Properties of a single-message protocol using AES The following protocol is used for providing data confidentiality between sender and receiver:

$$ \text{sender} \rightarrow \text{receiver}: E_k(m \mathbin\Vert \mathrm{ID}_s\mathbin\Vert \mathrm{Timestamp}) $$


$E_k$: the encryption function of AES 
$k$: a shared secret key
$\mathrm{ID}_s$: the ID of sender
$\mathrm{Timestamp}$: the time 
$m$: the message (payload) from the sender


Assume that AES is secure. What are the security services that can be provided by this protocol? 

I think we can get the Sender authentication because of the sender ID. But how about the others like data integrity, non-repudiation or data authentication? Can AES and this protocol provide this?
Non repudiation : No, as the sender can claim that the other person sent himself the message 
Data Integrity : No, as the cipher text can be corrupted in the midway
Authentication : Yes, the message is indeed sent by other sender as the key is known only to sender and receiver 
Confidentiality: Yes, as the key is only known to receiver and sender

Hope this helps