Which of the following is used for moving traffic within individual VLANs?

VLAN Access Maps are specifically designed for controlling and managing traffic within individual Virtual Local Area Networks (VLANs). They allow for the creation of policies that can permit or deny traffic based on specific conditions, thereby providing a more granular approach to security and traffic management within a single VLAN.

By applying VLAN Access Maps, network administrators can set rules to handle traffic effectively, ensuring that only the intended traffic can flow within the VLAN. This is essential for maintaining security and optimizing traffic flow based on the needs of the organization.

While routing protocols are important for inter-VLAN communication and Spanning Tree Protocol is crucial for preventing loops in network topologies, neither of these addresses traffic management within an individual VLAN. EtherChannel, which allows for the aggregation of multiple links, enhances bandwidth and provides redundancy at a higher level but does not specifically manage traffic within a VLAN. In contrast, VLAN Access Maps directly influence the internal traffic flow, making them the correct answer in this context.