At TECHNOFIST we provide academic projects based on Web security with latest IEEE papers implementation. Below mentioned are the 2018 list and abstracts on Web security domain. For synopsis and IEEE papers please visit our head office and get registered.
OUR COMPANY VALUES : Instead of Quality, commitment and success.
OUR CUSTOMERS are delighted with the business benefits of the Technofist software solutions.


TECHNOFIST provides Web Security based projects with latest IEEE concepts and training in Bangalore. We have 12 years experience in delivering Web Security based projects with machine learning and artificial intelligence based applications with Python and JAVA coding. Below mentioned are few latest 2019 – 2020 IEEE transactions on Web Security. Technofist is the best institute in Bangalore to carry out Web Security based projects with machine learning and Artificial intelligence for final year academic project purpose.

. Latest Web Security concepts for what is essential for final year engineering and Diploma students which includes Synopsis, Final report and PPT Presentations for each phase according to college format. Feel free to contact us for project ideas and abstracts.

Students of ECE, CSE , ISE , EEE and Telecommunication Engineering departments, willing to pursue final year project in stream of software projects using Python and JAVA coding can download the project titles with abstracts below.


ABSTRACT Biometric access control systems are becoming more commonplace in society. However, these systems are susceptible to replay attacks. During a replay attack, an attacker can capture packets of data that represents an individual’s biometric. The attacker can then replay the data and gain unauthorized access into the system. Traditional password based systems have the ability to use a one-time password scheme. This allows for a unique password to authenticate an individual and it is then disposed. Any captured password will not be effective. Traditional biometric systems use a single feature extraction method to represent an individual, making captured data harder to change than a password. Contact:


ABSTRACT Traditional password conversion scheme for user authentication is to transform the passwords into hash values. These hash-based password schemes are comparatively simple and fast because those are based on text and famed cryptography. However, those can be exposed to cyber-attacks utilizing password by cracking tool or hash-cracking online sites. Attackers can thoroughly figure out an original password from hash value when that is relatively simple and plain. As a result, many hacking accidents have been happened predominantly in systems adopting those hash-based schemes. In this work, we suggest enhanced password processing scheme based on image using visual cryptography (VC). Different from the traditional scheme based on hash and text, our scheme transforms a user ID of text type to two images encrypted by VC.Contact:


ABSTRACT Visual cryptography (VC) is a variant form of secret sharing. In general threshold setting, the k-out-of-n VC allows that, in a set of n participants, any k can recover and reconstruct the secret by stacking their shares. Recently, the notion of multiple-secret VC has been introduced to embed multiple secrets. Region incrementing visual cryptography (RIVC) is referred to as a new type of multi-secret VC. RIVC defines s layers and takes s secrets, and then embeds each secret into each layer. The layers are defined by the number of participants; for example, let two secrets and two layers be S2; S3 and L2;L3 in 2-out-of-3 RIVC, where any two participants in L2 can recover S2 and three in L3 can recover S2; S3. However, there is another multi-secret VC, called fully incrementing visual cryptography (FIVC), which also has the layers, but only one secret Si will reveal in one layer Li.Contact:


ABSTRACTWe address the problem of shoulder-surfing attacks on authentication schemes by proposing IllusionPIN (IPIN), a PIN-based authentication method that operates on touchscreen devices. IPIN uses the technique of hybrid images to blend two keypads with different digit orderings in such a way, that the user who is close to the device is seeing one keypad to enter her PIN, while the attacker who is looking at the device from a bigger distance is seeing only the other keypad. The user’s keypad is shuffled in every authentication attempt since the attacker may memorize the spatial arrangement of the pressed digits.Contact:


ABSTRACTReversible data hiding (RDH) in encrypted images has attained more attention recently in research community. Privacy protection of additional data as well as cover media makes it attractive for applications in medical imaging, cloud storage, forensics etc. In this paper, a new method for reversible data hiding in encrypted images (RDH-EI), is proposed. Our method adopts the approach of reserving sufficient space for the additional data before encrypting the cover image. First we identify suitable blocks for hiding data from various parts of the image. Before encrypting the image, one or more LSB-planes of these blocks are backed-up into remaining parts of the image using a high-performing traditional RDH method that works on unencrypted images. After encrypting the image, those LSBplanes are used to hide additional data. Recovery of original cover image and error-free extraction of additional data is guaranteed always.Contact:


ABSTRACT We address the problem of shoulder-surfing attacks on authentication schemes by proposing IllusionPIN (IPIN), a PIN-based authentication method that operates on touchscreen devices. IPIN uses the technique of hybrid images to blend two keypads with different digit orderings in such a way, that the user who is close to the device is seeing one keypad to enter her PIN, while the attacker who is looking at the device from a bigger distance is seeing only the other keypad. The user’s keypad is shuffled in every authentication attempt since the attacker may memorize the spatial arrangement of the pressed digits.Contact:


ABSTRACTSTAMP ensures the integrity and non-transferability of the location proofs and protects users' privacy. A semi-trusted Certification Authority is used to distribute cryptographic keys as well as guard users against collusion by a light-weight entropy-based trust evaluation approach. Our prototype implementation on the Android platform shows that STAMP is low-cost in terms of computational and storage resources. Extensive simulation experiments show that our entropy-based trust model is able to achieve high ( > 0.9) collusion detection accuracy.Contact:


ABSTRACT Communication technology has completely occupied all the areas of applications. Last decade has however witnessed a drastic evolution in information and communication technology due to the introduction of social media network. Business growth is further achieved via these social media. Nevertheless, increase in the usage of online social networks (OSN) such as Face book, twitter, Instagram etc has however led to the increase in privacy and security concerns.Contact:



For IEEE paper and full ABSTRACT

+91 9008001602


Technofist provides latest IEEE 2018 – 2019 Web security Projects for final year engineering students in Bangalore | India, Web security Based Projects with latest concepts are available for final year ece / eee / cse / ise / telecom students , latest 2018 titles and abstracts based on Web security Projects for engineering Students, latest ieee based Web security project concepts, new ideas on Web security Projects, Web security Based Projects for CSE/ISE, Web security based Embedded Projects, Web security 2018-2019 latest projects, final year IEEE Web security based project for be students, final year Web security projects, Web security training for final year students, real time Web security based projects, embedded IEEE projects on Web security, innovative projects on Web security with classes, lab practice and documentation support.

web security based project institute in chikkamagaluru, web security based IEEE transaction based projects in Bangalore, web security projects in Bangalore near RT nagar, final year web security project centers in Hassan, final year web security project institute in Gadag, final year web security project institute in Uttara Karnataka, final year web security based project center in RT nagar, final year web security projects in Bangalore @ yelahanka, final year web security based projects in Bangalore @ Hebbal, Final year web security based projects in bangalore@ koramangla, final year web security based projects in Bangalore @ rajajinagar. IEEE based web security project institute in Bangalore, IEEE based web security project institute in chikkamangaluru, IEEE project institute in davangere, IEEE project institute in haveri, final year web security based projects in hebbal, final year web security based projects in k.r. puram, final year web security based projects in yelahanka, final year web security based projects in shimoga. Latest 2018-2019 projects at Yelahanka, latest 2018-2019 projects at hebbal, latest 2018-2019 projects at vijayanagar, latest projects on embedded system at rajajinagar, final year web security based projects at RT nagar, final year project institute in belgaum, project institute at kengeri, IEEE based project institute in jaynagar, IEEE based project institute in marathahalli, final year web security based project institute in electronic city. Final year web security based project institute in hesarghatta, final year web security based project institute in RR nagar. Final year based project institute in jalahalli, final year web security based project institute in banashankari, final year web security based project institute in mysore road, web security final year based project institute in bommanahalli.


Web security, also known as cyber security or IT security, is the protection of computer systems from the theft or damage to their hardware, software or information, as well as from disruption or misdirection of the services they provide.

Cyber security includes controlling physical access to the hardware, as well as protecting against harm that may come via network access, data and code injection. Also, due to malpractice by operators, whether intentional, accidental, IT security is susceptible to being tricked into deviating from secure procedures through various methods.

The field is of growing importance due to the increasing reliance on computer systems and the Internet, wireless networks such as Bluetooth and Wi-Fi, and the growth of "smart" devices, including smartphones, televisions and tiny devices as part of the Internet of Things.

Tools & Techniques Used in Cyber Security

Cyber security is gaining prominence in the light of increasing number of unauthorized attempts to barge into private data with the explicit aim of stealing the same to intimidate or coerce users into information blackmailing. The tools and techniques employed to tackle cyber security concerns are:

  • Authentication: This fundamental cyber security technique intends to verify the identity of user based on the credentials stored in the security domain of the system. The most common mode of governance is password technology, however there are numerous other implementations like the SIM card inserted in anyone’s cell phone.
    SIM cards are equipped with unique ID numbers which are passed over a secure communication line for identification of a particular cell phone. The main challenge encountered in authenticating process is thwarting attempts of unauthorized people to eavesdrop on the authenticating message. The password transmitted over an insecure medium is liable to be intercepted by dishonest people who can use it to disguise as the original user. This problem is countered by encryption.
  • Encryption: Encryption renders data undecipherable without application of a proper key to unlock the same. To combat an encryption, one would be required to undertake solving complicated mathematical problems like factoring large primes that would consume astronomical amount of computing resources and time.
    Symmetric encryption utilizes the same key for the purpose of message encoding and decoding, and the security level is similar to that of the key. The distribution of the key will be accompanied by potential security risks. Asymmetric encryption utilizes a public key to encrypt the message and a private key to decrypt the same. A majority of present day security protocols are employing asymmetric encryption for distribution of keys
  • Digital signatures: Digital signatures can be erected out of the same mathematical algorithms that are employed in asymmetric encryption. A user is free to test that he possesses a private key by getting some information encoded with it. Anyone can get the same decrypted by having the public key that will verify the person’s credentials.
    This process is in essence the exact reciprocal of public key encryption and likewise functions on the assumption that the authorized user only has the private key.
  • Anti-virus: The threats of computer viruses or undesirable short programs that trigger unwanted commands without the explicit consent of user have assumed monstrous proportions.
    Anti-virus software carries out two functions; it prevents the installation of virus in a system and scans the systems for viruses that are already installed. Most viruses have been constructed to target Windows operating system as it is the most preferred computing platform of masses. Apple and Linux users can also come under the attack of viruses exclusively built for such operating systems.
  • Firewall: Firewalls effectively hinders any attempt of unauthorized access to a computer when it is connected on the internet by hackers directly or via other network connections.
    Firewalls come bundled up with most operating systems and are turned on by default. The help of commercial firewalls can be sought if the security level of the default firewall is not strong enough or if it is posing interference to legitimate network activities.

Types of Web Security

Types of Web security risks include virus, spyware, and malware. However, those are only the tip of iceberg. To help you understand types of computer security, I have divided the entire theory into the following three parts:

  1. Internet and Network Security
  2. Standalone Computer Security
  3. Data Loss by Accidents

Internet Security is the one most people are concerned with as it deals with malware and hackers. The next type of computer security, Network Security, deals with the security problems on networks of any size. This includes external problems as well as problems from users of computers inside the network.

Standalone computers refer to computers that are not connected to any network (but may be connected to Internet). This part will cover the possible security vulnerabilities on such systems.

Finally, the Data Loss part is applicable to networks and computers in the networks as well as standalone computers.


Of course, chances are you wouldn't just open a random attachment or click on a link in any email that comes your way—there has to be a compelling reason for you to take action. Attackers know this, too. When an attacker wants you to install malware or divulge sensitive information, they often turn to phishing tactics, or pretending to be someone or something else to get you to take an action you normally wouldn’t. Since they rely on human curiosity and impulses, phishing attacks can be difficult to stop.

In a phishing attack, an attacker may send you an email that appears to be from someone you trust, like your boss or a company you do business with. The email will seem legitimate, and it will have some urgency to it (e.g. fraudulent activity has been detected on your account). In the email, there will be an attachment to open or a link to click. Upon opening the malicious attachment, you’ll thereby install malware in your computer. If you click the link, it may send you to a legitimate-looking website that asks for you to log in to access an important file—except the website is actually a trap used to capture your credentials when you try to log in.

Applications of Web Security Projects

  • Online banking
  • Mail services
  • Smart health system
  • Social networks
  • Automatic heating & cooling system
  • Network security
  • Electronic marketplaces