The Experts below are selected from a list of 291 Experts worldwide ranked by ideXlab platform
Xiang Cao - One of the best experts on this subject based on the ideXlab platform.
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CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
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INTERACT (2) - CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
Human-Computer Interaction – INTERACT 2015, 2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
Teddy Seyed - One of the best experts on this subject based on the ideXlab platform.
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CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
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INTERACT (2) - CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
Human-Computer Interaction – INTERACT 2015, 2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
Xing-dong Yang - One of the best experts on this subject based on the ideXlab platform.
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CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
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INTERACT (2) - CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
Human-Computer Interaction – INTERACT 2015, 2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
Anthony Tang - One of the best experts on this subject based on the ideXlab platform.
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CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
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INTERACT (2) - CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
Human-Computer Interaction – INTERACT 2015, 2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
Saul Greenberg - One of the best experts on this subject based on the ideXlab platform.
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CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
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INTERACT (2) - CipherCard: A Token-Based Approach Against Camera-Based Shoulder Surfing Attacks on Common Touchscreen Devices
Human-Computer Interaction – INTERACT 2015, 2015Co-Authors: Teddy Seyed, Xing-dong Yang, Anthony Tang, Saul Greenberg, Bin Zhu, Xiang CaoAbstract:We present CipherCard, a physical token that defends against shoulder-surfing attacks on user Authentication on capacitive touchscreen devices. When CipherCard is placed over a touchscreen’s pin-pad, it remaps a user’s touch point on the physical token to a different location on the pin-pad. It hence translates a visible user password into a different system password received by a touchscreen, but is hidden from observers as well as the user. CipherCard enhances Authentication security through Two-Factor Authentication (TFA), in that both the correct user password and a specific card are needed for Successful Authentication. We explore the design space of CipherCard, and describe three implemented variations each with unique capabilities. Based on user feedback, we discuss the security and usability implications of CipherCard, and describe several avenues for continued exploration.
