Power Consumption,
Software and application,
Infrastructural
Sinkhole, Gray hole, Wormhole,
Flooding, Replication
Data: packets
Bandwidth, Scalability,
Infrastructural, Wireless
Media, Cooperativeness
Byzantine, Gray hole, Black hole,
Wormhole, Sinkhole, Resource
consumption, Routing, Flooding, SYN
flooding
Route: routing
Protocol
Scalability, Infrastructural,
Wireless Media,
Cooperativeness, Power
Consumption
SYN flooding, Eavesdropping
Jamming, Active Interference
Media: wireless
Bandwidth, Wireless Media.
Power Consumption

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8.CONCLUSION
In any communications system, there are some challenges, and these challenges are considered an
indicator of the security gaps which generate weakness in the system protection and are
vulnerable to attacks. The MANET network, like other networks, faces some of the challenges
that have been studied in this paper. They form a gap in the firewall to MANET. However,
security solutions must be found to help get rid of or minimize the challenges to protect MANET
and raise level of security in it. Several solutions have been put forward commensurate with the
challenges. MANET network is expanding dynamically and evolving continuously and rapidly.
With the passage of time challenges are renewed and security solutions are renewed
commensurate with the developments.
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Author
Dr. Nabeel Mohammed Zanoon, He received his PhD in Computer Systems Engineering,
from South-West State University, Kursk, Russia, in 2011. He is
Balqa’ Applied University since 2011; where he is currently Assistant professor and Head
of the Department of Applied Sciences as well as Director of the ICDL Computer Centre
and Cisco Academy Branch of Aqaba University College. He has published several researc
areas, Security of E-Banking, Algorithm Scheduling in Grid
Architectural computer, Fiber optical ,
NashatGhalebAlbdour received his B.Sc. and
Networks from Kirovograd National Technical University, Kirovograd, Ukraine Faculty of Computer ,
S. Ahmed, A. K. Ramani, (2007) , “Exploring the Requirements for QoS in Mobile Ad Hoc
Networks” Journal of Information & Communication Technology, Vol. 1, No. 2, pp 1-9.
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Route Discovery Mechanism for Dense MANETs”, International Journal of Ad hoc, Sensor &
Ubiquitous Computing (IJASUC) ,Vol.1, No.3,pp 72-83.
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awant, M.K Rawat,(2014),”Survey of DOS Flooding Attacks over MANET
Environment”, Journal of Engineering Research and Applications, Vol. 4, pp.110-115.
TusharSaxena, (2013),”Analytical Study of Attacks on Manets Based on Layered Architecture”,
mes International Journal of Technology & Management, vol-6.
http://www.bth.se/fou/cuppsats.nsf/all/3878ec739b12f80ac12572c2003f7d58/$file/Final_Thesis.pdf
Sakib Khan Pathan, (2010),”Security of Self-Organizing Networks: MANET, WSN, WMN,
Amit M Holkar, NehaShindeHolkar&DhiirajNitnawwre, (2014), “Investigation of Application Attack
on MANET”, International Journal of Computer Applications, Volume 85.
[27] Athira V, Panicker, Jisha G, (2014),”Network Layer Attacks and Protection in MANETA Survey”,
Manu Srivastava, Saurabh Mishra &Upendra Kumar Soni , Shah Fahad,(2014),” Secured 7 Layer
Security Architecture (S7LSA) For Mobile AdHoc Network”, Journal of Engineering Research and
Applications, Vol. 4, Issue 4, pp.01-04.
Jianminchen, jiewu, (2011),”Wireless Technologies: Concepts, Methodologies, Tools and
Applications”, Chapter 4.1, P864.
KamanshisBiswas , Md. Liakat Ali,(2007) ,“Security Threats in Mobile Ad Hoc Network, Master
Thesis, Blekinge Institute of Technology.
Muhammad Arshad Ali, YasirSarwar, (2011),”Security Issues regarding MANET (Mobile Ad Hoc
Networks: Challenges and Solutions”, Master Thesis Computer Science, Blekinge Institute of
He received his PhD in Computer Systems Engineering,
West State University, Kursk, Russia, in 2011. He is faculty member with Al-
’ Applied University since 2011; where he is currently Assistant professor and Head
and Cisco Academy Branch of Aqaba University College. He has published several researc
Algorithm Scheduling in Grid and Cloud, Meta-Grammar,
, Fiber optical ,Mobile Ad Hoc Networks.
received his B.Sc. and M.Sc degree in Computers, Complexes, Systems and
(IJNSA) Vol.7, No.3, May 2015
12
Mobile Ad Hoc
9.
SharmilaSankar, V. Sankaranarayanan, (2010), “A Low Overhead Reachability Guaranteed Dynamic
ournal of Ad hoc, Sensor &
A Review”, International Journal of Computer
Analysis of MANET with Low
Marwaha, S Indulska, J. &Portmann, M,(2008),”Challenges and Recent Advances in QoS
ocols for MANETs”, Telecommunication Networks
attack.html
Ankur O. Bang, Prabhakar L. Ramteke, (2009),”MANET: History, Challenges and Applications”,
Anuj K. Gupta, (2009),”Secure Routing Techniques for Mobile Ad Hoc Networks”, IEEE
awant, M.K Rawat,(2014),”Survey of DOS Flooding Attacks over MANET
TusharSaxena, (2013),”Analytical Study of Attacks on Manets Based on Layered Architecture”,
http://www.bth.se/fou/cuppsats.nsf/all/3878ec739b12f80ac12572c2003f7d58/$file/Final_Thesis.pdf
Organizing Networks: MANET, WSN, WMN,
Amit M Holkar, NehaShindeHolkar&DhiirajNitnawwre, (2014), “Investigation of Application Attack
rotection in MANETA Survey”,
Manu Srivastava, Saurabh Mishra &Upendra Kumar Soni , Shah Fahad,(2014),” Secured 7 Layer
Network”, Journal of Engineering Research and
Jianminchen, jiewu, (2011),”Wireless Technologies: Concepts, Methodologies, Tools and
) ,“Security Threats in Mobile Ad Hoc Network, Master
Muhammad Arshad Ali, YasirSarwar, (2011),”Security Issues regarding MANET (Mobile Ad Hoc
e, Blekinge Institute of
He received his PhD in Computer Systems Engineering,
’ Applied University since 2011; where he is currently Assistant professor and Head
and Cisco Academy Branch of Aqaba University College. He has published several research in several
, hardware and
M.Sc degree in Computers, Complexes, Systems and

13
the PhD Degree in telecommunication systems and networks from National Technical University of
Ukraine, L`viv, Ukraine in 2011, He is faculty member with Department of Electrical & Computer
Engineering,
Dr. Hatem S. A. Hamattareceived his B.Sc. degree in Computer Science from Yarmouk
University, Irbid, Jordan, in 2003, the M.Sc. degree in Computer Science from University
of Jordan, Amman, Jordan, in 2006, the PhD Degree in Wireless Network Security from
Aligarh Muslim University, Aligarh, India, in 2014. Since 2006, he has been with the
faculty of the Department of Applied Sciences at Al-Balqa` Applied University/Aqaba
University College, Aqaba, Jordan; where he is currently Assistant Professor and Dean Assistant for
Development and Quality Assurance. His research interests include Wireless Network Security, Mobile Ad
Hoc Networks, Intrusion Detection Systems and Security Design Issues. He is also a member of the IEEE
GOLD Affinity Group, Professional Communication and Computer Society. Also, he is a member of ACM
and International Association of Engineers.
NashatGhalebAlbdour received his B.Sc. and M.Sc degree in Computers, Complexes, Systems and
the PhD Degree in telecommunication systems and networks from National Technical University of
Ukraine, L`viv, Ukraine in 2011, He is faculty member with Department of Electrical & Computer
Engineering,
Rasha M. Al-Tarawneh received her B.Sc. and M.Sc. degree in Computer Science from
Al-Balqa` Applied University, Salt, Jordan, in 2008 and 2011 respectively. Since 2011,
she has been with the faculty of the Department of Applied Sciences at Al-Balqa`
Applied University/Aqaba University College, Aqaba, Jordan; where she is currently a
full time Lecturer.

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