v6

for a in $( seq 1 20 ); do for i in $( ls ); do tree;  done; done

sudo tcpdump -qlp -i en0 | grep --color=auto -e '.*>'

brew install wireshark; sudo tshark --color

cat /dev/urandom


  ##  Set a profile with courier new for the font, and 00ff27 for the foreground color before starting this BS

v6

openssl pkcs7 -inform DER -print_certs -in azwus-prd-hashi-vault001_prod_azwus_nathantech_com.p7b -out azwus-prd-hashi-vault001_prod_azwus_nathantech_com_stacked.cer

v6

#!/usr/bin/env bash

  ##  Install the latest Vault on a Mac.
  ##  Run this as follows: 
  ##  bash <(curl -s https://gist.githubusercontent.com/v6/d7c1f40a25b5a12a469d76f7efb7733e/raw/59f0f5e4cc3bba4d01ce2c4099f8df0cee72d187/latestvaultosx.sh)

release="$(curl -s https://releases.hashicorp.com/vault/index.json|jq -r '.versions[].version'|grep -v 'beta\|rc' | grep '0.1' | tail -n 1)"
download="https://releases.hashicorp.com/vault/${release}/vault_${release}_darwin_amd64.zip"
echo "Vault Release: ${release}"
echo "Vault Download: ${download}"

v6

super-duper-vault-train $ls
LICENSE					initpayload.json
PRODUCTION_INSTALLATION.md		instance7_consul_http_token.txt
README.md				instance7_vault_consul_http_token.txt
Vagrantfile				myunseal.sh
Vagrantfile.new				playbooks
account.sh				prereqs.sh
configureconsul.sh			provision_consul
configurevault.sh			provision_vault
consuldownload.sh			vaultdownload.sh

v6

# -*- mode: ruby -*-
# vi: set ft=ruby :
 
echo "THIS WILL MAKE A VM WITH 1 CONSUL RUNNING IN SERVER MODE, AND ANOTHER RUNNING IN CLIENT MODE"

$script = <<SCRIPT
 
echo "Installing dependencies on the new VM created by Vagrant ..."
sudo apt-get update
sudo apt-get install -y unzip curl jq dnsutils

v6

How would Vault's encryption handle attacks from quantum computers?

I've been researching HashiCorp Vault lately, and I really like that it uses strong cryptography for it's core security mechanisms.

https://www.vaultproject.io/docs/internals/security.html#external-threat-overview

I want to learn more about this, because it's interesting to discuss.

And it may end up affecting many security systems that rely on conventional mechanisms of cryptography in the future, as the technology advances and state actors begin to adopt it.

v6

import "time"

# Expect requests to only happen during work days (Monday through Friday)
# 0 for Sunday and 6 for Saturday
workdays = rule {
    time.now.weekday > 0 and time.now.weekday < 6
}

# Expect requests to only happen during work hours (7:00 am - 6:00 pm)
workhours = rule {