Abstract: An IoT apparatus in use by a user, which is communicatively linked to a mobile device used by the user, is identified. A determination can be made as to whether documentation for the IoT apparatus is located on the IoT apparatus or on a mobile device. Responsive to determining that the documentation is located on the IoT apparatus or on the mobile device, a determination can be made as to whether the documentation located on the IoT apparatus or on the mobile device is a latest version of the documentation. Responsive to determining that the documentation located on the IoT apparatus or on the mobile device is not the latest version of the documentation, the latest version of the documentation can be automatically accessed from a resource external to the IoT apparatus and the mobile device. Presentation of the latest version of the documentation on a display can be initiated.

Abstract: An IoT apparatus in use by a user, which is communicatively linked to a mobile device used by the user, is identified. A determination can be made as to whether documentation for the IoT apparatus is located on the IoT apparatus or on a mobile device. Responsive to determining that the documentation is located on the IoT apparatus or on the mobile device, a determination can be made as to whether the documentation located on the IoT apparatus or on the mobile device is a latest version of the documentation. Responsive to determining that the documentation located on the IoT apparatus or on the mobile device is not the latest version of the documentation, the latest version of the documentation can be automatically accessed from a resource external to the IoT apparatus and the mobile device. Presentation of the latest version of the documentation on a display can be initiated.

Abstract: Managing misuse of machinery by an operator is disclosed. A system learns a set of safety conditions which are associated with tasks completed by an operator using machinery. Inappropriate usage of the machinery can be identified and the machinery can be remotely shut down and reports of the inappropriate usage of the machinery can be sent to a responsible party.

Abstract: Approaches presented herein enable dynamic security policies through a plurality of application profiles. More specifically, a mobile device can open a profile of a plurality of profiles, each associated with an unlock credential and a security scope, in response to an unlock credential associated with that profile. All these profiles can be opened in a single user session and can be swapped within the session in response to an unlock credential corresponding to the desired profile. When the mobile device receives a request to open a digital item, the digital item is compared to a security scope of the opened profile to determine whether access to the digital item is permitted, and, in response to the determination, access to the digital item is permitted or denied. A list of digital items permitted to be accessed in each profile can be synchronized to a list received from a mobile device manager.

Abstract: An IoT apparatus in use by a user, which is communicatively linked to a mobile device used by the user, is identified. A determination can be made as to whether documentation for the IoT apparatus is located on the IoT apparatus or on a mobile device. Responsive to determining that the documentation is located on the IoT apparatus or on the mobile device, a determination can be made as to whether the documentation located on the IoT apparatus or on the mobile device is a latest version of the documentation. Responsive to determining that the documentation located on the IoT apparatus or on the mobile device is not the latest version of the documentation, the latest version of the documentation can be automatically accessed from a resource external to the IoT apparatus and the mobile device. Presentation of the latest version of the documentation on a display can be initiated.

Abstract: An IoT apparatus in use by a user, which is communicatively linked to a mobile device used by the user, is identified. A determination can be made as to whether documentation for the IoT apparatus is located on the IoT apparatus or on a mobile device. Responsive to determining that the documentation is located on the IoT apparatus or on the mobile device, a determination can be made as to whether the documentation located on the IoT apparatus or on the mobile device is a latest version of the documentation. Responsive to determining that the documentation located on the IoT apparatus or on the mobile device is not the latest version of the documentation, the latest version of the documentation can be automatically accessed from a resource external to the IoT apparatus and the mobile device. Presentation of the latest version of the documentation on a display can be initiated.

Abstract: Approaches presented herein enable dynamic security policies through a plurality of application profiles. More specifically, a mobile device can open a profile of a plurality of profiles, each associated with an unlock credential and a security scope, in response to an unlock credential associated with that profile. All these profiles can be opened in a single user session and can be swapped within the session in response to an unlock credential corresponding to the desired profile. When the mobile device receives a request to open a digital item, the digital item is compared to a security scope of the opened profile to determine whether access to the digital item is permitted, and, in response to the determination, access to the digital item is permitted or denied. A list of digital items permitted to be accessed in each profile can be synchronized to a list received from a mobile device manager.

Abstract: Managing misuse of machinery by an operator is disclosed. A system learns a set of safety conditions which are associated with tasks completed by an operator using machinery. Inappropriate usage of the machinery can be identified and the machinery can be remotely shut down and reports of the inappropriate usage of the machinery can be sent to a responsible party.

Abstract: Embodiments of the present invention provide a method, system and computer program product for Internet of things (IoT) enhanced tool safety. In an embodiment of the invention, a method for IoT enhanced tool safety includes establishing by an IoT server over a computer communications network a communicative coupling to a mobile device associated with an end user, receiving in the IoT server from the mobile device from over the communicative coupling an identifier of a tool in wireless communication with the mobile device, determining in the IoT server based upon the identifier if the end user associated with the mobile device has completed requisite training for using the tool and directing by the IoT server a prompting of the user in the mobile device to complete the requisite training prior to using the tool in response to a determination that the end user has not completed the requisite training.