Your company has an Azure subscription containing a virtual network named `VNet1`. `VNet1` contains two subnets named `Subnet-Front` and `Subnet-Back`.
You deploy two virtual machines:
* `VM-Web` in `Subnet-Front`
* `VM-DB` in `Subnet-Back`
The network interface of `VM-Web` is associated with an Application Security Group (ASG) named `ASG-Web`.
The network interface of `VM-DB` is associated with an ASG named `ASG-DB` and a Network Security Group (NSG) named `NSG-NIC-DB`.
`Subnet-Front` is associated with an NSG named `NSG-Front`.
`Subnet-Back` is associated with an NSG named `NSG-Back`.
`NSG-Front` contains the following custom inbound rule:
* Priority:
* Source: Any
* Port: Any
* Destination: Any
* Action: Deny
`NSG-Back` contains the following custom inbound rule:
* Priority:
* Source: Any
* Port: Any
* Destination: Any
* Action: Deny
`NSG-NIC-DB` contains only default rules.
You must configure network security to meet the following requirements:
* Allow HTTPS traffic (TCP port ) from the Internet to `VM-Web`.
* Allow `VM-Web` to connect to `VM-DB` on TCP port .
* Minimize the number of rules and use ASGs where possible.
* Maintain the principle of least privilege.
Which two of the following rules must you add to meet the requirements?
- In `NSG-Front`, add an inbound rule with priority that allows TCP port from Source: Internet to Destination: `ASG-Web`.Cevap
- In `NSG-Back`, add an inbound rule with priority that allows TCP port from Source: `ASG-Web` to Destination: `ASG-DB`.Cevap
- CIn `NSG-Front`, add an inbound rule with priority that allows TCP port from Source: Internet to Destination: `ASG-Web`.
- DIn `NSG-NIC-DB`, add an inbound rule with priority that allows TCP port from Source: `ASG-Web` to Destination: `ASG-DB`.