Abstract: A method of securely deploying a software package comprises storing validity data describing restricted use of a restricted use token; receiving a command including a URL to deploy a software package; testing validity of the URL based on the validity data; and downloading, when the testing is successful, the software package via a secure channel, wherein the method is performed using one or more processors.

Abstract: Techniques for easy and secure deployment of a software package from a server to a customer-controlled computing device are described. In an embodiment, a deployment engine running on a server can be used to generate a unique URL for deployment of the software package. The unique URL may include a restricted use token. The restricted use token may be generated based on a combination of a random selection of one or more dictionary words, numbers, and/or symbols. The restricted token is easily readable given the combination of dictionary words, numbers, and/or symbols that make up the restricted use token. The unique URL may then be entered into a customer-controlled computing device via a curl command. The curl command will use the unique URL to generate a secure channel to the deployment engine and automatically download the software package onto the customer-controlled computing device.

Abstract: Techniques for easy and secure deployment of a software package from a server to a customer-controlled computing device are described. In an embodiment, a deployment engine running on a server can be used to generate a unique URL for deployment of the software package. The unique URL may include a restricted use token. The restricted use token may be generated based on a combination of a random selection of one or more dictionary words, numbers, and/or symbols. The restricted token is easily readable given the combination of dictionary words, numbers, and/or symbols that make up the restricted use token. The unique URL may then be entered into a customer-controlled computing device via a curl command. The curl command will use the unique URL to generate a secure channel to the deployment engine and automatically download the software package onto the customer-controlled computing device.

Abstract: Techniques for easy and secure deployment of a software package from a server to a customer-controlled computing device are described. In an embodiment, a deployment engine running on a server can be used to generate a unique URL for deployment of the software package. The unique URL may include a restricted use token. The restricted use token may be generated based on a combination of a random selection of one or more dictionary words, numbers, and/or symbols. The restricted token is easily readable given the combination of dictionary words, numbers, and/or symbols that make up the restricted use token. The unique URL may then be entered into a customer-controlled computing device via a curl command. The curl command will use the unique URL to generate a secure channel to the deployment engine and automatically download the software package onto the customer-controlled computing device.

Abstract: Techniques for easy and secure deployment of a software package from a server to a customer-controlled computing device are described. In an embodiment, a deployment engine running on a server can be used to generate a unique URL for deployment of the software package. The unique URL may include a restricted use token. The restricted use token may be generated based on a combination of a random selection of one or more dictionary words, numbers, and/or symbols. The restricted token is easily readable given the combination of dictionary words, numbers, and/or symbols that make up the restricted use token. The unique URL may then be entered into a customer-controlled computing device via a curl command. The curl command will use the unique URL to generate a secure channel to the deployment engine and automatically download the software package onto the customer-controlled computing device.

Abstract: A method of assisting an administrator in the management of users of a health and wellness system is disclosed. Input data is received from client devices of users of the health and wellness system. Levels of progress of each of the users toward meeting their health goals is determined based on the input data. Recommendations of actions for an administrator to perform are generated based on the determined levels of progress. The recommendations of the actions are ranked based on importance measurements associated with the recommendations. For each of the recommendations of the actions, if a confidence measurement corresponding to the importance measurement of the recommendation transgresses a confidence threshold, the recommendation is automatically processed on behalf of the administrator.