Abstract: Customizable swim-lanes are provided on a user interface (UI) to gain a single point of entry into a multitude of work-items associated with a corresponding business process. To generate the single point of entry, parameters associated with the work-items are analyzed and rendered on the UI. Based upon a selection of one or more parameters, UI elements are generated to execute functionalities associated with the work-items. The generated UI elements and the associated work-items are orchestrated into a plurality of clusters based on the selected parameters. A single point of entry is provided by generating a plurality of customizable swim-lanes and rendering the plurality of customizable swim-lanes on the UI. The customizable swim-lanes provide the single point of entry to the plurality of UI elements to execute functionalities associated with the plurality of work-items.

Abstract: Various embodiments of systems and methods for securing data to transmit between different software solutions are described herein. Data to be secured is identified at a data securing module. Hashing on the identified data is applied to generate a hash value. The identified data is encrypted to generate encrypted data of the identified data with an encryption key. Further, the hash value and the encrypted data are encoded by combining the hash key and the encryption key to generate encoded data. The encoded data is transmitted through a network.

Abstract: Various embodiments of systems and methods to integrate software solutions to execute business applications are described herein. A request is received at a first software solution to execute a business application. In one aspect, the request is forwarded to a second software solution when a resource required to execute the business application is associated with the second software solution. A response is received from the second software solution corresponding to the execution of the business application. In another aspect, the business application is executed at the first software solution when the resource required to execute the business application is associated with the first software solution. The response corresponding to the execution of the business application is rendered on a computer generated UI associated with the first software solution.

Abstract: Various embodiments of systems and methods to integrate software solutions to execute business applications are described herein. A request is received at a first software solution to execute a business application. In one aspect, the request is forwarded to a second software solution when a resource required to execute the business application is associated with the second software solution. A response is received from the second software solution corresponding to the execution of the business application. In another aspect, the business application is executed at the first software solution when the resource required to execute the business application is associated with the first software solution. The response corresponding to the execution of the business application is rendered on a computer generated UI associated with the first software solution.

Abstract: Customizable swim-lanes are provided on a user interface (UI) to gain a single point of entry into a multitude of work-items associated with a corresponding business process. To generate the single point of entry, parameters associated with the work-items are analyzed and rendered on the UI. Based upon a selection of one or more parameters, UI elements are generated to execute functionalities associated with the work-items. The generated UI elements and the associated work-items are orchestrated into a plurality of clusters based on the selected parameters. A single point of entry is provided by generating a plurality of customizable swim-lanes and rendering the plurality of customizable swim-lanes on the UI. The customizable swim-lanes provide the single point of entry to the plurality of UI elements to execute functionalities associated with the plurality of work-items.

Abstract: A near field communication (NFC) tag is programmed to execute a NFC tag based data transfer. The NFC tag may receive a device-tap from an NFC enabled device. Upon receiving the device-tap, the NFC tag initiates a communication with an associated server. The NFC tag authenticates the NFC enabled device with the associated server, and determines notifications available at the server. The NFC tag fetches a plurality of notifications corresponding to the authenticated NFC enabled device from the server and forwards the notifications to the NFC enabled device. The NFC tag may monitor the server by monitoring a status of the notifications available at the server, to identify a modification or a latest version of the notification. Upon encountering a modification or a latest version, within a configured timeframe, the NFC tag overwrites its contents to match the modification or latest version of the notification.

Abstract: Various embodiments of systems and methods for near field communication based data transfer are described herein. Initially an NFC tag receives dynamic data from a data management system. Next the NFC tag forwards the received dynamic data to a portable electronic device. Based on the forwarded dynamic data, the NFC tag receives data update from the portable electronic device. Finally, the NFC tag updates the data management system with the data update.

Abstract: Various embodiments of systems and methods for contextual collaboration are described herein. In one aspect, the method includes identifying an activated business instance. Conversation data related to the activated business instance is retrieved. The retrieved conversation data is integrated with the activated business instance. The integrated conversation data is rendered along with the activated business instance on a user interface.