Abstract: A system and method for confirming the identity of a user seeking access to a protected account or physical place by using the sequenced selection of one or more colors from one or more panels and/or palettes of color that are presented visually to the user seeking access. An identification key is built based on the hidden unique identifiers assigned for each said color selected by the user and the sequence in which the colors were selected by the user. Each color displayed has an assigned unique identifier that is not visible to the user seeking access but is used by a first software programing operating on the uses device to assemble the identification key required to gain account access.

Abstract: A Personal Launch Code (PLC) known only by the rightful account owner becomes an included element within the construction of an Anonymous Access Key (AAK) used to validate and authenticate digital account access and whereby said PLC is never stored for matching against another representation of said PLC.

Abstract: An external Secure Intelligent Secondary Router is connected to a Primary Wired/Wireless Router/Modem via wire cable, and whereby said external Secure Intelligent Secondary Router communicably coupled to said Primary Wired/Wireless Router/Modem creates one or more secure secondary Wi-Fi networks that can only be accessed by a computing device that has been registered by the rightful account owner and whose identity has been validated by an online validation service.

Abstract: An external Secure Intelligent Wireless Router is wirelessly connected to a Primary Wireless Router/Modem, and whereby said external Secure Intelligent Wireless Router creates one or more secure secondary Wi-Fi networks that can only be accessed by a computing device that has been registered by the rightful account owner and whose identity has been validated by an online validation service.

Abstract: This invention discloses a system and methods for defeating a so-called man-in-the-middle (MITM) attack. An electronic instruction to collect specified distinctive identifiers from a local/mobile computing device seeking access to a first network website, is generated by said first network website and that electronic instruction is assigned a unique onetime identification token. Said electronic instruction with said unique onetime identification token is transmitted by said first network website to said local/mobile computing device. Said unique onetime identification token is also maintained in a database of unique onetime identification tokens resident on said first network website. In addition, said unique onetime identification token is sent to a secondary network website, where it is also stored in a database of unique onetime identification tokens. Said unique onetime identification token may also contain a time expiration value which defines the validity period for said unique transaction identifier.

Abstract: The present invention describes the creation and use of a hybrid password used to gain access to a password protected online website. The hybrid password is a method whereby an online website, acting as a portal for access to password-protected websites, programmatically generates and stores a base password in the online website portal. A base password is then combined with a secondary password or PIN that is generated by the account owner and known only to the account owner. Together the base password and account owner's PIN form the hybrid password, and becomes the complete password required to provide access to said password protected website. The account owner's password or PIN is not stored in the online website portal and is known only to said account owner.

Abstract: This invention discloses a system and methods for defeating a so-called man-in-the-middle (MITM) attack. An electronic instruction to collect specified distinctive identifiers from a local/mobile computing device seeking access to a first network website, is generated by said first network website and that electronic instruction is assigned a unique onetime identification token. Said electronic instruction with said unique onetime identification token is transmitted by said first network website to said local/mobile computing device. Said unique onetime identification token is also maintained in a database of unique onetime identification tokens resident on said first network website. In addition, said unique onetime identification token is sent to a secondary network website, where it is also stored in a database of unique onetime identification tokens. Said unique onetime identification token may also contain a time expiration value which defines the validity period for said unique transaction identifier.

Abstract: Multiple letters, characters, numbers, strokes and symbols to be assigned to a given physical key on a physical keypad residing on a physical keypad integrated into, or attached to, an electronic device used for electronic financial transactions such as an Automated Teller Machine (ATM) or Point of Sale (POS) terminal, that is used for data entry on the display screen of an electronic device and the methodology of automatically displaying and inserting the characters assigned to that physical key on the display screen of said electronic device. As the user continues to touch/press said physical key on the electronic devices keypad, the first software module will display and bring into focus the characters assigned to the appropriate time duration of the continued touch/press of said physical key in a visual manner on the display screen of said electronic device and will continue rotating thru the assigned characters as long as the physical key touch/press continues.

Abstract: An electronic device for reading diagnostic test results and collecting subject data for inclusion in a local chain of evidence database and for transferring and receiving data from remote databases.

Abstract: The present invention consists of methods whereby local/mobile computing devices are registered by collecting a set of hardware and/or software distinctive identifiers to be saved in a validation database residing on a validation database server/Web server, such that the local/mobile computing device can be used as a digital hardware key for right of access and authorization of electronic transactions. This is done by comparing a regenerated set of hardware and/or software distinctive identifiers with those previously registered in the validation database in order to validate the identity of the local/mobile computing device. The invention consists of a first software program executing on a local/mobile computing device that generates the set of hashed and/or encrypted hardware and/or software distinctive identifiers and a second software program resident residing on a validation database server/Web server that manages the validation database.

Abstract: The present disclosure provides systems and devices for maintaining the reagent integrity of a diagnostic test device. In one aspect, the system provides a single-use medical test package that can be implemented to allow for sterile and secure maintenance of a diagnostic test device to ensure the integrity of the device and to provide accurate analyte analysis. The medical test package can be implemented with one or more flexible sheets as a protective layer. The medical test package can also include a flexible supporting sheet on which the diagnostic test device can be secured. Gas may also be used to inflate and pressurize the medical test package in order to prevent deterioration and degradation of the reagents on the test pad.

Abstract: Some embodiments provide for a diagnostic test strip having a carrier strip that contains a region with one or more test pads in contact with the carrier strip and another region that has one or more memory devices in contact with the carrier strip. The one or more memory devices have connecter pins in contact with the carrier strip and they are optionally in electrical contact with each other when more than one memory device is utilized. Other embodiments provide for a method of detecting one or more analytes in a sample, the method involving contacting an embodiment of a diagnostic test strip with a sample such that the sample contacts the one or more test pads of the diagnostic test strip, and reading the results from the test strip.

Abstract: Some embodiments provide for a diagnostic test strip comprising a) a carrier strip with one or more sets of perforations; and b) one or more test pads with a plurality of legs that are attached to and extend away from the pad, wherein the sets of perforations are configured to accept the plurality of legs on each of the test pads. Other embodiments provide for a method for detecting one or more analytes in a patient sample, comprising a) contacting an embodiment of a diagnostic test strip with a patient sample so that the sample contacts the one or more test pads; and b) reading the results from the test strip.

Abstract: Some embodiments provide for a diagnostic test strip for detecting analytes that contains a carrier strip and one or more test pads. Such test pads contain at least one, but preferably two or three transparent membranes or test pad layers. A first transparent membrane has at least one test reagent that indicates the presence of a reference analyte if it has been stored at or below a specified temperature and at least one test reagent that indicates the presence of a reference analyte if it has received a sufficient volume of body fluid. The second transparent membrane contains at least one test reagent that indicates the presence of at least one alcohol related target analyte. Test reagents are arranged on the membranes such that analyte detection produces a signal in any desired shape, such as a circle, oval, square, plus sign, an “X” sign, and/or a checkmark. Furthermore, a single membrane may contain two or more separate test reagents that detect the same or different analytes.

Abstract: Some embodiments provide for a diagnostic test strip for detecting analytes that contains a carrier strip and one or more test pads. Such test pads contain at least one, but preferably two or three transparent membranes or test pad layers. A first transparent membrane has at least one test reagent that indicates the presence of a reference analyte if it has been stored at or below a specified temperature and at least one test reagent that indicates the presence of a reference analyte if it has received a sufficient volume of body fluid. The second transparent membrane contains at least one test reagent that indicates the presence of at least one hepatitis related target analyte. Test reagents are arranged on the membranes such that analyte detection produces a signal in any desired shape, such as a circle, oval, square, plus sign, an “X” sign, and/or a checkmark. Furthermore, a single membrane may contain two or more separate test reagents that detect the same or different analytes.

Abstract: Some embodiments provide for a diagnostic test strip for detecting analytes having an active reference zone that contains a carrier strip and one or more test pads. Such test pads contain at least one, but preferably two transparent membranes or test pad layers. A first transparent membrane has a test reagent that indicates the presence of at least one reference analyte, while a second transparent membrane has a test reagent that indicates the presence of at least one target analyte. Test reagents are arranged on the membranes such that analyte detection produces a signal in any desired shape, such as a circle, oval, square, plus sign, an “X” sign, and/or a checkmark. Furthermore, a single membrane may contain two or more separate test reagents that detect the same or different analytes. Other embodiments provide for a method of detecting one or more analytes in a patient sample.

Abstract: Some embodiments of the disclosure provide a diagnostic assay test strip for detecting analytes on one or more test pad using one or more reagents. The diagnostic test strip may include a supporting strip having one or more indentations and one or more test pads capable of fitting in those indentations. The diagnostic test strip may include one or more test pads on one or more sides of a carrier strip. The diagnostic test strip may include one or more intermediate layers and a carrier layer and a bottom laminate layer where the test pads are interspersed on the carrier layer. The diagnostic test strip may include test pads with a top, bottom, and sides, where the top and bottom of the pads have a trailing edge and a leading edge that are mechanically fixed to the carrier strip.

Abstract: Some embodiments of the disclosure provide a diagnostic test strip for detecting analytes on one or more test pad using one or more reagents. The diagnostic test strip may include a supporting strip having one or more indentations and one or more test pads having one or more perforated edges. The one or more test pads can be secured to the supporting strip by placing the one or more test pads on the supporting strips and extending at least a portion of the perforated edges of the test pads into the indentations of the supporting strip.

Abstract: Some embodiments of the disclosure provide a diagnostic test device for detecting analytes on one or more test pad using one or more reagents. The diagnostic test device may include a device housing having a supporting member and a locking member. The one or more test pads can be secured to the device housing by placing the one or more test pads on one or more pedestals extending from the supporting member and securing the one or more test pads to the pedestals by use of a retainer ring placed around the pedestals. The locking member can be securedly closed over the supporting member in order to keep the retainer ring in place around the pedestals.

Abstract: Some embodiments provide for a diagnostic test strip having a carrier strip, one or more test pads, and one or more boundary projections which have an opening such that the boundary projections substantially surrounds three sides of each of the one or more test pads. Other embodiments provide for a method of detecting analytes in a patient sample, the method involving contacting an embodiment of a diagnostic test strip with a patient's tongue such that the tongue contacts one or more test pads and reading the results of the analysis from the diagnostic test strip.