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Te options deploy is ignored on compose mode and the ports option is ignored when using host mode networking. I recommend to don't use host mode networking and use a reverse proxy in another container to balance your scaled containers.

Again, published ports and host mode networking do not mix. Also is probably that your scaling will fail because all the containers will try to bind to the same port. I recommend to don't use host mode networking and let docker load balance your replicas.

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I was facing the same problem. I found that when network_mode is set to host, port mapping doesn't work as the container will look for the port of the host. So, removing the port mapping worked for me like the following.

I myself did not have success with networks or network_mode, but if you want to access a network service on the host, you can simply have the host service listen on the docker0 network interface, which is accessible from the container (depending on your network mode) at the same ip address. Proof of concept below.

Host-only networking can be thought of as a hybrid between the bridged and internal networking modes. As with bridged networking, the virtual machines can talk to each other and the host as if they were connected through a physical Ethernet switch. As with internal networking, a physical networking interface need not be present, and the virtual machines cannot talk to the world outside the host since they are not connected to a physical networking interface.

When host-only networking is used, Oracle VM VirtualBox creates a new software interface on the host which then appears next to your existing network interfaces. In other words, whereas with bridged networking an existing physical interface is used to attach virtual machines to, with host-only networking a new loopback interface is created on the host. And whereas with internal networking, the traffic between the virtual machines cannot be seen, the traffic on the loopback interface on the host can be intercepted.

Host-only networking is particularly useful for preconfigured virtual appliances, where multiple virtual machines are shipped together and designed to cooperate. For example, one virtual machine may contain a web server and a second one a database, and since they are intended to talk to each other, the appliance can instruct Oracle VM VirtualBox to set up a host-only network for the two. A second, bridged, network would then connect the web server to the outside world to serve data to, but the outside world cannot connect to the database.

Before you can attach a VM to a host-only network you have to create at least one host-only interface. You can use the VirtualBox Manager for this. Choose File, Preferences, Network, Host-Only Network, (+)Add Host-Only Network.

For host-only networking, as with internal networking, you may find the DHCP server useful that is built into Oracle VM VirtualBox. This can be enabled to then manage the IP addresses in the host-only network since otherwise you would need to configure all IP addresses statically.

In the Oracle VM VirtualBox graphical user interface, you can configure all these items in the global settings by choosing File, Preferences, Network. This lists all host-only networks which are presently in use. Click on the network name and then on Edit. You can then modify the adapter and DHCP settings.

If you use the host network mode for a container, that container's networkstack isn't isolated from the Docker host (the container shares the host'snetworking namespace), and the container doesn't get its own IP-address allocated.For instance, if you run a container which binds to port 80 and you use hostnetworking, the container's application is available on port 80 on the host's IPaddress.

Given that the container does not have its own IP-address when usinghost mode networking,port-mapping doesn'ttake effect, and the -p, --publish, -P, and --publish-all option areignored, producing a warning instead:

You can also use a host network for a swarm service, by passing --network hostto the docker service create command. In this case, control traffic (trafficrelated to managing the swarm and the service) is still sent across an overlaynetwork, but the individual swarm service containers send data using the Dockerdaemon's host network and ports. This creates some extra limitations. For instance,if a service container binds to port 80, only one service container can run on agiven swarm node.

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Hypervisors are tools used to create virtual machines (VMs) for hosting services, testing, and software development in a secure environment. Unfortunately, this level of security is only possible by completely sandboxing the virtual machine from the physical world, which is a problem if the project needs any networking.

For this reason, hypervisors offer various networking modes to provide networking capabilities to a VM while maintaining some level of security. These networking modes include NAT, bridged, and host-only networks.

Basically, when connecting to the internet, the VM's IP address gets masked by the host's IP address. This mode does not allow the interconnection between VMs, nor does it allow a VM to communicate with other physical machines except the host.

The VM is given an IP address through a virtual DHCP server linked to the physical host's network modem, not the DHCP server from the physical router. A virtual DHCP server is automatically created whenever a virtual machine is made. This means that the IP address of a VM using a NAT adapter can have the same IP address as another VM without causing any problems. However, this also means that each VM hosted by the physical host machine cannot interact with each other because they share the same IP.

A host-only network provides the highest level of network security in exchange for very limited networking capabilities. For example, a host-only network allows all VMs and the host machine to network with each other while being cut off from the physical network. And since the host machine doesn't translate the address for the VMs, the router cannot provide them with any internet access.

A host-only network uses a virtual DHCP server from the host machine to give a unique IP address to each VM. MAC addresses are automatically set, but you can change the MAC address and IP address if you want to.

It allows a VM to network with other VMs and all physical machines on the physical network. Although a bridged network provides VMs with all the networking functionalities, it also significantly decreases its security as the VMs are also susceptible to networking vulnerabilities, similar to an open physical network.

A bridge adapter provides each VM with a unique IP address within the physical network subnet. VMs get their IP address not from a virtual DHCP server but from the physical router in your network. To use a bridged network, a user must manually select the bridged adapter mode on the hypervisor and set unique MAC addresses to each VM.

NAT, bridged, and host-only networks are three of the most common networking modes virtual machines use for connectivity. Depending on the connection mode, your virtual machine will have varying degrees of networking capabilities. Although having an IP open to all connections may seem convenient and useful, the risk a fully open connection creates is not worth the convenience. Besides, setting the correct network mode is easy and can be done in a few seconds.

The important thing is that you need to understand which network mode better fits your needs. To make it simpler for you to understand, here is a table on what each specific network mode provides access to:

Based on the table, NAT is restricted from connecting to other VMs and the machines on the physical network. VMs configured to use NAT are invisible to physical machines and other VMs hosted by the host machine. And since a VM in a NAT configuration cannot be seen by other machines, the risk of possible port scanning attacks is eliminated. ff782bc1db