Abstract: Methods and apparatuses for enabling compatibility between multiple versions of an application programming interface (API) are described. When a first API request is received at a compute server, the compute server determines whether the first API request is of a first version of an API that is different from a second version of the API used in an origin server to which the first API request is destined. In response to determining that the first API request is of the first version of the API that is different from the second version of the API used in the origin server to which the first API request is destined, an API compatibility enabler is executed to convert the first API request into a second API request in the second version of the API. The second API request is fulfilled instead of the first API request.

Abstract: A method and apparatus that provide a malicious domain emulator in a distributed cloud computing network are described. A malicious node emulator is executed as a third-party code in a compute server of the cloud computing platform to enable emulation of behavior of a malicious node. The malicious node emulator receives requests from one or multiple network devices addressed to the malicious domain and automatically emulates the behavior of the malicious domain to respond to these requests. The malicious node emulator logs information related to the requests and the network devices transmitting the requests.

Abstract: A method and apparatus that provide a malicious domain emulator in a distributed cloud computing network are described. A malicious node emulator is executed as a third-party code in a compute server of the cloud computing platform to enable emulation of behavior of a malicious node. The malicious node emulator receives requests from one or multiple network devices addressed to the malicious domain and automatically emulates the behavior of the malicious domain to respond to these requests. The malicious node emulator logs information related to the requests and the network devices transmitting the requests.

Abstract: A method and apparatus that provide a malicious domain emulator in a distributed cloud computing network are described. A malicious node emulator is executed as a third-party code in a compute server of the cloud computing platform to enable emulation of behavior of a malicious node. The malicious node emulator receives requests from one or multiple network devices addressed to the malicious domain and automatically emulates the behavior of the malicious domain to respond to these requests. The malicious node emulator logs information related to the requests and the network devices transmitting the requests.

Abstract: A method and apparatus that provide a malicious domain emulator in a distributed cloud computing network are described. A malicious node emulator is executed as a third-party code in a compute server of the cloud computing platform to enable emulation of behavior of a malicious node. The malicious node emulator receives requests from one or multiple network devices addressed to the malicious domain and automatically emulates the behavior of the malicious domain to respond to these requests. The malicious node emulator logs information related to the requests and the network devices transmitting the requests.

Abstract: A metered dose inhaler is provided which includes a canister fitted in an actuator body. A metered dose of medication is delivered by compressing the canister in the actuator body. The metered dose inhaler includes an actuator that either fully (automatic) or partially (user-assisted) actuates the metered dose inhaler in order to deliver medication to the user.

Abstract: A metered dose inhaler is provided which includes a canister fitted in an actuator body. A metered dose of medication is delivered by compressing the canister in the actuator body. The metered dose inhaler includes an actuator that either fully (automatic) or partially (user-assisted) actuates the metered dose inhaler in order to deliver medication to the user.