I ' ll join you <| sep |> i ALWAYS finish all my songs , none of them is longer then 140 m though . <| sep |> You should look into how your controller sheild drops and fixing it up if it does it poorly doesnt drop right on the notch . Just look up guides . Although if ur playing smash 4 shield dropping isnt very important , right ? <| sep |> Just like it rose up from ~~ communal ~~ tribal anarchy to begin with <| sep |> Maybe the dad changed his ways and made sure his kid bought the farm . <| sep |> Because you don ' t control the network over which you send the data . SSLTLS can be in some cases legitimately decrypted at interim points . Or , for example , let ' s assume you use a cloud service . You send the data presumed securely over TLS , but as soon as it arrives on the server it becomes plain text . In many cases , this can be unacceptable that now this third party server has your data in plain text . If that server is compromised , or is doing IDS to determine what is going on , or analytics , your data might end up in logs , or it might get corrupted or purposefully altered , etc . Only your application under your control which might reside on a different server should be able to access the plain text data , and must be able to verify that this data arrives , intact , from the source it claims to come from . Edit let me use an analogy . TLS will secure your email from your computer to the email server . From then on , it ' s all plain text which is why Google and others can target ads based on email content . What you want is user to user encryption to counter this , e . g . , PGP for email which prevents analyticstamperingetc . Only you and the recipient can know the content of the message , and can also verify the source . What I wrote is the same principle , but for the devices that make up the IoT .