Network Security is the process of monitoring, inspecting, and protecting unauthorized access over the network. The network consists of several nodes working together for an exact cause. In the use of hardware and software technologies, network security attains the finest solution.

This page explains the crucial research facts in network security with different research aspects.

Research areas in network security are so extensive thus it reaches almost all the other technologies. Generally, most of the systems are designed to work first. But the right format is, we have to check that how secure it is. So, let us discuss the significant network security projects.

Top 6 Network Security Research Topics

• Security in Software Defined Networking (SDN)
• Data Loss Prevention in Wireless Networks
• Security Mechanisms Design in MANET
• QoS Network Security
• Services and Systems Design Network Security
• Sensor Ad Hoc Network Security

We Guide Network Security Projects for Students to discuss and shape your research knowledge in networking domain, you can approach us. The significant methods for network security are highlighted below,

What are network security methods?

• Fuzzy Systems
• Autonomy Oriented Computing
• Intelligent Agents and Systems
• Coevolutionary Algorithms
• Unsupervised and Reinforcement Learning

At all times, cryptography stands for a threat analysis method to the security management and system too. It helps to convert the data into cipher data. The needs of security are authentication, trustworthiness, and privacy. In general, the concept of cryptography projects is as follows, 

• Encryption
• Decryption
• Signature generation 
• Hashing 
• Key generation 

In the process of network security, there are numerous cryptographic algorithms used to send the information as the ciphertext, which the intruders cannot read the original information. Encryption is a stimulating part of technology. 

What are the algorithms used in cryptography?

• AES
• Blowfish
• RSA
• Triple DES
• Twofish

So far, we have discussed the cryptographic algorithms which are widely used in implementing network security projects for students. Now, let us take a glance at the substantial network security parameters.

What are important security terms?

• Plain Text
  • The original message specifically that is to be transmitted to the destination
• Cipher Text
  • To encode the plain text, the cipher technique is applied on the original data for converting plain text into unreadable form. For an instance, consider this as plain text “This is a cryptography technique”, when it is converted to the cipher text the result is “Abhd&fh*vub%”
• Encryption
  • The significant method which helps to convert the plain text (human readable) to cipher text (human unreadable)
• Decryption
  • Decryption is the contradict process of encryption which helps to convert the cipher text (human unreadable) to plain text (human readable)
• Key Size
  • Keys are used to encrypt and decrypt where the key length determine the security degree / level
• Block Cipher
  • The processing of plain text takes place at one block and it produces output in the block of the same size is called block cipher
• Stream Cipher
  • The plain text is processing continuously, at the same time it produces one output element is known as stream cipher
• Encryption Time
  • The time duration taken for encryption process is called encryption time
• Decryption Time
  • The time duration taken for decryption process is called decryption time
• Throughput
  • Throughput is determined by dividing the encoding time of the plain text in mega

In order to research network security, we need to refer a lot to find many research aspects of network security. Thus, our research professionals have referred to well-planned concepts and the latest security mechanisms and technologies to implement telecommunication thesis topics. The textbook is the source for collecting all the technical information on network security projects for students. To proceed further, you have to refer to the reputed journals for the fundamental research problems in network security projects and also concepts that you need to choose, and here we have listed some research books in network security by highlighting such chapters which are useful for the research.

Important Books in Network Security

• Security Challenges for Cloud Radio Access Networks
  • Author (s) – Kazi Mohammed Saidul Huq; Jonathan Rodriguez
  • Pages – 195 – 211, Publisher: Wiley Telecom, Copyright Year: 2016, Edition: 1
  • Description
    • Protection of C-RAN Model Entities from Attacks and Threats
    • Assure the security through Roadmap
• Basic Security Concepts
  • Author (s) – Farooq Anjum; Petros Mouchtaris
  • Pages – 15 – 38, Publisher: Wiley Telecom, Copyright Year: 2017, Edition: 1
  • Description
    • Introduction Basic Concepts Modes of Operation Miscellaneous Properties
    • Secure Routing
    • Key Maintenance
• Network Security
  • Author (s) – Kaveh Pahlavan; Prasanth Krishnamurthy
  • Pages – 489 – 528, Publisher: Wiley Telecom, Copyright Year: 2009, Edition: 1
  • Description
    • Attacks of Network
    • Prevention from Security Issues
    • Threat / Hacker Finding and Response
• Network Security and Privacy for Cyber-Physical Systems
  • Author (s) – Houbing Song; Glenn A. Fink; Sabina Jeschke
  • Pages – 25 – 56, Publisher: Wiley-IEEE Press, Copyright Year: 2017, Edition: 1
  • Description
    • Addresses the CPS issues: resource constrained devices, pervasive data and  restricted network arrangement
• Security in Sensor Networks
  • Author (s) – Rajeev Shorey; A. Ananda; Mun Choon Chan; Wei Tsang Ooi
  • Pages – 283 – 307, Publisher: Wiley-IEEE Press, Copyright Year: 2005
  • Description
    • Data Encryption and Authentication
    • Key Maintenance
    • Intrusion Detection
    • Routing and Aggregation
• Regulatory Impact on 5G Security and Privacy
  • Author (s) – Madhusanka Liyanage; Ijaz Ahmad; Ahmed Bux Abro; Andrei Gurtov; Mika Ylianttila
  • Pages – 399 – 419, Publisher: Wiley Telecom, Copyright Year: 2017, Edition: 1
  • Description
    • Describe by what means the existing privacy and security principles attains the complete advantages of 5G technologies
• Security in 802.15.4 Specification
  • Author (s) –Jelena Misic; Vojislav Misic
  • Pages – 253 – 264, Publisher: Wiley Telecom, Copyright Year: 2008, Edition: 1
  • Description
    • Explains the wireless personal area networks
    • Operation of the IEEE 802.15.4 network
    • Cluster with uplink traffic
    • Cluster with uplink and downlink traffic
• Security for 5G Communications
  • Author (s) – Jonathan Rodriguez
  • Pages – 207 – 220, Publisher: Wiley Telecom, Copyright Year: 2014, Edition: 1
  • Description
  • Emerging Security Technologies for 5G Elements
    • Address the nearer Security Threats in 5G
• Physical Layer Security
  • Author (s) – Madhusanka Liyanage; Ijaz Ahmad; Ahmed Bux Abro; Andrei Gurtov; Mika Ylianttila
  • Pages: 117 – 141, Publisher: Wiley Telecom, Copyright Year: 2017, Edition: 1
  • Description
    • Security of Physical Layer using the Spread-Spectrum Watermark Approach
• Software Defined Mobile Network Security
  • Author (s) – Madhusanka Liyanage; Andrei Gurtov; Mika Ylianttila
  • Pages – 315 – 329, Publisher: Wiley Telecom, Copyright Year: 2015, Edition: 1
  • Description
    • Vulnerabilities and Threats Mitigation in Telecommunication with Suitable Methodologies
    • Improved Visibility and Converged Intelligence

Generally, network security is a common field, and we have broad visions of it. You can grab a piece of knowledge from our research experts. We have 100+ networking professionals who are going to figure your work as wise. To be honest, we provide all assistance for your selected network security projects for students which cover algorithms, pseudocodes, and numerical analysis. 

We aim to make an enduring project for your research journey!!!