Which statements are correct when comparing Linux containers with traditional virtual machines?

Containers are indeed recognized as a lightweight virtualization method. This means that they allow multiple isolated applications to run on the same host system while sharing the operating system kernel. The lightweight nature of containers stems from their ability to utilize the host operating system directly rather than needing their own complete operating system, as is the case with traditional virtual machines.

In contrast, traditional virtual machines (VMs) incorporate a hypervisor to provide full hardware abstraction, which allows each VM to run its own operating system, often making them more resource-heavy compared to containers. Due to this architecture, VMs require more storage and memory because of the complete operating system stack they carry.

This comparison underlines the efficiency and speed of containers when it comes to starting and running applications, as containers can typically launch much faster than VMs due to their minimal overhead. This characteristic has led to containers becoming a preferred solution in environments where rapid deployment and scalability are essential.