Amazon does not have the ability to escalate or expedite Short Code provisioning timelines, the timeline is cumulative of each individual mobile carriers own distinct timelines and non-overlapping processes. Some mobile carriers have routine provisioning freezes and may extend and delay the carrier provisioning timeline, customers should confirm if their country has freezes during the time frame of their registration to confirm impact to their timelines. Estimated carrier provision times are a guideline based on historical timelines, and are not guaranteed to apply to future registrations as some Short Codes might take longer to provision depending on use case and/or carrier feedback. Carriers can require additional information or request that you make changes to the Short Code application or provided mockups. Each individual mobile carrier will assess the application within their individual, and separate review/approval processes. After the Short Code application has addressed all Amazon feedback on common carrier criteria, the application will be sent to the mobile carriers. Amazon will give feedback on your submission so that it complies with common carrier feedback. The time does not start when the initial request was raised. It first creates the security service (Provision Service) and then starts the provisioning Void doInBackground(Void.**Provisioning time starts after: 1) All carrier-required information and documentation have been submitted, and 2) after carriers have no additional feedback or changes requiring to be made. InvokeIPTProv extends the AsyncTask to execute the provisioning in the background. There are also APIs for querying OTP capability and the OTP version on the system. OTP has three major functionalities: OTP provisioning, OTP generation, and OTP verification. The purpose of this paper is to provide a high level overview of the one-time password (OTP) functionalities and show how to use the OTP APIs in Android*. Intel® Identity Protection Technology (Intel® IPT) with OTP is a built-in hardware token (of your security vendor choice) that negates the need for a separate physical token, thus simplifying the two-factor VPN log-in process for a seamless experience with virtually no delays. Replacing lost or broken tokens and users mistyping their one-time passwords are just two of the headaches currently affecting help desks and IT departments. If your business is already using two-factor authentication, then you are also familiar with the various issues around token usability and logistics. Traditionally, two-factor authentication uses a one-time password (OTP), which combines something the user knows (a username and password) and something the user has (typically, a token or key fob that produces a six-digit number, valid only for a short period of time and available on demand). Peng Wang, Software Applications Engineer

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