Looking to level up your skills by deploying your own web application? How about furthering your career by picking up years worth of general DevOps skills?
Prepare to get excited about Docker (and this course)!
Dozens of massive companies are using Docker every day but the awesome thing about Docker is it works incredibly well even for the smallest projects.
Nowadays learning about Docker and general DevOps skills is gaining massive momentum in the tech scene. It's similar to how mobile app development was a few years ago.
Companies are EXPECTING new developers to manage the full life cycle of their web applications. This means BOTH developing and deploying your apps.
Here's your chance to STAY AHEAD OF THE CURVE.
The Docker for DevOps course isn't just your run of the mill introduction to Docker course. You can get that info by skimming Docker's website.
This course shows you WHAT you can build with Docker and HOW to do it -- of course you'll learn the Docker basics along the way!
Together we'll walk through developing and deploying a multi-service Flask and Ruby on Rails application (more framework examples will be provided as bonus lectures too).
Oh and don't worry, you won't need Flask or Ruby on Rails experience to understand this course. The emphasis is on deploying a web application, not building one.
Learning by example is a great way to retain information and learn quickly.
"The course has a perfect balance between theory and practical material. At the end of the course, you have a working and secured web app with fully automated deployment along with an understanding of how it works. This is exactly what I wanted from the course."
Ready to level up?
Here's what you'll get when you sign up to my course today:
I'll also give you tips on where to go next for topics such as:
For much longer than anyone cares to admit, it was easier to ship a physical container of coffee beans halfway around the world than it was to get all of the necessary bits and pieces needed for a software program from one machine to another. Then came Docker, and the problem was finally solved. This very interesting platform is fun and easy to learn, and gives an entirely new perspective on the world of programming. Plus, it’s another pretty bow to add to your CV.
Your Complete Docker Crash Course
No Linux Experience? No Problem!
This course has been designed for anyone who wants to learn Docker regardless of their experience level, but if you’re not familiar with Linux (which Docker uses), never fear; we’ve included an extensive - but not overwhelming - overview.
You’ll start by taking a look at Docker’s infrastructure and – you’ll be glad to know – how to install it on OSX and Windows. Once that’s done, you’ll learn everything you need to know images and containers, creating an image and running a web server. Then it’s into the nitty gritty of Docker Hub, tag, push and pull images, customising an image, and Docker Commands. You’ll finish off by creating a fully functional Wordpress website and running it, using Docker as the catalyst to make it happen.
With over 25 lectures and 2 hours of content, by the end of this course you’ll know exactly what Docker can do and how do it. Plus, you’ll be posed to use it in scenarios where it will most likely save you plenty of work. Not bad!
Basically, Docker allows you to ‘build, ship and run any app, anywhere’. It automates the deployment of apps inside software containers using various features of the Linux operating system (although it can be used on Mac and Windows). Think of it like a shipyard with a big cargo ship – it packages the various pieces of cargo needed for delivery (i.e software), then gets it onto the ship and off to its destination efficiently, safely and in one neat package.
Docker has taken the development world by storm in recent years, being the first effective tool that wraps up a piece of software in a complete file system package, installs it on a server, and runs it repeatedly. However, until recently it was difficult to do this with micro-architectures composed of numerous containers that all need to work in conjunction with one another. Enter Docker Compose, the handiest tool to hit the tech world since Docker. Here’s everything you need to know...
Learn Docker Compose Inside Out
Make Your Docker Experience Even More Stress-Free
This Docker Compose online course will make you a DC expert, learning the tool from top to bottom. It has been specifically designed for those that already know Docker, so you’ll skip the baby steps and dive straight in. First you’ll cover the basic features using a sample environment, gaining an understanding of restarts, dependencies, and persisting the database with a volume.
After that you’ll progress to networks. You’ll take an in-depth look at isolating containers, aliases and container names, links, using external networks, and how updates affect networking. Then it’s on to the really good stuff; a section each is dedicated to volumes, logging, the Compose CLI, and ‘Composing Compose’ (don’t worry, it won’t be as complicated as it sounds by the time you get there). Finally you’ll learn about Compose in Production.
The course is organised into logical sections so you can progress at your pace and in your own time. By the end, you’ll apply what you’ve learned to create a large environment for a sample legacy system, using all of the features covered in previous sections. You’ll then have the skills and confidence needed to go forth and create your own flexible application environments with Docker Compose.
About Docker Compose
Docker Compose is a useful tool from the people at Docker. It makes defining and running application environments made up of multiple Docker containers even easier and more efficient. Up until now, starting any more than one or two Docker containers was extremely complicated. With Docker Compose, the entire process just got infinitely better.
Docker dramatically changed (for the better) the lives of those who transfer, install and manage software applications on a regular basis. It made the process much less complicated and virtually eliminated any stress involved. Now, Kubernetes has made the whole thing even easier (yes, it’s possible). Want to learn how to containerize your application and then automate it from start to finish? This is the course for you...
Understand the World of Microservices
Develop, Ship and Run Applications with Ease
This course is suitable for everyone, from complete beginners right up to expert computer nerds. All you need is a fast internet connection, a credit card to set up a free trial on Google Cloud (no extra cost), and a basic working knowledge of modern technology.
You’ll start off by getting familiar with Google Cloud, Docker and Kubernetes, learning what they do and how you’ll be using them. Then you’ll take an in-depth look at the two most important tools, Docker and Kubernetes. Once you’ve gotten a good grasp on how each one works, you’ll move on to the course projects. You’ll install WordPress using Google Cloud, which includes creating Docker files, images, and containers along with deploying the site live.
Next you’ll create and configure a back-end and front-end master and slave nodes with replication controllers; apps managed by Kubernetes using a cluster of VMs. Sound confusing? Don’t worry, you’ll get hands-on training at every step to guide you in the right direction.
By the end of this course you will know what containers are and more than one way to use them to deliver software applications faster. You’ll know everything you need to know about Docker and Kubernetes, and you’ll never have to worry about using either one for your software application project ever again!
About Kubernetes and Docker
Docker is the world’s leading software containerization platform. It packages your application into one standardised unit, wrapping it into a complete file system that contains everything needed to run on a server. Kubernetes is a system created by Google to automate the deployment, scaling and management of containerized applications (like the ones Docker creates). The two combined make life a breeze for anyone needing to transport, install and maintain complex software applications anywhere.
It’s been a few years since Marc Andreessen, the found of Mosaic and Netscape - coined the phrase software is eating the world. But indeed it is true today. , the idea that “every company needs to become a software company” is considered almost a cliché. No matter your industry, you’re expected to be reimagining your business to make sure you’re not the next local taxi company or hotel chain caught completely off guard by your equivalent of Uber or Airbnb.
Doing business in the 21st century means embracing a world where software quite literally powers everything—from televisions to cars, and from social media to banking systems.
In the mean time Software development has seen a paradigm shift in the last few decades.
From the beginning of computing era in the 1960s up to late 1990s, the software was built by relatively small teams. These teams used large monolithic software stacks to build relatively simple and smaller applications which were used by 1 to a few tens of people. These applications were deployed on a central network server which the users connected to via their terminals and used the application.
The current era is all about ubiquitous connectivity and ever increasing adoption of mobile computing. To cater to these demands - the modern mobile apps and web applications are reaching global scale and billions of users. These app and web applications are built by larger teams which are geographically distributed. They build those large applications by stitching together a collection of services, APIs or microservices.
These services use a variety of stacks and are independent of each other. The services run on clusters spanning thousands or tens of thousands of servers or nodes. And the consumers use these applications over the cloud and the public internet using their mobile, tablet and desktop devices.
Deployment, management and operationalizing these large complex infrastructures is a daunting task. Containerization of the apps and services help to simplify these tasks. But even containers leave A bulk of administration tasks for deploying the latest application code, upgrading the servers, mapping the service end points, etc. to the user and DevOps engineers.
Won't it be great if we were able to aggregate and combine all the computing power available to us in our datacenter and treat it as one large computer?
What if we had a smart operating system which could manage our entire data center just like Linux or MacOS or Windows can manage our personal computers. Whether we are managing two virtual nodes or 10,000 Of them - Wouldn’t it be nice just to instruct our collection of servers or our datacenter – hey datacenter I want to run a web application and a database? Here is the code – and here are the commands to run these applications – please figure out which nodes can run these applications; deploy them and run them. By the way, if any of those nodes die – please make sure you move my application to another healthy node so that the end users do not experience any disruption.
Then based on the requirement of a particular app, a scheduler can dynamically allocate resources to the application. This will make the whole system much more efficient. We will be able to free up resources and drive the utilization up. This methodology has all kinds of benefits from saved costs to more uptime of the application and less administrative overhead.
This is exactly what Docker, Apache Mesos, and DC/OS provide.
Docker is open source engine that can help you automate the deployment of applications inside software containers. Is was released in March 2013 and has been gaining popularity ever since. It has over 100 million downloads, and over 75000 applications are running as dockerized applications – that is a LOT!
Apache Mesos is an open source cluster manager that provides efficient resource isolation and sharing across distributed applications or frameworks.
Mesosphere DC/OS is an enterprise grade datacenter-scale operating system, providing a single platform for running containers, big data, and distributed apps in production.
DC/OS is built on the Apache Mesos core and provides newer technology including the native container-orchestration, Marathon application platform, intuitive user interfaces and much much more.
Knowledge and experience about Docker, Apache Mesos and DC/OS could be very valuable for your career. The latest stats and figures show some amazing numbers like jobs requiring these skill sets pay higher than most of the jobs posted on public job boards within the US and annual salaries for professionals could be as high as $120,000. That is the exact reason why you must enroll in this course and take your career to the next level.
As the title suggests – this course aims to provide you enough knowledge about Docker, Apache Mesos, and DC/OS so that you can run and operate your own data center using these components together. But specifically:
Today the technology sector is experiencing a boom throughout the world. There are hundreds of startups launching every day. In order to move fast - these startups need people who are skilled at automating as much as possible. Mostly progressive startups - favor implementing completely automated DevOps pipelines from the get go. They realize that these practices of continuous integration (CI) and continuous delivery (CD) will yield tremendous benefits regarding speed and agility. The demand for these skills has been steadily rising over the last few years.
AWS CodePipeline and AWS CodeDeploy is a highly scalable and configurable toolset from Amazon AWS which enables us to build very sophisticated automated build and deployment pipelines.
Jenkins is an award-winning open source toolset which enables us to build very sophisticated automated build pipelines very quickly. It has extensive community support which has augmented the core functionality of Jenkins by building and sharing hundreds of very useful plugins.
Implementing continuous integration, continuous delivery and continuous deployment with these tools and frameworks can help us immensely in reducing the risk within our software development lifecycle. It catches us bugs early and increases the quality of our software products. This, in turn, reduces the overall cost to develop innovative software in any environment - startups and enterprise alike.
The demand for professionals who have experience with these tools has been growing steadily over the last few years. The salaries and consulting rates for these skills have also been rising and are only bound to go up as the demand for these skills remains steady or increases. Professionals with AWS and Jenkins experience can demand as much as $130K as their yearly compensation and these jobs pay more than majority of the jobs posted on US job boards.
In this course we will:
Whether you are an experienced AWS user or are just getting started with cloud computing. You know it is quite easy to get your infrastructure components deployed in the AWS cloud.
But do you ever wonder how you can orchestrate and manage your AWS resources in an easy and efficient manner? How do you automate the deployment and configuration of your EC2 instances, your IAM users, your elastic load balancers and numerous other AWS components services that your applications rely on?
If so, then we know exactly where you're coming from.
AWS does provide a very useful web based management console to deploy and manage all these cloud resources. The AWS management console works nicely if you have to occasionally make some changes to your cloud infrastructure which comprises of a few components.
But for a cloud architect or a cloud administrator who tend to manage tens or hundreds or even thousands of cloud resources – using the AWS management console may be too time-consuming and inefficient.
AWS also provides a powerful command line interface which can be used to manage AWS services known as AWS CLI.
AWS CLI stands for Amazon Web Services Command Line Interface.
It is a comprehensive and essential toolset provided by AWS which helps software engineers, IT and operations teams and DevOps engineers manage their cloud services and resources. It is a command line interface tool which facilitates automation by using scripting to operationalize your AWS resources from the command window or terminal.
If you are serious about automating your AWS based cloud infrastructure – then using the AWS CLI toolset in conjunction with bash scripting is the only way to go. And when any startup or technology company is looking to implement DevOps practices to automate their cloud infrastructure – they are willing to pay big money for cloud engineers and consultants to help them manage their cloud infrastructure. In fact, the hourly rates cloud engineers are easily few hundred dollars an hour. And the demand for these skills is just exploding.
Wouldn’t you want to acquire these skills and be a part of this cloud computing revolution? Be highly sought after and take your career to the next level
That's why today, we are thrilled to be able to share with you - our new training program "AWS MasterClass: Learn all about AWS Client Line Interface (CLI)."
In this course, you will get an in-depth look at this comprehensive and essential toolset called AWS CLI.
AWS CLI can be used to manage various AWS services like EC2, IAM, ELB, ECS and many others. In this course, we will dive deep into many of these services and learn how we can deploy, configure and manage some of the key cloud components available for these services.
You will find real actionable information and education in exchange for your time, willingness to learn and a fraction of the cost you will be able to demand as a cloud engineer or consultants. We can guarantee that you will get your investment back manyfold in no time.
Looking to scale your web applications with Docker? How about gaining heaps of practical knowledge about working with Amazon Web Services (AWS)?
Prepare to get excited about this course!
AWS has over a million customers, some of which are the most popular websites in the world. You can be sure that AWS will be a great fit for your web application regardless of what scale you're running at.
One awesome thing about using AWS is that a ton of companies are hiring people who have experience with it. All of the knowledge you gain from this course can be used to apply for DevOps or cloud computing positions.
The main AWS component that you'll learn about in this course is Amazon ECS, which is the Amazon EC2 Container Service. It's Amazon's take on how to manage a cluster of Docker containers.
The first section of this course will concentrate on getting familiar with AWS and then performing a deep dive on Amazon ECS where you'll learn everything there is to know about it. You'll also get familiar with Amazon ECR which is Amazon's private Docker registry.
During this deep dive there will be plenty of guided labs to get your hands dirty.
The second section of this course will be all about Dockerizing a multi-service Ruby on Rails application, as well as profiling that application with Docker and other open source tools.
If you're not a developer or have no intentions of using Ruby on Rails that's fine because you can skip the development section. The only thing you'll have to do is build the Docker image, which will be as simple as running a few commands.
The third section of this course will be taking the knowledge learned from previous sections and deploying the application to production on AWS in a fault tolerant way.
You'll learn how to calculate costs for a real life project hosted on AWS and load balance the web application so you can scale out to as many hosts as you need.
Along the way you'll learn about many other AWS resources and also learn how to hook up a domain name to a load balancer and secure it with a free SSL certificate.
This entire course is very hands on, with just enough theory to understand the main goal -- which is to get you comfortable scaling your web apps with Docker on AWS.
"Excellent teacher and great material - easy to follow and informative. I especially like the hands-on labs."
Here's what you'll get when you sign up to my course today:
Why is it worth using Docker?
Why is it worth using AWS?
Whether you are an experienced AWS user or are just getting started with cloud computing - you know it is quite easy to get your infrastructure components deployed in the AWS cloud. But do you ever wonder how you can keep a close eye on the AWS components you are using? Your EC2 instances, your RDS databases and numerous other AWS services that your applications rely on?
In this course, you will learn everything you need to master on various alerting and monitoring services available from AWS using CloudWatch. This course is designed for Software and IT architects, Software and network engineers, IT administrators, CIOs, CTOs or any technology leader looking to utilize cloud computing in their organization.
Why I should take this course?
In the course, "AWS MasterClass: Monitoring and DevOps with AWS CloudWatch" you will get an in-depth look at the de facto monitoring and alerting service offered by Amazon AWS called CloudWatch. You will learn how AWS CloudWatch can integrate with various other AWS services like EC2, RDS, EBS, ELB and many others. During this course, you will have a deep dive into many of these services and learn how we can monitor the key metrics available for these services.
You will learn how to setup alarms for certain thresholds for these metrics – so that you can get real-time alerts from AWS and we can take pro-active measures to make sure that our AWS infrastructure is performing at peak level.
After taking this course, you will be proficiently acquired the skills and be a part of cloud computing revolution and to take your career to a new level. You will have learned everything you need to master on various alerting and monitoring services available from AWS using CloudWatch. Take this course and start learning. There is no good time than today to invest in your career.