Conventional network technologies are improved using containers and a new cloud-native network technology called Kubernetes. It is believed that container security refers to a particular set of security technologies required to guarantee the proper operation of container safety characteristics, including infrastructure protection, supply chain security, software security, and runtime security. Additionally, several layers of files known as container images are used to construct the security of containers. Container images act as a collection of instructions for creating a Docker container, such as a temple, and are comparable to snapshots in a virtual machine environment.
Due to the growing global threat of cyberattacks and the appeal of container application solutions over virtual machines, security technologies for containers and Kubernetes have been widely adopted. Most Docker containers don't operate in a highly privileged state. On the other hand, cybersecurity technology, like the Kubernetes security solution, is advancing. As a result, it is anticipated to be a crucial driver of market expansion. Furthermore, hybrid cloud technology is required for an enterprise to store sensitive data since it enables storing private and sensitive data while utilizing public resources to run applications.
The container cloud application has significantly changed the verticalization technology utilized by the government sector. As containers and Kubernetes technologies are being used, governments and private organizations have an excellent opportunity to enhance electronic defense techniques to protect government and personal application container systems against assaults. Additionally, the flexibility and efficiency of agency data centers are increased by this container- and Kubernetes-based security solution, which raises the overall security of the operations. An increase in multiple industry-leading initiatives is also fueling the development of container and Kubernetes security technology, and this is expected to offer the market promising growth opportunities.
North America is the most significant revenue contributor and is anticipated to grow at a CAGR of 24.30% over the projection period. North America comprises the United States, Canada, and Mexico. North America currently holds a dominant position in the industry due to its early adoption of container and Kubernetes security technology. Throughout the projection period, it is expected to grow significantly. There is a growing need for cloud platform and container application technology across various industries due to the rise in the use of sophisticated packaging solutions, which raises the requirement for container and Kubernetes security technology. The adoption of cloud infrastructure in the IT and telecommunications, and BFSI sectors is also predicted to fuel the container and Kubernetes security technology market over the forecast period.
Europe is anticipated to grow at a CAGR of 28.90% during the forecast period. The European region is predicted to dominate the container and Kubernetes security market. To increase the use of cloud computing technology in Europe, which is expected to drive the industry's growth, the top firms in the container and Kubernetes security market have been developing and implementing a wide range of cutting-edge strategies. For instance, the UK-based Stanford Research Institute worked with AccuKnox to create a USD 4.6 million oversubscribed venture to meet the growing need for Zero-Trust Kubernetes security solutions throughout Europe. Large corporations have also been more receptive to application container technology due to increased DevOps and a growing focus on modernizing corporate environments' digital cloud architecture.