Abstract: Provided is a computer-implemented method of creating or managing legal documents, comprising: providing a decentralized legal document management system including a data storage, a distributed ledger and node(s) communicatively coupled over a network, the node(s) including: host node(s) associated with a legal service provider; service node(s) associated with an entity seeking legal service; and processing node(s) comprising an input engine, a legal engine, and a blockchain manager; receiving, using the input engine, input data, the input data including at least a legal service to be provided to the service node(s); generating, using the legal engine, legal clause(s) and/or legal document(s) from a predetermined list, based on the received input data; and storing the legal clause(s) and/or document(s) in the data storage, the data storage accessible by the host node(s) and the service node(s) over the network.

Abstract: Embodiments relate to systems and methods for the enforcement of security profiles in a multi-tenant database. A multi-tenant database can be populated with data from different users or other entities. Different users may enjoy different sets of permissions to access, modify, store, and/or otherwise manipulate sets of data within the database. After authentication, a user's associated set of permissions are retrieved. When data is requested, matching tables or other objects located in the database are identified based on the user's query. Rather than retrieving matching tables or other objects directly, a meta data security engine can check the requesting user's permissions, and apply any filters or restrictions required by those permissions to the data present in the table(s). A substitution can be made of a table-valued function, including any filtered data entries, for the table itself. Flexible and granular data security rules can thereby be applied, transparently to the user.

Abstract: In accordance with aspects of the present disclosure, a method, product, apparatus and system is disclosed. The method includes monitoring, by a processor, a predetermined number of web pages viewed by a user; determining a likelihood that the user is interested in a related web page based on previously viewed web pages; comparing the determined likelihood against a predetermined threshold value; and preloading the related web page for viewing by the user if the determined likelihood is greater than the predetermined threshold value.

Abstract: Embodiments relate to systems and methods for the enforcement of security profiles in a multi-tenant database. A multi-tenant database can be populated with data from different users or other entities. Different users may enjoy different sets of permissions to access, modify, store, and/or otherwise manipulate sets of data within the database. After authentication, a user's associated set of permissions are retrieved. When data is requested, matching tables or other objects located in the database are identified based on the user's query. Rather than retrieving matching tables or other objects directly, a meta data security engine can check the requesting user's permissions, and apply any filters or restrictions required by those permissions to the data present in the table(s). A substitution can be made of a table-valued function, including any filtered data entries, for the table itself. Flexible and granular data security rules can thereby be applied, transparently to the user.

Abstract: In accordance with aspects of the present disclosure, a method, product, apparatus and system is disclosed. The method includes monitoring, by a processor, a predetermined number of web pages viewed by a user; determining a likelihood that the user is interested in a related web page based on previously viewed web pages; comparing the determined likelihood against a predetermined threshold value; and preloading the related web page for viewing by the user if the determined likelihood is greater than the predetermined threshold value.

Abstract: Methods and systems are provided for adapting software applications for download and execution on a variety of different mobile devices which employ different Application Execution Environments. An Application Download Protocol for transferring applications to mobile devices is also provided. Mobile devices can be matched with compatible applications according to functionality required by the applications and functionality provided by the mobile devices. Applications submitted by developers can be automatically matched to application categories, thus facilitating user selection of applications. Data used by applications running on mobile devices can be remotely managed by application developers, allowing developers to remotely control the type and presentation of data on mobile devices without the need for data management servlets to be provided by the developers.

Abstract: Methods and systems are provided for adapting software applications for download and execution on a variety of different mobile devices which employ different Application Execution Environments. An Application Download Protocol for transferring applications to mobile devices is also provided. Mobile devices can be matched with compatible applications according to functionality required by the applications and functionality provided by the mobile devices. Applications submitted by developers can be automatically matched to application categories, thus facilitating user selection of applications. Data used by applications running on mobile devices can be remotely managed by application developers, allowing developers to remotely control the type and presentation of data on mobile devices without the need for data management servlets to be provided by the developers.