vfarcic

# Source: https://gist.github.com/d860631d0dd3158c32740e9260c7add0

minikube start --vm-driver=virtualbox

kubectl get nodes

git clone https://github.com/vfarcic/k8s-specs.git

cd k8s-specs

vfarcic

cd cloud-provisioning

scripts/dm-swarm.sh

eval $(docker-machine env swarm-1)

docker node ls

scripts/dm-test-swarm.sh

vfarcic

git clone https://github.com/vfarcic/cloud-provisioning.git

cd cloud-provisioning

scripts/dm-swarm.sh

eval $(docker-machine env swarm-1)

docker node ls

vfarcic

for i in 1 2 3; do
  docker-machine create -d virtualbox node-$i
done

eval $(docker-machine env node-1)

docker swarm init \
  --advertise-addr $(docker-machine ip node-1)

TOKEN=$(docker swarm join-token -q worker)

Erreinion

Setting up xrdp on Kali Linux 2016.2 on AWS

AWS has an AMI for Kali 2016.2, but being remote, you need VNC or RDP to access the graphical tools.

VNC is easy to set up but very restrictive. RDP is harder to set up, but easier to use. These are the instructions I use to set up xrdp.

I use this config so that I connect to the Kali VM through an Apache Guacamole RDP proxy. This keeps Kali behind the firewall and in my pentesting lab. Guacamole also allows me to access the Kali box on SSH or RDP via a web interface from anywhere and any device. 

OS: Kali Linux 2016.2
AMI: Updated 19 Oct 2016

vfarcic

cd cloud-provisioning

git pull

scripts/dm-swarm.sh

docker-machine ssh swarm-1

tce-load -wi curl wget

BretFisher

Docker Swarm Mode Ports

Starting with 1.12 in July 2016, Docker Swarm Mode is a built-in solution with built-in key/value store. Easier to get started, and fewer ports to configure.

Inbound Traffic for Swarm Management

• TCP port 2377 for cluster management & raft sync communications
• TCP and UDP port 7946 for "control plane" gossip discovery communication between all nodes
• UDP port 4789 for "data plane" VXLAN overlay network traffic
• IP Protocol 50 (ESP) if you plan on using overlay network with the encryption option

AWS Security Group Example