Posts under Microservices
We’re excited to share the news today that we’ve entered into a technology development and strategic investment agreement with In-Q-Tel (IQT). For nearly 20 years, IQT has been critical to driving cutting-edge technology into the U.S. Intelligence Community. The not-for-profit investor identifies innovative security startups and connects them with U.S. government agencies chartered with keeping the United States safe. In choosing to partner with StackRox, IQT has signaled the criticality of containers in driving application innovation today and the advanced security StackRox provides for these environments.
There has never been a better time to be a DevOps engineer. Compared to traditional web stacks, containerization has dramatically streamlined the task of deploying web services such as databases, key/value stores, and servers. Furthermore, container orchestration tools, like Google’s Kubernetes and Docker Swarm, enable organizations to automate the deployment and management of these containerized applications. But the tools that make life easier and more efficient for engineers can also be a gift to an attacker.
This is a guest blog by Rob Fry, an accomplished architect, inventor and public speaker with 20 years’ experience primarily in large-scale Internet companies and the utility industry. At Netflix he invented FIDO, a patented open source security orchestration platform, and while at Yahoo created the DUBS configuration and automation framework for production servers. Over the past two decades, we’ve seen adoption of new technologies reshaping the landscape of how we operate and secure our businesses.
In the seventh video in our demo series, we’ll take a look at StackRox reports. StackRox gives you summary reports for any period of time to help you get a sense of the risk in your environment. In this video, you can see how we provide a number of preset reports, including an overview summary, alerts by severity, top attacks, policy violations, infected applications and services, top vulnerable services and images, and external infection sources.
Today we are excited to announce a new partnership with Google Cloud Platform (GCP) to jointly deliver end-to-end security across the cloud-native stack for any enterprise. Together, StackRox and Google will accelerate customers’ adoption of secure, containerized application architectures. No company knows more about containers than Google. They have run containers in production for over a decade, and pioneered an ambitious new approach to enterprise computing at scale. Google originated Kubernetes and continues to be its largest contributor in every release, even after more than 58,000 commits.
Last week marked another milestone for the public cloud. I had the opportunity to attend Amazon Web Services (AWS) re:Invent, along with more than 43,000 other attendees who descended on Las Vegas to hear how organizations are using the cloud, learn from more than 1,300 technical sessions, and catch a highly anticipated lineup of product announcements from AWS (an exhaustive list can be found here). AWS re:Invent registration area AWS re:Invent record attendance
Four and a half years since it was first introduced, Docker continues to have a profound impact on reshaping how developers build, ship, and run software applications. Few could have anticipated the speed of Docker adoption that we have observed to date with more than 21 million hosts now running Docker, over 24 billion Docker container downloads, and a vibrant ecosystem of 100,000+ third-party projects that incorporate Docker. As the de facto standard for the container runtime and image format, Docker has democratized the ability for anyone to take advantage of container technologies that could previously only be utilized by a handful of the world’s largest, cloud-native companies.
In the seventh video in our demo series, we’ll take a look at StackRox machine learning capabilities. StackRox uses five simultaneous machine learning models to continuously capture and analyze millions of signals from your container and microservices environments, delivering insight and intelligence. You can use these powerful models – snapshot them, import and export them – in your distributed environments for good security hygiene and baselining for effective threat detection.
In this fourth video of our demo series, I show how our solution gives responders the capabilities to hunt for threats in their environments by looking for malicious indicators. In this video, see how StackRox tracks suspicious events over time and surfaces them if they are used in malicious activity.
The Red Hat OpenShift platform is enabling enterprise organizations to use container technologies such as Docker and Kubernetes to build, deploy, and run applications with unprecedented agility, scale, and speed. In this blog post, I’ll walk through how we’ve integrated StackRox with OpenShift to help our joint customers ensure comprehensive security across their container lifecycle. You can also visit the OpenShift Commons to view a recording of my briefing on this topic from last week, which goes into more details, and provides a live demo of StackRox running with OpenShift.
It should come as no surprise that behind the rapid adoption of Docker containers are a set of slam-dunk cost and operational benefits. According to Docker, enterprise IT budgets are heavily consumed by maintenance and upkeep of legacy applications on the order of 80%. Containers drastically change that equation, and the customers that leverage them are realizing massive improvements in resource utilization, resulting in a 50%-60% drop in virtual machines (VMs)– and ultimately, hypervisor licenses– required to run the refactored application.
Container technology is fundamentally changing the way incident response (IR) is handled within the enterprise, and it is putting agile organizations back in a position of strength against their attackers. Microservices and containers comprise an infrastructure that can be leveraged as a security orchestrator and responder, which allows for radical improvements in both the scale and speed of threat detection, response, and prevention. IR in a traditional environment Today’s systems have become too distributed, integrate too many programs, and present too many attack surfaces for security analysts to thwart attacks effectively.
We’re pleased to begin our video demo series walking you through the StackRox platform. Our first video features a look at our map view and visibility features. This allows security teams to quickly understand what’s impacting their infrastructures, and gain a clear view of the risk across their overall environment.
Enterprise organizations across diverse verticals, such as 3M, Adobe, Kellogg’s, and Netflix, have been ramping up their use of the public cloud to the point where that usage accounts for a substantial portion of their annual IT spend. ‘Enterprises with big budgets, data centers, and complex applications are now looking at cloud as a viable place to run core business applications’, according to Dave Bartoletti, an analyst at Forrester Research.
At StackRox, we’re thrilled to have the support of Ron Gula, an industry luminary and invaluable mentor to me for the past decade. Ron is a longtime leader in the security community, having started his career at the National Security Agency (NSA) conducting penetration tests of government networks and performing advanced vulnerability research. Ron is also an experienced entrepreneur, CTO, and CEO, as the original author of the Dragon Intrusion Detection System, CTO of Network Security Wizards (acquired by Enterasys Networks), and cofounder of Tenable Network Security, where he served as CEO from 2002-2016.
Forensics in the age of containers You’ve seen it countless times in television’s most popular dramas: professional investigators descend on the scene of a crime to meticulously record and analyze every detail and clue before anyone else can disrupt the scene. If the crime appears to be related to other ongoing cases, clues are tacked to the peg board back at headquarters. Only once all the pieces have been assembled do patterns emerge.