Graphical passwords are the alternative to textual password. It is more secure than textual password.
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This document describes a graphical password authentication system called S3PAS that aims to increase security over text passwords. S3PAS integrates both graphical and textual passwords to provide resistance to shoulder surfing attacks. It has a client-server architecture where the client generates login images locally and transmits image specifications to the server for authentication rather than entire images. The system allows flexible integration with other authentication methods and is designed to be easy for users to learn and use without physical keyboards.
This document summarizes a thesis on graphical passwords as an alternative to text-based passwords. Graphical passwords use images instead of text and are easier for users to remember. They provide stronger security than text passwords since they are harder to guess via brute force or dictionary attacks. However, graphical passwords are vulnerable to "shoulder surfing" attacks where an observer watches the user enter their password. The document discusses recognition-based and recall-based graphical password techniques and proposes solutions like movable frames to mitigate shoulder surfing risks. It concludes that graphical passwords satisfy the conflicting needs of ease of use and security, but have not been widely adopted and current methods could still be improved.
Graphical passwords are an alternative authentication method that uses images instead of text. They are easier for users to remember but take longer to set up and log in. While more secure than text passwords, most schemes are vulnerable to shoulder surfing. However, techniques like movable frames could add security by countering observation. Overall, graphical passwords balance usability and security but require more development to address issues and achieve widespread adoption.
This document discusses authentication methods and focuses on graphical passwords. It begins with an overview of common authentication methods like text passwords, tokens, and biometrics. It then discusses the drawbacks of text passwords and introduces graphical passwords as an alternative. The document surveys recall-based and recognition-based graphical password techniques and provides examples like Draw-A-Secret and Passfaces. It concludes by noting the advantages of graphical passwords in usability and security but also disadvantages like longer login times and storage requirements.
This document discusses graphical passwords as an alternative to traditional alphanumeric passwords. It begins with an introduction and definitions of passwords and graphical passwords. It then compares the advantages of graphical passwords, such as being easier for users to remember and harder for attackers to guess. The document outlines a simple graphical password scheme using image click points. It also discusses issues like the shoulder surfing problem where passwords can be observed and solutions to increase security like using triangle shapes or movable frames.
Graphical password authentication system pptsNimisha_Goel
This document discusses different types of authentication systems including token-based, biometric-based, knowledge-based, recognition-based, pure recall-based, cued recall-based, and hybrid systems. It then focuses on graphical passwords, describing how they work by having users select images in a specific order. The document outlines a project to create an Android application for graphical password authentication to unlock private files using a cued recall system where users must select images in the correct sequence from a random grid. It discusses security considerations like guessing attacks and proposes that this approach provides stronger passwords while increasing the workload for attackers.
Integration of sound signature in graphical passwordParag Tamhane
The document presents a graphical password system that uses images and click points for authentication. Users register by selecting a sequence of images and click points. Their profile is stored as a master vector with their ID, selected sound frequency, and tolerance level, along with a detailed vector of the images and click points. During login, users enter their ID and a sound is played, if the frequency is within the tolerance level they selected, their click sequence is checked against the stored profile for authentication. The system aims to provide a more memorable password while improving security over text passwords.
note: A slide for any presentation should not contain more than 4-5 sentences but this presentation has more than the requirement.So, i suggest you to edit as per your requirement and to make it more effective, you can add animations as well.
This document describes a graphical password authentication system called S3PAS that aims to increase security over text passwords. S3PAS integrates both graphical and textual passwords to provide resistance to shoulder surfing attacks. It has a client-server architecture where the client generates login images locally and transmits image specifications to the server for authentication rather than entire images. The system allows flexible integration with other authentication methods and is designed to be easy for users to learn and use without physical keyboards.
This document summarizes a thesis on graphical passwords as an alternative to text-based passwords. Graphical passwords use images instead of text and are easier for users to remember. They provide stronger security than text passwords since they are harder to guess via brute force or dictionary attacks. However, graphical passwords are vulnerable to "shoulder surfing" attacks where an observer watches the user enter their password. The document discusses recognition-based and recall-based graphical password techniques and proposes solutions like movable frames to mitigate shoulder surfing risks. It concludes that graphical passwords satisfy the conflicting needs of ease of use and security, but have not been widely adopted and current methods could still be improved.
Graphical passwords are an alternative authentication method that uses images instead of text. They are easier for users to remember but take longer to set up and log in. While more secure than text passwords, most schemes are vulnerable to shoulder surfing. However, techniques like movable frames could add security by countering observation. Overall, graphical passwords balance usability and security but require more development to address issues and achieve widespread adoption.
This document discusses authentication methods and focuses on graphical passwords. It begins with an overview of common authentication methods like text passwords, tokens, and biometrics. It then discusses the drawbacks of text passwords and introduces graphical passwords as an alternative. The document surveys recall-based and recognition-based graphical password techniques and provides examples like Draw-A-Secret and Passfaces. It concludes by noting the advantages of graphical passwords in usability and security but also disadvantages like longer login times and storage requirements.
This document discusses graphical passwords as an alternative to traditional alphanumeric passwords. It begins with an introduction and definitions of passwords and graphical passwords. It then compares the advantages of graphical passwords, such as being easier for users to remember and harder for attackers to guess. The document outlines a simple graphical password scheme using image click points. It also discusses issues like the shoulder surfing problem where passwords can be observed and solutions to increase security like using triangle shapes or movable frames.
Graphical password authentication system pptsNimisha_Goel
This document discusses different types of authentication systems including token-based, biometric-based, knowledge-based, recognition-based, pure recall-based, cued recall-based, and hybrid systems. It then focuses on graphical passwords, describing how they work by having users select images in a specific order. The document outlines a project to create an Android application for graphical password authentication to unlock private files using a cued recall system where users must select images in the correct sequence from a random grid. It discusses security considerations like guessing attacks and proposes that this approach provides stronger passwords while increasing the workload for attackers.
Integration of sound signature in graphical passwordParag Tamhane
The document presents a graphical password system that uses images and click points for authentication. Users register by selecting a sequence of images and click points. Their profile is stored as a master vector with their ID, selected sound frequency, and tolerance level, along with a detailed vector of the images and click points. During login, users enter their ID and a sound is played, if the frequency is within the tolerance level they selected, their click sequence is checked against the stored profile for authentication. The system aims to provide a more memorable password while improving security over text passwords.
note: A slide for any presentation should not contain more than 4-5 sentences but this presentation has more than the requirement.So, i suggest you to edit as per your requirement and to make it more effective, you can add animations as well.
This document is a project report submitted for the Bachelor's degree in Information Technology. It discusses the development of a graphical password system. The report includes an introduction to graphical passwords and their advantages over text-based passwords. It also provides an overview of different authentication methods such as knowledge-based, token-based, and biometric-based authentication. The report describes the design of the graphical password system using diagrams like data flow diagrams, sequence diagrams, and ER diagrams. It discusses testing strategies and provides code snippets and screenshots. The conclusion states that a graphical password system can provide better security than text-based passwords.
Pass byo bring your own picture for securing graphical passwordsLeMeniz Infotech
This document describes PassBYOP, a new graphical password scheme that uses live video of a physical token (such as a photo on a mobile phone) rather than static digital images. Three feasibility studies examine its reliability, usability, and security against observation attacks. Results found passwords based on image features to be viable, with task times and error rates comparable to prior schemes. Using a user-owned physical token increased security against observation without additional user burden, showing promise for more secure graphical passwords.
This document discusses graphical passwords as an alternative authentication method to text passwords. It provides an introduction to graphical passwords, outlines the registration and login processes, and categorizes different graphical password schemes such as recognition-based, recall-based, and draw-based techniques. The document also covers security attacks on graphical passwords, advantages like improved usability and security, and disadvantages including longer login times and increased storage needs compared to text passwords.
Graphical passwords provide an alternative authentication method to alphanumeric passwords. They involve selecting images or points on images to create a password. This survey paper categorizes existing graphical password techniques as either recognition-based, where the user identifies previously selected images, or recall-based, where the user reproduces a previous creation like a drawing. While graphical passwords can be more memorable and secure, challenges include longer registration/login times and vulnerability to shoulder surfing. Proposed solutions to shoulder surfing involve using movable frames or geometric configurations like triangles.
A graphical password authentication system (ieee 2011) 1Shaibi Varkey
The document proposes a graphical password authentication system that combines graphical and text-based passwords. It describes how the system works: users select points of interest (POIs) on an image and associate text with each during registration. For login, users must correctly select the POIs in the correct order and provide the associated text. The system was implemented using Visual Basic .NET and aims to achieve the memorability of graphical passwords with the security of text-based passwords through multiple authentication factors.
A SHOULDER SURFING RESISTANT GRAPHICAL AUTHENTICATION SYSTEMNexgen Technology
TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
NEXGEN TECHNOLOGY provides total software solutions to its customers. Apsys works closely with the customers to identify their business processes for computerization and help them implement state-of-the-art solutions. By identifying and enhancing their processes through information technology solutions. NEXGEN TECHNOLOGY help it customers optimally use their resources.
The document discusses and compares various authentication methods, including recognition-based, recall-based, and graphical password techniques. It provides an overview of common techniques such as Dhamija and Perrig's picture selection scheme, Sobrado and Birget's pass-object selection scheme, and Jermyn et al.'s Draw-A-Secret scheme. While graphical passwords may be easier for users to remember than text passwords, they have limitations such as taking longer to create and register, requiring more storage space, and not being very mature yet compared to traditional text-based passwords. The document evaluates the security and usability of different authentication methods.
Comprehensive study of the usability features of the Graphical Password taniamutholil
This document summarizes and compares different graphical password authentication methods. It begins by outlining current authentication methods like tokens, biometrics, and text passwords before discussing the drawbacks of text passwords. It then introduces graphical passwords as a more memorable and secure alternative. The document divides graphical passwords into two categories: recognition-based techniques, where users identify previously selected images, and recall-based techniques, where users reproduce a previous action. Several recognition and recall techniques are then described in detail, including their advantages and disadvantages. The document concludes that graphical passwords are more difficult to crack than traditional text passwords.
This document provides a summary of a seminar report on graphical password authentication techniques. It begins with an introduction describing the weaknesses of traditional text-based passwords and an overview of graphical password methods. It then surveys existing graphical password techniques, categorizing them into recognition-based and recall-based approaches. Major techniques discussed include Dhamija and Perrig's image recognition scheme, Passfaces, and Jermyn's Draw-a-Secret recall-based technique. The document concludes by addressing the security and usability of graphical passwords compared to text-based passwords.
This document discusses graphical password authentication as an alternative to text passwords. It provides an overview of different authentication methods before focusing on the drawbacks of text passwords. Graphical passwords are introduced as a way to make passwords more secure yet easier for users. The document then surveys two categories of graphical passwords - recall-based techniques which require reproducing a password and recognition-based techniques involving identifying pre-selected images. It concludes by discussing the advantages and disadvantages of graphical passwords.
This document is a seminar report submitted by Sudhanshu Raman to fulfill the requirements for a Bachelor of Technology degree in Computer Science and Engineering. The report discusses graphical password authentication techniques. It begins by acknowledging the guidance provided. It then provides an introduction to graphical passwords and their advantages over alphanumeric passwords. It describes four main algorithms used in graphical passwords: Draw-A-Secret (DAS), Grid Selection, PassPoint, and Déjà vu. It compares these algorithms based on security factors like resistance to attacks and password space/entropy. It concludes that PassPoint and Grid Selection are more secure but Grid Selection is not very user-friendly, while DAS has usability advantages but lower security due to password space.
Graphical password based hybrid authentication system for smart hand held dev...Alexander Decker
The document proposes a new hybrid graphical password scheme for authentication on smart handheld devices. It combines recognition and recall-based techniques. During registration, the user selects objects as a graphical password and assigns digits to each object. For authentication, the user selects the objects in order and enters the corresponding digits. The scheme aims to improve usability and security over text passwords while addressing issues like shoulder surfing that graphical passwords often face. It is designed for smart devices like phones which are more convenient than desktop computers.
Graphical password authentication using pccp with sound signatureeSAT Journals
Abstract
Persuasive Cued-Click Point is an advanced method of cued click point of graphical password technique which includes usability and security evaluations. It also useful for reduces hotspot problem and hence it helps the user in selecting password of higher security. This paper includes the persuasion to influence user choice in click based graphical passwords, so that users select more desultory and more difficult to guess the passwords. In this paper includes sound signature for recover the password if user forgot password or click point ,then playing the sound signature which is selected at registration time then it set new password and access the account. This paper include dead zone new concept to avoiding Shoulder surfing attack in graphical password authentication.
Keywords: Graphical Password, Authentication, Password Images, and PCCP etc…
This document discusses graphical passwords as an alternative to text-based passwords. It outlines the drawbacks of text-based passwords, such as being difficult to remember and vulnerable to brute force and dictionary attacks. The document then proposes a graphical password system that uses images and points of interest on images instead of text for password authentication. This approach aims to make passwords more secure and easier for users to remember.
Graphical Password Authentication using image Segmentation for Web Based Appl...ijtsrd
One of the most important topics in information security today is user authentication. User authentication is a fundamental component in most computer security contexts. It provides the basis for access control and user accountability. While there are various types of user authentication systems, alphanumeric passwords are the most common type of user authentication. They are versatile and easy to implement and use. However, it can either be long and secure or short and hard to remember. A graphical based password is one promising alternatives of textual passwords. According to human psychology, humans are able to remember pictures easily. In this paper, graphical passwords have been designed to try to make password more memorable and easier for people to use, and it is less vulnerable to brute force attacks than a text based password. The aim of the system is to implement a strong security. The proposed system segments the image like a grid, which has a maximum four fragments. Then, each segment of the image is dragged in a particular sequence onto an empty grid of size 6x6 and placed on a particular segment of the empty grid, to form the user' password. When the user logs into the system, the user needs to drag each segment of the image onto the same empty grid of size 6x6 in the correct sequence and position of the segments that user had specified during registration. Maw Maw Naing | Ohnmar Win ""Graphical Password Authentication using image Segmentation for Web Based Applications"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-4 , June 2019, URL: https://www.ijtsrd.com/papers/ijtsrd25184.pdf
Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/25184/graphical-password-authentication-using-image-segmentation-for-web-based-applications/maw-maw-naing
This document discusses graphical passwords as an alternative to alphanumeric passwords. Graphical passwords work by having users select images or points on images in a specific order. They are generally easier for users to remember but harder for others to guess compared to alphanumeric passwords. The document compares graphical and alphanumeric passwords and describes some simple graphical password schemes, advantages like improved security, and disadvantages like longer login times and vulnerability to shoulder surfing. It proposes solutions like triangle-based and movable frame-based schemes to address the shoulder surfing issue.
This document proposes a new shoulder surfing resistant graphical password scheme. It begins with an introduction to passwords and why they are needed for authentication. It then discusses different types of existing graphical passwords like passfaces, passpoints and draw-a-secret (DAS). The document outlines the working of current text-based graphical login systems and their drawbacks. It proposes a new login system using QR codes and password encryption to address these issues. It describes the current and future applications of this system and the hardware and software requirements. The document discusses the advantages of the new system in reducing shoulder surfing attacks and sending alerts on wrong attempts. It concludes that the proposed text-based color password scheme satisfies usability and security requirements.
a study on various techniques on graphical password authentication.
A key area in security research is authentication. Access to system is mostly based on the use of alpha numeric passwords. User felt difficult in remembering the password as that is long and randomly selected and how many passwords will user remember?, it made a complex procedure.
It presents comparison between Persuasive Cued Click Point Graphical Password scheme and Improved Persuasive Cued Click Points. One such category is click-based graphical passwords where a password is composed of a series of clicks on one or more pixel-based images .To log in, user re-select their click-points in the correct order. Click-points that fall within some acceptable tolerance of the original points should be accepted by the system since it is unrealistic to expect users to accurately target individual pixels.
Password is a secret word or string of characters used to authenticate identity and access resources like accounts, emails, apps, networks, websites and databases. Common types of authentication include token-based using keys or cards, biometric using fingerprints or facial recognition, and knowledge-based using text or graphical passwords, which are the most widely used. Graphical passwords present images and require the user to select or click points in a specific order for authentication. They provide more security than text passwords but also have drawbacks like taking more time and storage and being vulnerable to shoulder surfing.
Graphical password authentication system with association of soundVikram Verma
The document proposes a graphical password authentication system that associates sound signatures to enhance security. It involves generating a password by assigning click points on one or more images. The system would then associate an audio file selected by the user. This adds an additional layer of security compared to existing graphical password systems. The proposed system aims to address limitations of previous techniques like predictability, load on databases, and difficulty of remembering complex passwords. It would use SQL server to store user accounts and manage the passwords generated using images and sound files.
Ppt for graphical password authentication using cued click pointsHari Krishnan
this ppt will give you more information abt. graphical password authentication using cued click points.
email id: harikrishnan89@yahoo.co.in
download and edit it..the upload had some problem with fonts.
This document is a project report submitted for the Bachelor's degree in Information Technology. It discusses the development of a graphical password system. The report includes an introduction to graphical passwords and their advantages over text-based passwords. It also provides an overview of different authentication methods such as knowledge-based, token-based, and biometric-based authentication. The report describes the design of the graphical password system using diagrams like data flow diagrams, sequence diagrams, and ER diagrams. It discusses testing strategies and provides code snippets and screenshots. The conclusion states that a graphical password system can provide better security than text-based passwords.
Pass byo bring your own picture for securing graphical passwordsLeMeniz Infotech
This document describes PassBYOP, a new graphical password scheme that uses live video of a physical token (such as a photo on a mobile phone) rather than static digital images. Three feasibility studies examine its reliability, usability, and security against observation attacks. Results found passwords based on image features to be viable, with task times and error rates comparable to prior schemes. Using a user-owned physical token increased security against observation without additional user burden, showing promise for more secure graphical passwords.
This document discusses graphical passwords as an alternative authentication method to text passwords. It provides an introduction to graphical passwords, outlines the registration and login processes, and categorizes different graphical password schemes such as recognition-based, recall-based, and draw-based techniques. The document also covers security attacks on graphical passwords, advantages like improved usability and security, and disadvantages including longer login times and increased storage needs compared to text passwords.
Graphical passwords provide an alternative authentication method to alphanumeric passwords. They involve selecting images or points on images to create a password. This survey paper categorizes existing graphical password techniques as either recognition-based, where the user identifies previously selected images, or recall-based, where the user reproduces a previous creation like a drawing. While graphical passwords can be more memorable and secure, challenges include longer registration/login times and vulnerability to shoulder surfing. Proposed solutions to shoulder surfing involve using movable frames or geometric configurations like triangles.
A graphical password authentication system (ieee 2011) 1Shaibi Varkey
The document proposes a graphical password authentication system that combines graphical and text-based passwords. It describes how the system works: users select points of interest (POIs) on an image and associate text with each during registration. For login, users must correctly select the POIs in the correct order and provide the associated text. The system was implemented using Visual Basic .NET and aims to achieve the memorability of graphical passwords with the security of text-based passwords through multiple authentication factors.
A SHOULDER SURFING RESISTANT GRAPHICAL AUTHENTICATION SYSTEMNexgen Technology
TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
NEXGEN TECHNOLOGY provides total software solutions to its customers. Apsys works closely with the customers to identify their business processes for computerization and help them implement state-of-the-art solutions. By identifying and enhancing their processes through information technology solutions. NEXGEN TECHNOLOGY help it customers optimally use their resources.
The document discusses and compares various authentication methods, including recognition-based, recall-based, and graphical password techniques. It provides an overview of common techniques such as Dhamija and Perrig's picture selection scheme, Sobrado and Birget's pass-object selection scheme, and Jermyn et al.'s Draw-A-Secret scheme. While graphical passwords may be easier for users to remember than text passwords, they have limitations such as taking longer to create and register, requiring more storage space, and not being very mature yet compared to traditional text-based passwords. The document evaluates the security and usability of different authentication methods.
Comprehensive study of the usability features of the Graphical Password taniamutholil
This document summarizes and compares different graphical password authentication methods. It begins by outlining current authentication methods like tokens, biometrics, and text passwords before discussing the drawbacks of text passwords. It then introduces graphical passwords as a more memorable and secure alternative. The document divides graphical passwords into two categories: recognition-based techniques, where users identify previously selected images, and recall-based techniques, where users reproduce a previous action. Several recognition and recall techniques are then described in detail, including their advantages and disadvantages. The document concludes that graphical passwords are more difficult to crack than traditional text passwords.
This document provides a summary of a seminar report on graphical password authentication techniques. It begins with an introduction describing the weaknesses of traditional text-based passwords and an overview of graphical password methods. It then surveys existing graphical password techniques, categorizing them into recognition-based and recall-based approaches. Major techniques discussed include Dhamija and Perrig's image recognition scheme, Passfaces, and Jermyn's Draw-a-Secret recall-based technique. The document concludes by addressing the security and usability of graphical passwords compared to text-based passwords.
This document discusses graphical password authentication as an alternative to text passwords. It provides an overview of different authentication methods before focusing on the drawbacks of text passwords. Graphical passwords are introduced as a way to make passwords more secure yet easier for users. The document then surveys two categories of graphical passwords - recall-based techniques which require reproducing a password and recognition-based techniques involving identifying pre-selected images. It concludes by discussing the advantages and disadvantages of graphical passwords.
This document is a seminar report submitted by Sudhanshu Raman to fulfill the requirements for a Bachelor of Technology degree in Computer Science and Engineering. The report discusses graphical password authentication techniques. It begins by acknowledging the guidance provided. It then provides an introduction to graphical passwords and their advantages over alphanumeric passwords. It describes four main algorithms used in graphical passwords: Draw-A-Secret (DAS), Grid Selection, PassPoint, and Déjà vu. It compares these algorithms based on security factors like resistance to attacks and password space/entropy. It concludes that PassPoint and Grid Selection are more secure but Grid Selection is not very user-friendly, while DAS has usability advantages but lower security due to password space.
Graphical password based hybrid authentication system for smart hand held dev...Alexander Decker
The document proposes a new hybrid graphical password scheme for authentication on smart handheld devices. It combines recognition and recall-based techniques. During registration, the user selects objects as a graphical password and assigns digits to each object. For authentication, the user selects the objects in order and enters the corresponding digits. The scheme aims to improve usability and security over text passwords while addressing issues like shoulder surfing that graphical passwords often face. It is designed for smart devices like phones which are more convenient than desktop computers.
Graphical password authentication using pccp with sound signatureeSAT Journals
Abstract
Persuasive Cued-Click Point is an advanced method of cued click point of graphical password technique which includes usability and security evaluations. It also useful for reduces hotspot problem and hence it helps the user in selecting password of higher security. This paper includes the persuasion to influence user choice in click based graphical passwords, so that users select more desultory and more difficult to guess the passwords. In this paper includes sound signature for recover the password if user forgot password or click point ,then playing the sound signature which is selected at registration time then it set new password and access the account. This paper include dead zone new concept to avoiding Shoulder surfing attack in graphical password authentication.
Keywords: Graphical Password, Authentication, Password Images, and PCCP etc…
This document discusses graphical passwords as an alternative to text-based passwords. It outlines the drawbacks of text-based passwords, such as being difficult to remember and vulnerable to brute force and dictionary attacks. The document then proposes a graphical password system that uses images and points of interest on images instead of text for password authentication. This approach aims to make passwords more secure and easier for users to remember.
Graphical Password Authentication using image Segmentation for Web Based Appl...ijtsrd
One of the most important topics in information security today is user authentication. User authentication is a fundamental component in most computer security contexts. It provides the basis for access control and user accountability. While there are various types of user authentication systems, alphanumeric passwords are the most common type of user authentication. They are versatile and easy to implement and use. However, it can either be long and secure or short and hard to remember. A graphical based password is one promising alternatives of textual passwords. According to human psychology, humans are able to remember pictures easily. In this paper, graphical passwords have been designed to try to make password more memorable and easier for people to use, and it is less vulnerable to brute force attacks than a text based password. The aim of the system is to implement a strong security. The proposed system segments the image like a grid, which has a maximum four fragments. Then, each segment of the image is dragged in a particular sequence onto an empty grid of size 6x6 and placed on a particular segment of the empty grid, to form the user' password. When the user logs into the system, the user needs to drag each segment of the image onto the same empty grid of size 6x6 in the correct sequence and position of the segments that user had specified during registration. Maw Maw Naing | Ohnmar Win ""Graphical Password Authentication using image Segmentation for Web Based Applications"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-4 , June 2019, URL: https://www.ijtsrd.com/papers/ijtsrd25184.pdf
Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/25184/graphical-password-authentication-using-image-segmentation-for-web-based-applications/maw-maw-naing
This document discusses graphical passwords as an alternative to alphanumeric passwords. Graphical passwords work by having users select images or points on images in a specific order. They are generally easier for users to remember but harder for others to guess compared to alphanumeric passwords. The document compares graphical and alphanumeric passwords and describes some simple graphical password schemes, advantages like improved security, and disadvantages like longer login times and vulnerability to shoulder surfing. It proposes solutions like triangle-based and movable frame-based schemes to address the shoulder surfing issue.
This document proposes a new shoulder surfing resistant graphical password scheme. It begins with an introduction to passwords and why they are needed for authentication. It then discusses different types of existing graphical passwords like passfaces, passpoints and draw-a-secret (DAS). The document outlines the working of current text-based graphical login systems and their drawbacks. It proposes a new login system using QR codes and password encryption to address these issues. It describes the current and future applications of this system and the hardware and software requirements. The document discusses the advantages of the new system in reducing shoulder surfing attacks and sending alerts on wrong attempts. It concludes that the proposed text-based color password scheme satisfies usability and security requirements.
a study on various techniques on graphical password authentication.
A key area in security research is authentication. Access to system is mostly based on the use of alpha numeric passwords. User felt difficult in remembering the password as that is long and randomly selected and how many passwords will user remember?, it made a complex procedure.
It presents comparison between Persuasive Cued Click Point Graphical Password scheme and Improved Persuasive Cued Click Points. One such category is click-based graphical passwords where a password is composed of a series of clicks on one or more pixel-based images .To log in, user re-select their click-points in the correct order. Click-points that fall within some acceptable tolerance of the original points should be accepted by the system since it is unrealistic to expect users to accurately target individual pixels.
Password is a secret word or string of characters used to authenticate identity and access resources like accounts, emails, apps, networks, websites and databases. Common types of authentication include token-based using keys or cards, biometric using fingerprints or facial recognition, and knowledge-based using text or graphical passwords, which are the most widely used. Graphical passwords present images and require the user to select or click points in a specific order for authentication. They provide more security than text passwords but also have drawbacks like taking more time and storage and being vulnerable to shoulder surfing.
Graphical password authentication system with association of soundVikram Verma
The document proposes a graphical password authentication system that associates sound signatures to enhance security. It involves generating a password by assigning click points on one or more images. The system would then associate an audio file selected by the user. This adds an additional layer of security compared to existing graphical password systems. The proposed system aims to address limitations of previous techniques like predictability, load on databases, and difficulty of remembering complex passwords. It would use SQL server to store user accounts and manage the passwords generated using images and sound files.
Ppt for graphical password authentication using cued click pointsHari Krishnan
this ppt will give you more information abt. graphical password authentication using cued click points.
email id: harikrishnan89@yahoo.co.in
download and edit it..the upload had some problem with fonts.
Image based password authentication for illiterates with touch screensree438
This document proposes a picture password authentication system using a touchscreen for illiterate users. The system would allow users to create passwords by touching images on the touchscreen in a predefined combination. If the user touches the images in the correct sequence, the microcontroller will authenticate them and grant access to appliances connected to relays. This technique aims to make passwords easier for illiterate users to remember compared to text passwords. A block diagram shows the main components would include a microcontroller, touchscreen module, LCD display, power supply, and relays connected to devices.
This document summarizes a seminar presentation on mobile phone cloning. It begins with an introduction that defines cloning as creating an exact genetic copy and explains that mobile phone cloning copies the identity of one phone to another, usually for fraudulent calls. It then covers topics like GSM and CDMA networks, how phones are cloned by capturing identifiers, methods to detect cloned phones, the impacts of cloning, and ways to prevent it. Statistics are provided on the costs of cloning to carriers and its use in criminal activities. The conclusion emphasizes the need for legislation against cloning fraud and for carriers and users to take security seriously.
Startup Institute NY (Summer 2016) - Authentication, Validation, and Basic Te...Matthew Gerrior
This document provides an agenda for a curriculum on authentication, validation, and basic testing. It includes introductions and background on the presenter and their company Devpost. The topics covered are authentication using cookies and sessions, model validations in Rails, the Devise authentication gem, and testing with RSpec, integration testing, acceptance testing with Cucumber, and resources for further learning. Testing methodologies like TDD, unit testing, integration testing, and acceptance testing are explained.
The document proposes a 3D password authentication scheme. It involves a virtual 3D environment with various interactive objects. A user's authentication is based on the combination and sequence of their interactions with objects as they navigate the environment. The 3D password aims to combine recognition, recall, tokens, and biometrics for strong authentication that is difficult to crack through brute force or shoulder surfing attacks.
Graphical password authentication system pptsNimisha_Goel
In today’s scenario, everyone wants to secure their confidential files from the hacker by locking it with a password. But the problem is to remember that difficult passwords. Graphical password is an authentication system that works by having the user select from images in specific order, presented in graphical user interface. Graphical passwords are secure as compared to the textual passwords as human brain is good in remembering picture than textual character. Now here a new approach to graphical password authentication system in this project named as image lock. It is related to cued click points as in the algorithm; it focuses on the cued recall method so that user will get to know he/she is going to wrong path. In cued click points, the cell positions of images are fixed but in image lock they are random.
The graphical password application is made to unlock the folder of public or private files. The platform is android which is most widely popular nowadays. The major goal of this application is to reduce the probability of security attacks like guessing attack as well as encouraging users to select more random, and difficult password to guess. In this graphical application, user has to remember the selected images in linear order but if user forgets the sequence of images then cued recall method will help the user. It is more user-oriented application.
This document describes 3D passwords as a multifactor authentication method that combines knowledge-based, token-based, and biometric authentication in a virtual 3D environment. A 3D password records a user's interactions with virtual objects in the environment, such as opening a door or typing on a computer, creating a unique sequence. Implementation requires programming languages like C++ and OpenGL to create the 3D virtual world. Attacks are difficult due to the complexity of reproducing all factors, but 3D passwords provide very high security and flexibility compared to traditional passwords.
The document discusses the technology of the future. It covers several topics related to biometrics including a brief history, current applications, and the future potential of various biometric technologies such as fingerprints, iris recognition, and voice recognition. The document also discusses how biometric systems work and compares the features and accuracy of different biometric parameters.
Face recognition technology may help solve problems with identity verification by analyzing facial features instead of passwords or pins. The document outlines the key stages of face recognition systems including data acquisition, input processing, and image classification. It also discusses advantages like convenience and ease of use, as well as limitations such as an inability to distinguish identical twins. Potential applications are identified in government, security, and commercial sectors.
The document proposes a 3D password authentication system that combines multiple authentication factors like recognition, recall, tokens, and biometrics. It aims to address weaknesses in existing systems by providing a large password space and flexibility for users to select authentication methods. The system presents a 3D virtual environment containing objects. A user's interactions and sequence of interactions in navigating and manipulating objects comprise their unique 3D password.
This document provides an overview of graphical password authentication techniques. It begins with an introduction to the limitations of traditional text passwords and an overview of different authentication methods. It then describes recognition-based and recall-based graphical password techniques. A new proposed technique is presented, involving selecting themes or sequences of distorted images. Major design and implementation issues are discussed, such as security, usability, and storage. The document concludes that graphical passwords are an alternative to text passwords but more research is still needed to evaluate their usability and security.
This document outlines a seminar on 3D password authentication. It discusses the limitations of traditional text-based passwords and introduces 3D passwords as a stronger multi-factor authentication method. The seminar aims to raise awareness of password vulnerabilities and explore the benefits of 3D passwords, including their potential applications in various domains. While 3D passwords enhance security, their implementation and adoption faces challenges such as usability issues, compatibility concerns, and high resource requirements. The seminar methodology involves extensive research on 3D password concepts from internet sources.
This document provides a summary of Jini K M's education, qualifications, work experience, skills, publications and personal details. It includes the following key points:
- Jini holds an M.E. in Computer Science and Engineering from K.S.R College of Technology and a B.E. in Computer Science and Engineering from Nandha Engineering college.
- She has over 4 years of teaching experience as an Assistant Professor at Nehru College of Engineering and Research Centre, where she teaches courses in cryptography, networking, and programming.
- Her areas of research include image processing, network security, and mobile health monitoring. She has published papers in these areas.
- She is prof
This document summarizes a project on graphical password authentication. It presents an introduction to the topic, discussing problems with traditional alphanumeric passwords. It then outlines the objectives of the project, which are to design a new graphical password technique that is resistant to shoulder surfing and other attacks. The document reviews several relevant research papers on graphical passwords and their usability and security. It provides an system requirements and architecture diagram for the proposed system. Finally, the conclusion discusses how graphical passwords can provide greater security than traditional text passwords.
This document describes a cross-platform learning model for EFL (English as a Foreign Language) students. It defines a cross-platform learning model as using integrated online services and a learning management system. It lists the main elements and didactic principles of the model, including functionality, reliability, costs, and ease of use. It provides details on specific online platforms like Mindmap, Prezi, Voicethread, and Moodle. It discusses benefits, like interactivity and availability on multiple devices. Potential disadvantages are also outlined, such as having separate accounts for each service. The project has received several awards and certificates for its work on cross-platform learning models.
A brief discussion about Cloud computing for a beginner, you can get a clear idea about cloud computing from this slides.Also, discuss cloudsim simulator.
The document proposes a system to improve security for virtual and cloud computing environments using single sign-on with multi-factor authentication. It involves setting up a virtual networking environment using VMware, enabling LDAP user profiles and permissions, and configuring a Kerberos server for multifactor authentication and single sign-on. The system aims to provide a secure ubiquitous framework for desktop virtualization while maintaining simplicity.
Slide Deck Class Session 10 – FRSecure CISSP Mentor ProgramFRSecure
This document summarizes session #10 of a CISSP mentor program. It reviews topics in domains 4 and 5, including network scanning tools, wireless LANs, remote access, access control concepts, authentication methods, single sign-on, and identity lifecycle processes. Quizzes are given on domain 4 topics. Discussions also cover protocols like RADIUS, Diameter, Kerberos, and TACACS/TACACS+, as well as single sign-on implementations and access review procedures.
This document proposes a 3D password authentication system that combines multiple authentication factors for more secure authentication. It discusses existing authentication schemes and their drawbacks. The proposed system uses a 3D virtual environment where users authenticate through complex 3D passwords involving actions on virtual objects. This large password space makes it more secure than existing text-based passwords. The system aims to provide multi-factor authentication through a combination of recall-based and recognition-based schemes.
The document discusses a proposed 3D password authentication scheme. It begins with an introduction to common authentication techniques and their drawbacks. It then describes the concept of a 3D virtual environment for creating multi-factor passwords combining recall and recognition. The document outlines the objective to develop a more secure and user-friendly authentication system. It further explains the 3D password scheme, potential attacks and countermeasures, applications, advantages and disadvantages, and future scope.
Secure cloud transmission protocol (SCTP) was proposed to achieve strong authentication and secure channel in cloud computing paradigm at preceding work. SCTP proposed with its own techniques to attain a cloud security. SCTP was proposed to design multilevel authentication technique with multidimensional
password generations System to achieve strong authentication. SCTP was projected to develop multilevel cryptography technique to attain secure channel. SCTP was proposed to blueprint usage profile based
intruder detection and prevention system to resist against intruder attacks. SCTP designed, developed and analyzed using protocol engineering phases. Proposed SCTP and its techniques complete design has presented using Petrinet production model. We present the designed SCTP petrinet models and its analysis. We discussed the SCTP design and its performance to achieve strong authentication, secure
channel and intruder prevention. SCTP designed to use in any cloud applications. It can authorize,
authenticates, secure channel and prevent intruder during the cloud transaction. SCTP designed to protect against different attack mentioned in literature. This paper depicts the SCTP performance analysis report
which compares with existing techniques that are proposed to achieve authentication, authorization, security and intruder prevention.
Secure cloud transmission protocol (SCTP) was proposed to achieve strong authentication and secure
channel in cloud computing paradigm at preceding work. SCTP proposed with its own techniques to attain
a cloud security. SCTP was proposed to design multilevel authentication technique with multidimensional
password generations System to achieve strong authentication. SCTP was projected to develop multilevel
cryptography technique to attain secure channel. SCTP was proposed to blueprint usage profile based
intruder detection and prevention system to resist against intruder attacks. SCTP designed, developed and
analyzed using protocol engineering phases. Proposed SCTP and its techniques complete design has
presented using Petrinet production model. We present the designed SCTP petrinet models and its
analysis. We discussed the SCTP design and its performance to achieve strong authentication, secure
channel and intruder prevention. SCTP designed to use in any cloud applications. It can authorize,
authenticates, secure channel and prevent intruder during the cloud transaction. SCTP designed to protect
against different attack mentioned in literature. This paper depicts the SCTP performance analysis report
which compares with existing techniques that are proposed to achieve authentication, authorization,
security and intruder prevention.
Secure cloud transmission protocol (SCTP) was proposed to achieve strong authentication and secure
channel in cloud computing paradigm at preceding work. SCTP proposed with its own techniques to attain
a cloud security. SCTP was proposed to design multilevel authentication technique with multidimensional
password generations System to achieve strong authentication. SCTP was projected to develop multilevel
cryptography technique to attain secure channel. SCTP was proposed to blueprint usage profile based
intruder detection and prevention system to resist against intruder attacks. SCTP designed, developed and
analyzed using protocol engineering phases. Proposed SCTP and its techniques complete design has
presented using Petrinet production model. We present the designed SCTP petrinet models and its
analysis. We discussed the SCTP design and its performance to achieve strong authentication, secure
channel and intruder prevention. SCTP designed to use in any cloud applications. It can authorize,
authenticates, secure channel and prevent intruder during the cloud transaction. SCTP designed to protect
against different attack mentioned in literature. This paper depicts the SCTP performance analysis report
which compares with existing techniques that are proposed to achieve authentication, authorization,
security and intruder prevention.
This document presents an improved secure cloud transmission protocol (SCTP) that was designed to achieve strong authentication, secure channels, and intruder detection in cloud computing. SCTP uses multi-level authentication with multidimensional password generation, multi-level cryptography, and usage profile-based intruder detection. SCTP was modeled using Petri net production models to analyze its design and performance. The analysis shows that SCTP outperforms existing techniques in authentication, authorization, security, and intruder prevention for cloud applications requiring high security. However, SCTP may introduce unnecessary complexity for simpler cloud applications.
A step closer to the digital transformation of educationIndra Company
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Sandeep Chakraborty has over 11 years of experience in aviation, including 5.5 years as a scientist for the Defence Research and Development Organization of India. He currently works as a senior systems engineer for Honeywell, where he leads integration activities for the Boeing 777X program. He has expertise in aircraft systems including avionics, sensors, flight management, and displays. He holds patents and publications in areas like enhanced vision systems, traffic prioritization, and decluttering aircraft displays.
Shuai Yuan is a graduate student at Duke University seeking a job in computer engineering. He has a Master's in Computer Engineering from Duke University and a Bachelor's in Information Technology and Science from Nankai University in China. His relevant coursework includes software engineering, algorithms, operating systems, databases, and data structures. For projects, he has implemented distributed systems, file systems, peer-to-peer networks, multi-threaded applications, and secure chat platforms using languages like Java, C++, and Python. He has strong skills in programming languages, development environments, and systems like Linux.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
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How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
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Graphical password
1. A Seminar
on
Accessing Cloud Services Using Graphical
Password Authentication
Presented by:
Students B.E.(Computer)
1) Valvi Alpesh N.
2) Tambe Datta S.
3) Birdawade Suraj E.
4) Bomble Puja S.
Guided by:-
Prof. S. A. Gade
2. CONTENTS
Introduction
Overview of the authentication methods
Existing System
Proposed System
Advantages
Disadvantages
Applications
Conclusion
3. INTRODUCTION
What is Cloud ?
Cloud Services
Need of password for Cloud.
Use Of Graphical Password.
4. OVERVIEW OF THE AUTHENTICATION METHODS
Token based authentication.
Biometric based authentication.
Knowledge based authentication.
12. REFERENCES
A Survey on Recognition-Based Graphical User
Authentication Algorithms FarnazTowhidi Centre for
Advanced Software Engineering, University Technology
Malaysia Kuala Lumpur, Malaysia
Authentication Using Graphical Passwords: Basic Results
Susan Wiedenbeck Jim Waters ,College of IST Drexel
University Philadelphia, PA, 19104 USA
Graphical Passwords,FABIAN MONROSE AND MICHAEL K.
REITER, August 5, 2005
A Survey on Recognition-Based Graphical User
Authentication Algorithms