Once you have containers in production certain security measures must be put in place to cover network filtering, container inspection, and host security.
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Cloud-native architectures are already impacting data science, IoT, and other areas and will provide both the threat of being disrupted and the opportunity for innovation.
DevOps teams face a steep learning curve with best practices related to deploying, running, and managing the lifecycle of a containerized application.
Hybrid cloud computing for high performance computing is quickly becoming commonplace, but there are certain challenges that CIOs must overcome in order to reap all the benefits.
Inadequate container security is increasingly leading to strikes related to ransomware, cryptomining, data theft, and service disruption attacks.
Big banks find more to like with container technology, which offers security plus tools to innovate and better compete in a dogged marketplace.
The modern infrastructure needs to embrace DevOps principles and apply its methodologies to the network.
Containers present a hefty challenge for traditional firewall rules and iptables.
The entire cloud native ecosystem has begun to address enterprise needs.
Enterprises see security risks, unfamiliar workflow, replacing legacy products, and IoT as barriers to container adoption.
The problem is that the security and policy features are provider specific.
SDN is well suited to address the security requirements in container environments.
Open source collaboration, persistent storage, and security were some themes to keep in mind.
Containers certainly face security threats that virtual machines do not.
Cloud forced the network to adopt a software-defined approach, both in form and operation.