Despite it being open-source, Kubernetes is a secure container orchestration tool when implemented with operational security in mind. Deployment may be simplified, but it can be done without compromising security.
The right UI or API can make a huge difference. In a recent post by Kublr, the features of Kubernetes were outlined. There’s also information on how to leverage them to ensure optimum and secure performance.
An overview of container orchestration
Containers made it possible for software organizations to group multiple applications in one container platform. One container, for example, can have four applications. This makes it easy to manage and deploy the functions of each application.
But if you have 1,000 containers and 400 services, you’re going to need every help you can get to simplify the management process. This is where container orchestration comes in.
It automates all aspects needed to manage and coordinate containers. The focus is on ensuring that containers maintain a longer life cycle within a dynamic environment. Check it out at kublr
Container orchestration: How does it work?
It relies on the configurations files of tools, such as Kubernetes, which provide a guide on the following tasks:
- How a container orchestration tool will network between
- Where logs should be stored
- Schedule deployment of containers into clusters
- Identify the best container host
In addition, the orchestration tool will manage a container’s life cycle based on specifications that have been predetermined.
Kubernetes orchestration tool is capable of automating deployment and replication of containers and automating rescheduling of failed containers, among others.
How do software teams use container orchestration?
To automate and control several tasks, including:
- Container provisioning and deployment
- Container redundancy and availability
- Adding or removing containers to ensure application load is evenly spread across host infrastructure
- Seamless movement of containers in events of resource shortage or of a host’s death
- Monitoring the health of hosts and containers
These functions and more provide a range of benefits to the organization using orchestration tools.
Using a scale of specific functions or even just a single command, applications can be scaled up without affecting an entire application.
Deployment is fast and simple
This is because creating new containerized applications can be done quickly whenever increasing traffic needs to be addressed.
Productivity is enhanced
With a containerized orchestration tool, the installation process is simplified and dependency errors are reduced. This results in more work getting done in a shorter amount of time and in fewer processes.
Most importantly, security is improved because application processes are isolated and separated into different containers. Even when resources are shared between containers, internal or external security is not compromised.
How to ensure a secure container orchestration tool
As delineated by our friends at Kublr, improving the resilience and security of Kubernetes container orchestration tool is integrating it with Kublr’s management platform.
Security starts in between layers.
Kublr sets up and connects, on each instance, Kubernetes components at the Kubernetes layer so that each can communicate securely and reliably. In instances of a failure, the setup enables the components to recover as well.
Now that you know why a secure container orchestration tool matters, find out how Kublr can help your own software team. Head over to their website for more information.