Abstract: An online protection suite provides password management and a dashboard set of services combining single-click access to user accounts and a simple browser window automatically filled with offers for a variety of related products and services targeted especially for particular users. Each user is identified to a business partner server with a unique customer automatically sent from a simple browser embedded in the password management dashboard. The business partner server returns a webpage back to the simple browser that has been constructed especially for this user by leveraging sensitive and proprietary information collected by the business partner. Such customer information is not directly accessible to the password manager.

Abstract: A security system for defending online users against fraudsters and malicious websites comprises a back-end network server and appropriate apps for each protected user device. An otherwise conventional network server is enhanced with application software instructions for a centralized software-as-a-service (SaaS) to respond to network requests from user devices operating variously under ANDROID-type, APPLE IOS-type, and MICROSOFT WINDOWS-type operating systems. The SaaS investigates, surveys, and watches websites. It calculates confidence scores related to financial fraud and the acceptability and risk to said users of visiting particular websites. It maintains a trusted network database of website URL's calculated to belong to financial websites that can be trusted and present acceptable levels of fraud and financial risk to its visitors. Each user device application provides for secure password management and access via a security browser to websites in the trusted network.

Abstract: A security system for defending online users against fraudsters and malicious websites comprises a back-end network server and appropriate apps for each protected user device. An otherwise conventional network server is enhanced with application software instructions for a centralized software-as-a-service (SaaS) to respond to network requests from user devices operating variously under ANDROID-type, APPLE IOS-type, and MICROSOFT WINDOWS-type operating systems. The SaaS investigates, surveys, and watches websites. It calculates confidence scores related to financial fraud and the acceptability and risk to said users of visiting particular websites. It maintains a trusted network database of website URL's calculated to belong to financial websites that can be trusted and present acceptable levels of fraud and financial risk to its visitors. Each user device application provides for secure password management and access via a security browser to websites in the trusted network.

Abstract: An online protection suite provides password management and a dashboard set of services combining single-click access to user accounts and a simple browser window automatically filled with offers for a variety of related products and services targeted especially for particular users. Each user is identified to a business partner server with a unique customer automatically sent from a simple browser embedded in the password management dashboard. The business partner server returns a webpage back to the simple browser that has been constructed especially for this user by leveraging sensitive and proprietary information collected by the business partner. Such customer information is not directly accessible to the password manager.

Abstract: An ID vault computer control program detects when a user's browser navigates to a third-party website that requires a user ID and password. If it hasn't done so already, it automatically requests a decryption key for a local encrypted vault file from a network server by supplying a personal identification number (PIN) from the user through the input device, a copy of the GUID, and a signature of GUID using a private key for the root certificate. If a decryption key is returned from the network server, the local encrypted vault file is unlocked and automatically supplies a corresponding user ID and password to log-on to the third-party website without the user.

Abstract: An import address table (IAT) and dynamic linked libraries (DLLs) security mender process is configured to store nominal IAT table entries and in-process binary images, from either a priori data and/or from computed values. Particular IAT table entries and in-process binary images are fetched for comparison with expected values. These particular IAT table entries and/or in-process binary images are then overwritten with nominal values for the IAT table entries and in-process binary images. The IAT-DLL security mender runs in parallel with the operating system and has access to its IAT and inline code in system memory.

Abstract: An online protection suite that provides subscribers to organizations a highly integrated desktop application with a dashboard set of services combining single-click access to user accounts and a bulletin-board of constantly refreshed posters offering a variety of related products and services.

Abstract: An ID vault computer control program detects when a user's browser navigates to a third-party website that requires a user ID and password. If it hasn't done so already, it automatically requests a decryption key for a local encrypted vault file from a network server by supplying a personal identification number (PIN) from the user through the input device, a copy of the GUID, and a signature of GUID using a private key for the root certificate. If a decryption key is returned from the network server, the local encrypted vault file is unlocked and automatically supplies a corresponding user ID and password to log-on to the third-party website without the user.