Docker is an awesome technology, and it’s prevalent in nearly every software developer’s workflow. It is useful for creating identical environments and sharing them between development, testing, production, and others. It’s a great way to ship a reliable software environment between systems or even to customers. However, like with any technology, one must know how to be secure when using it.
Authorization to Operate (ATO) in a day and on-going authorization are compliance nirvana. The ATO is the authorizing official’s statement that they accept the risk associated with the system running in production environments using live business data. The idea that all of the information necessary to make a risk decision is at hand and can be consumed by decision makers is what every compliance program is trying to achieve.
With the growing complexity and velocity of security threats in dynamic, cloud-native environments, it’s more important than ever for security teams to have the same visibility into their infrastructure, network, and applications that developers and operations do. Conversely, as developers and operations become responsible for securing their services, they need their monitoring platform to help surface possible threats.
As enterprises adopt cloud-first or cloud-native strategies, Kubernetes is by far the most important strategic consideration. At the same time, for the large subset of these enterprises which take payment from consumers, PCI DSS has never been more critical. More than ever, enterprises have to pay attention to data security (and their commitment to improving security posture) in order to meet compliance requirements. So what has to change to meet compliance in a Kubernetes-based environment?
This week, I'm pleased to announce that we closed our $14M Series A financing round. We look forward to partnering with our new investor, Accel, who led the round alongside existing investors, Unusual Ventures and A.Capital. Accel's Eric Wolford will join our board, bringing a wealth of open source experience from Heptio, SysDig and Corelight.
This article will be exploring the challenges Gravitational engineers faced when designing a discovery protocol for Teleport and how we learned to channel our inner Gordon Gekko to create a greedy solution. Teleport helps to empower engineers by enabling remote, secure access to their infrastructure while meeting compliance requirements, reducing operational overhead and complete visibility into access and behaviors.
