Sharing Your (Encryption) Keys Across Multi/Hybrid Clouds

Sharing Your (Encryption) Keys Across Multi/Hybrid Clouds

One last note — the Heroku feature to utilize keys from AWS requires a private or shield database plan, so please ensure your account has been configured accordingly.

Before we dive into the fun part of getting keys shared amongst cloud providers, there are a variety of tools required to get this tutorial working.

Tools and Setup

First, you’ll need to download and install Vault, then get it up and running. You will also need to install 

cURLandOpenSSL — these usually comes pre-installed with most Linux OSs, and are available via most package managers (apt,yum,brew,choco/scoop, etc.).

Our examples also use 

headanddiffwhich are part of thecoreutilsanddiffutilspackages under Ubuntu; you can either find a similar package for your OS or find a manual workaround for those portions. Next, install theAWS command line tools(CLI) and make sure youconfigure the CLIto connect to your account. The last step is toinstallandconfigurethe Heroku CLI.

One last note — the Heroku feature to utilize keys from AWS requires a private or shield database plan, so please ensure your account has been configured accordingly.


In today’s hyperconnected world, the former approach of locking services behind Virtual Private Networks (VPNs) or within a demilitarized zone (DMZ) is no longer secure. Instead, we must operate on a zero-trust network model, where every actor must be assumed as malicious. This means that a focus on encryption — both at rest and in transit — along with identity and access management is critical to ensuring that systems can interact with each other.

One of the most important parts of the encryption process is the keys used to encrypt and decrypt information or used to validate identity. A recent approach to this need is called Bring Your Own Key (BYOK) — where you as the customer/end user own and manage your key, and provide it to third parties (notably cloud providers) for usage. However, before we dig into what BYOK is and how we can best leverage it, let’s have a quick recap on key management.

aws heroku cryptographic-key-management encryption key-encryption hashicorp-vault security data-security

Bootstrap 5 Complete Course with Examples

Bootstrap 5 Tutorial - Bootstrap 5 Crash Course for Beginners

Nest.JS Tutorial for Beginners

Hello Vue 3: A First Look at Vue 3 and the Composition API

Building a simple Applications with Vue 3

Deno Crash Course: Explore Deno and Create a full REST API with Deno

How to Build a Real-time Chat App with Deno and WebSockets

Convert HTML to Markdown Online

HTML entity encoder decoder Online

Encrypt Data Using AWS Key Management Service - Cndro

AWS Key Management Service (KMS) allows administrators to create, delete, and control keys that encrypt data stored in AWS databases and products. In this article, I am going to walk you through how to encrypt data using the AWS Key Management Service. We'll be creating an encryption key, encrypting s3 bucket using KMS.

Data Validation: Key Solution for Big Data Management Challenges

In this article, we will go over key statistics highlighting the main data validation issues that currently impact big data companies.

50+ Useful Kubernetes Tools for 2020 - Part 2

Our original Kubernetes tool list was so popular that we've curated another great list of tools to help you improve your functionality with the platform.

Managing Data as a Data Engineer:  Understanding Data Changes

Understand how data changes in a fast growing company makes working with data challenging. In the last article, we looked at how users view data and the challenges they face while using data.

How To Unite AWS KMS with Serverless Application Model (SAM)

AWS KMS is a Key Management Service that let you create Cryptographic keys that you can use to encrypt and decrypt data and also other keys. You can read more about it here.