In 2018, the number of connected IoT devices is projected to grow to over 23 billion, according to Statista. And these devices will create a volume of 400 zettabytes of data by the end of the year, as reported by Datastax. With such an explosion in device-driven data, it’s important to have a strategy for maximizing the business impact of IoT big data, transforming it into actionable intelligence.
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.
Join us at the IDC CIO Perspectives conference as Flux7 CEO, Aater Suleman, shares technology-based strategies for successful digital business transformation. in a “fireside chat” format with CIO Programs Executive Director, Mary Fran Johnson, he will share examples of enterprise IT transformation projects, and how businesses are able to use DevOps process improvement as a means to effectively balance the needs of operations, security and development to achieve specific business goals -- from faster time to market to improved code quality, optimized security and more.
Today we’d like to share the story of how the DevOps team at Flux7 worked with a Fortune enterprise customer to help them automate their AWS VPC creation, which reduced several days of manual, repetitive tasks into a simple user interface, concluding with a single click. Saving this firm days of manpower has meant that these resources can now be used for more strategic, business-impacting activities. Read on as we share a business view into this AWS case study.
Earlier we shared our analysis of the new AWS Systems Manager as a stand-alone service to manage AWS. If you missed that story, you can find ourwalk through of the announcement here. As promised, in today’s blog we will illustrate how the new features of AWS Systems Manager can benefit existing SSM users. While Flux7’s DevOps consulting teams are heavy users of SSM, we’d like to call out two enterprise AWS case study stories for you today that effectively illustrate how the new AWS Systems Manager can streamline and improve operations and compliance for SSM users moving forward.
In a constantly-changing industry, standing still is not an option -- for your business or your career. And the same is true for the Flux7 DevOps blog where we aim to provide you with valuable content that propels you forward, building your personal knowledge and transforming your business.
Join us Wednesday, February 7th in Austin, TX as Flux7 hosts a dynamic discussion with Consul HashiCorp Engineer Preetha Appan, who will share how Consul can solve several specific infrastructure and distributed systems problems.
As heavy users of Amazon’s EC2 Systems Manager (often referred to as SSM), to manage AWS environments, we were very interested in the recent announcement of AWS Systems Manager as a stand-alone service. Given the management tool’s prolific use across AWS accounts, we thought we’d walk you through the announcement, clarifying some of the confusion around AWS’s nomenclature, and in a second, follow-up blog, illustrate how its new features can benefit SSM users.
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.
Building a continuous integration and continuous delivery pipeline is a goal of many enterprises as they look to increase their agility and speed time to market. More to the point, as part of a healthy DevOps environment, CI/CD pipelines deliver business value through automation that grows developer output and strategic contributions. For AWS-based DevOps environments, many enterprises look to AWS CodePipeline to help facilitate their CI/CD as it integrates easily with other AWS services -- and a broad set of ecosystem tools -- and provides a consistent set of quality checks for code.