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Follow: The decades-old approach to software development called software containers is often explained with analogies. Just how complex is containerization?

Aug 1, 2018 - Some will acquire container security technologies -- Tenable was early to the market when it acquired FlawCheck in 2016 -- and others will.

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And what does it mean for security models? 'Virtual machines are like herds of cattle. Containers are more like locusts. They are dense, little, going everywhere, and controlling them becomes much harder,' said Loris Degioanni, the CTO and co-founder of Sysdig Inc., a San Francisco-based container security tools provider that came out of stealth mode in 2015. Moving to microservices The shift from centralized software deployments toward distributed environments, often running in the cloud, is transforming data centers and application architectures as more companies create services made up of business functions and other components known as. Why is this happening now?

'Enterprises want to adopt continuous integration and continuous development that is based on splitting applications into services and microservices,' Degioanni said. 'And that requires essentially using different building blocks to write these applications, and those building blocks tend to be containers.' Developers first started to move to Agile environments to improve speed and scalability in the cloud.

Containerized applications, which package libraries and dependencies, offer portability with fewer constraints from operating environments. Interest in containers -- and container security tools -- is high; adoption is low. According to Gartner, less than 20% of global organizations run containerized applications in production environments.

That number is expected to increase rapidly over the next two years, however, reaching 50% by 2020. While the shift toward microservices architectures is new, containers are not. The concept originated with Linux container technology, which enabled users to run isolated instances of Linux on a single host. 'If you look at a modern Linux operating system, everything is in containers already,' said Dan Walsh, a consulting engineer who heads the Red Hat container team, during a in 2017 for a Weave Online User Group. The security modifications in the Linux kernel for Security-Enhanced Linux can provide even better process isolation.

Based on constructs from the National Security Agency, provides mandatory access control that the Department of Defense requires. (Walsh is the author of 'The Container Coloring Book,' which uses a three little pigs analogy to explain container security.) A container is essentially a process -- a lightweight, executable package of software -- running on Unix, Linux and, more recently, Windows systems. Based on isolation created by the Linux kernel namespaces, it cannot see other containers or processes running on the host.

Linux kernel control groups are used to isolate and limit resource allocation, such as memory, to maintain system performance. When you run applications in containers, you end up managing applications rather than operating systems, according to Walsh.