Abstract: Disclosed herein is a computer-implemented method comprising aggregating PFAS remediation evaluation data for a plurality of remediation options and for a plurality of predefined criteria; graphically displaying the user modifiable chart comprising the plurality of graphical representations of the aggregated PFAS remediation evaluation data, wherein: each graphical representation depicts data points visually plotted with weights, the plurality of graphical representations for the plurality of predefined criteria are visually ordered according to a rank of the plurality of predefined criteria, and the weights are based on the rank of the plurality of predefined criteria; detecting a first user input modifying the rank of at least one predefined criterion; in accordance with the first user input, automatically updating the weights of the data points; and displaying an updated user modifiable chart comprising the plurality of graphical representations of the aggregated PFAS remediation evaluation data.

Abstract: A method of calculating an ecosystem services index score, comprising: receiving area of interest information from a user of an ecosystem services index calculating system; assigning an ecoaddress to the area of interest by a processor of the system; retrieving ecosystem services information about the area of interest from at least one database; retrieving ecosystem services information about the area of interest on at least one scale size larger or smaller than the area of interest from at least one database; and, deriving a multi-scale ecosystem services index score blending the retrieved ecosystem services information about the area of interest.

Abstract: A graphical user interface based method of configuring automatic failover from a primary database system to a standby database system that is coupled to the primary database system by a network. Also coupled to the network is an observer process that is independent of the database systems and that initiates the failover process. The observer periodically pings the database systems to determine whether a failover is necessary. The graphical user interface permits a user to specify the primary and secondary database systems, configure the observer, and specify conditions under which a failover may occur and to enable automatic failover. A failover context is created from the inputs to the GUI and stored in persistent storage belonging to the database systems. If the Observer's context is stale, the Observer fetches the database system's context.

Abstract: A graphical user interface based method of configuring automatic failover from a primary database system to a standby database system that is coupled to the primary database system by a network. Also coupled to the network is an observer process that is independent of the database systems and that initiates the failover process. The observer periodically pings the database systems to determine whether a failover is necessary. The graphical user interface permits a user to specify the primary and secondary database systems, configure the observer, and specify conditions under which a failover may occur and to enable automatic failover. A failover context is created from the inputs to the GUI and stored in persistent storage belonging to the database systems. If the Observer's context is stale, the Observer fetches the database system's context.

Abstract: Securing computer files in which a publish permission is present in a file system. Upon receiving a request to write data from one file to another, the file system determines whether publish permission is needed. If so and the user lacks the publish permission, the request is rejected. Disclosed is securing computer files which include encrypting metadata about an encrypted file and storing both the encrypted file and the encrypted metadata. The metadata includes a key for decrypting the encrypted file. The key for decrypting the metadata is stored in a USB security token. Disclosed is securing computer files which include copying material from a window displaying the contents of a file to a clipboard application. The file or window is associated with the material. The clipboard application can deny a request to paste material associated with one file to a window displaying the contents of a different file.

Abstract: Securing computer files in which a publish permission is present in a file system. Upon receiving a request to write data from one file to another, the file system determines whether publish permission is needed. If so and the user lacks the publish permission, the request is rejected. Disclosed is securing computer files which include encrypting metadata about an encrypted file and storing both the encrypted file and the encrypted metadata. The metadata includes a key for decrypting the encrypted file. The key for decrypting the metadata is stored in a USB security token. Disclosed is securing computer files which include copying material from a window displaying the contents of a file to a clipboard application. The file or window is associated with the material. The clipboard application can deny a request to paste material associated with one file to a window displaying the contents of a different file.

Abstract: Securing computer files in which a publish permission is present in a file system. Upon receiving a request to write data from one file to another, the file system determines whether publish permission is needed. If so and the user lacks the publish permission, the request is rejected. Disclosed is securing computer files which include encrypting metadata about an encrypted file and storing both the encrypted file and the encrypted metadata. The metadata includes a key for decrypting the encrypted file. The key for decrypting the metadata is stored in a USB security token. Disclosed is securing computer files which include copying material from a window displaying the contents of a file to a clipboard application. The file or window is associated with the material. The clipboard application can deny a request to paste material associated with one file to a window displaying the contents of a different file.

Abstract: Emergency eyewash spray device designed to eject an upward spray to engage the eyes to an affected individual in response to an electronic sensing device which is positioned to be activated at a distance ahead of the device in order to automatically open an electrically controlled valve to cause water to flow through said spray means prior to the entry of an affected body within the sensing zone in order to accelerate emergency action. Provision is made for simultaneous activation of an alarm signal. The sensing device is positioned and designed to provide activation of the valve at a sufficient distance ahead of the spray means to ensure the availability of the spray to an affected individual who may be rushing to the device.