Abstract: A dual-specific aptamer comprising the nucleic acid sequence set forth in SEQ ID NO: 14. The dual-specific aptamer comprising an anti-HER2 segment capable of binding to a HER2 marker and an anti-CD16 segment capable of binding to a CD16 marker. The anti-HER2 segment comprises nucleotide 1 to nucleotide 42 of SEQ ID NO: 14, and the anti-CD16 segment comprises nucleotide 63 to nucleotide 103 of SEQ ID NO: 14. The dual-specific aptamer further comprises a nucleic acid linker comprising nucleotide 43 to nucleotide 62 of SEQ ID NO: 14 and is selected from the group consisting of a double-stranded nucleic acid linker or a single-stranded nucleic acid linker.

Abstract: A dual-specific aptamer comprising the nucleic acid sequence set forth in SEQ ID NO: 14. The dual-specific aptamer comprising an anti-HER2 segment capable of binding to a HER2 marker and an anti-CD16 segment capable of binding to a CD16 marker. The anti-HER2 segment comprises nucleotide 1 to nucleotide 42 of SEQ ID NO: 14, and the anti-CD16 segment comprises nucleotide 63 to nucleotide 103 of SEQ ID NO: 14. The dual-specific aptamer further comprises a nucleic acid linker comprising nucleotide 43 to nucleotide 62 of SEQ ID NO: 14 and is selected from the group consisting of a double-stranded nucleic acid linker or a single-stranded nucleic acid linker.

Abstract: A dual-specific aptamer comprising the nucleic acid sequence set forth in SEQ ID NO: 14. The dual-specific aptamer comprising an anti-HER2 segment capable of binding to a HER2 marker and an anti-CD16 segment capable of binding to a CD16 marker. The anti-HER2 segment comprises nucleotide 1 to nucleotide 42 of SEQ ID NO: 14, and the anti-CD16 segment comprises nucleotide 63 to nucleotide 103 of SEQ ID NO: 14. The dual-specific aptamer further comprises a nucleic acid linker comprising nucleotide 43 to nucleotide 62 of SEQ ID NO: 14 and is selected from the group consisting of a double-stranded nucleic acid linker or a single-stranded nucleic acid linker.

Abstract: Security layers for protecting a user account or credentials are disclosed. The layers involve the areas of: detection, access, deterrence and response. These layers may be used in various combinations for protecting a user account and are preferably customizable by the user. Invalid login attempts may be detected based on combination(s) of: authorized user input, metadata, connection risk factor, and one or more authentication factors. Examples of authorized user input selections may include: Scheduled Login, Enhanced Logout, Account Freeze, and various “Payback” options. In response to invalid login attempts, selected Payback options may be automatically sent to the requesting device—giving authorized users the ability to fight back against intruders.

Abstract: Automated methods for single sign-on (SSO) to a plurality of websites using optical codes. A login server communicates with a user computer browser and a user mobile device to validate the user. When the user goes to a website, the website presents an optical code to the user computer browser. The user mobile device obtains the optical code and communicates with the login server to automatically log the user in.

Abstract: A user account/password manager is presented to protect any of: user accounts, passwords, and devices using security best practices. User account activity information is managed by a user and displayed in a meaningful way on an Account Management Graphical user interface. The user can easily find out who may be attempting to login to their account, when and how the login attempts were made, and where the login attempts originated.

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: Automated systems, methods, and computer readable media for single sign-on (SSO) to a plurality of websites using optical codes. A login server communicates with a user computer browser and a user mobile device to validate the user. When the user goes to a website, the website presents an optical code to the user computer browser. The user mobile device reads the optical code and communicates with the login server to automatically log the user in.

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: A method for single sign-on (SSO) that provides decentralized credential management using end-to-end security. Credential (and other personal user information) management is decentralized in that encryption is performed locally on the user's computer. The user's encrypted credentials may be stored by the login server and/or a plurality of distributed servers/databases (such as a cloud). The login server never has access to the user's credentials or other personal information. When the user wants to use single sign-on, he enters his password into his browser and the browser submits the encrypted/hashed password to the login server for validation. Upon validation, the browser receives the user's encrypted credentials. The credentials are decrypted by the browser and provided to relevant websites to automatically log the user in.

Abstract: A system and method for enforcing security parameters that collects information from a source relating to a mobile device (104). Based on the collected information, an identity status for the mobile device (104) is determined that uniquely identifies the mobile device (104) and distinguishes it from other mobile devices. The identity status of the mobile device (104) can be determined when the mobile device (104) connects to a computing node source (102) or when the mobile device (104) accesses a resource (124) within the network. A security profile based on the identity status of the mobile device (104) is generated and the security profile is applied to the mobile device (104).

Abstract: The present invention is directed to security systems and methods for mobile network-based data environments. The present invention provides an integration of security, mobile computing, wireless and IT infrastructure management technology, to create a new level of automation and enforcement to enable the transparent application of mobile security across an enterprise, while embracing end user “transparency” and “ease of use” and empowering IT administration.

Abstract: A method for single sign-on (SSO) that provides decentralized credential management using end-to-end security. Credential (and other personal user information) management is decentralized in that encryption is performed locally on the user's computer. The user's encrypted credentials may be stored by the login server and/or a plurality of distributed servers/databases (such as a cloud). The login server never has access to the user's credentials or other personal information. When the user wants to use single sign-on, he enters his password into his browser and the browser submits the encrypted/hashed password to the login server for validation. Upon validation, the browser receives the user's encrypted credentials. The credentials are decrypted by the browser and provided to relevant websites to automatically log the user in.

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: The disclosure relates to Sensor security and Business Intelligence and more particularly to detecting and capturing Sensor information of data in a network environment and extracting information from this un-structured data. Sensors can correspond to video cameras, microphones, access control readers, and various other kinds of sensors in physical security or surveillance systems. In embodiments, data packets having only security sensor data are obtained and reconstructed into their original sensor data stream or data formats. Frames may then be analyzed for points of interest and to derive statistical data. In embodiments, blind spot detection in a video stream using boundary detection and overlay is also disclosed.

Abstract: Policy is provided from an integrated policy server to a mobile device, comprising identifying a policy in an integrated policy server applicable to the mobile device and supplying policy elements to policy transports for transmission to the mobile device. Policy can also be provided from an integrated policy server to a mobile device, including identifying a policy in the integrated policy server applicable to the mobile device, determining whether the mobile device is in compliance with the policy, and supplying policy elements to policy transports for transmission to the mobile device when the mobile device is not in compliance with the policy. Access to a data server by a mobile device can be controlled, including identifying a policy in an integrated policy server applicable to the mobile device, and determining whether the mobile device is in compliance with the policy.

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).

Abstract: A system and method for securing data in mobile devices (104) includes a computing mode (102) and a plurality of mobile devices (104). A node security program (202) executed in the computing node (102) interfaces with a device security program (204) executed at a mobile device (104). The computing node (102) is responsible for managing the security based on a node security profile (208) interpreted by a node security program (202) executed in the computing node (102). A device discovery method and arrangement (106) also detects and locates various information (120) about the mobile devices (104) based on a scan profile (206).