In our last article we discussed how to smartly select a pilot project to prove out the benefits of a DevOps organization. As you begin to put your DevOps adoption plan in place, one thing that should be included -- regardless of the project chosen -- is a Landing Zone. As you transition from a traditional Development - IT Operations framework, the Landing Zone is important as it provides needed efficiency, standardization, and governance.
Join us Wednesday, June 13th in Austin, TX as Flux7 hosts a dynamic discussion with HashiCorp Solutions Engineer Sean Carolan, who will share how to use Vault to reduce risk, gain visibility, and secure your data.
Every year Built in Austin compiles a list of 50 Austin, TX-based Startups to Watch in which they highlight local companies founded in the last five years that they think are poised to make a real impression. How do they define an impression? As companies that have “got the ideas, the talent and the tech to usher Austin’s startup ecosystem into new levels of success.” We are thrilled to be included in this year’s list.
One of the key business drivers of cloud based DevOps is greater scalability, which the DevOps team here at Flux7 sees quite often -- especially for eCommerce and digital business. So, as more and more organizations move to AWS for its scalability, availability, and reliability, it makes sense we’d get more and more questions about moving to new solutions like AWS Web Application Firewall (WAF). In today’s blog, we will address why such a move is a good choice for companies migrating their digital business to the cloud. Let’s kick-off the discussion with a little background on AWS WAF.
In a recent blog, we shared the AWS case study of a major US airline and how we used the Kubernetes project for managing production-grade Kubernetes (K8) clusters, KOPS, to run its AWS-based K8 clusters. The goal was to host the company’s applications in an AWS-enabled framework, which the team at Flux7 helped implement in the form of its Enterprise DevOps Framework (EDF). As promised, today we will share the second part of their story, illustrating how we used Ubuntu CIS benchmarked images to help proactively safeguard against security threats.
At re:Invent just a few weeks ago, AWS announced Amazon GuardDuty, to enable secure monitoring. At the time, we lauded the announcement for its ability to grow security in AWS with a more holistic view of security in the cloud. In the past few weeks, we’ve fielded inquiries from several customers asking about the service, its features, and potential fit for their organization. Knowing that their questions may be indicative of a wider interest in the new managed service that monitors and detects malicious or unauthorized behavior across an organization’s AWS infrastructure, we are sharing today our analysis of Amazon GuardDuty.
According to eMarketer, ecommerce in 2017 increased 23%, continuing to surpass traditional retail growth rates; total retail sales -- including ecommerce gains -- were 5.8% in 2017. Yet, as we look into a competitive retail landscape for 2018, and begin to field calls from retailers looking to parlay 2017 gains into 2018 advantages, one discussion point is often around what role AWS best practices can play in ecommerce insurance. That is, through the process of digital transformation, building in consistency and availability for retail customers regardless of the channel they choose.
As an AWS Premier Consulting Partner, we are often asked about using the Kubernetes container management system within AWS. While Google created Kubernetes (K8s), Google’s Cloud Platform is generally seen as a better fit for running K8s clusters. However, until the recent re:Invent announcement of EKS, KOPS, the Kubernetes project for managing production-grade K8s clusters, was the best tool to deploy and manage K8s clusters in AWS. Which brings us to the topic of today’s blog, a customer story of how we used KOPS to run AWS-based K8s clusters. Stay tuned for the second part of today’s AWS case study in which we discuss the details of doing so with Ubuntu CIS benchmark images.
In the middle ages Byzantine emperors and European monarchs issued decrees with a golden seal that was testament to the origin of the decree. Fast forward to today and we can see how the idea of a golden seal -- or golden copy-- is used in technology to express that something is the official or master version. Taking the idea of a golden copy one step further, today we will discuss the concept of the golden Amazon Machine Image (AMI), its role in supporting a successful DevOps model, and how it can generate greater agility and stability.
As more organizations move to cloud computing, the ability to deploy with a blue-green deployment scenario is gaining popularity as a proven strategy to reduce downtime and risk. As this agile approach is one we are being asked about more often, today we will discuss the benefits of blue-green deployments, specifically within AWS hosted infrastructure, and how it can be even more easily facilitated now that Amazon CloudWatch events support AWS CodePipeline as a target.