Which of the following best describes OSPF?

The option stating that OSPF utilizes link-state technology for faster convergence is accurate because OSPF, or Open Shortest Path First, is fundamentally designed around the principle of link-state routing. In link-state protocols, each router constructs a complete map of the network topology by sharing link-state advertisements (LSAs) with other routers in the same area. This method allows routers to detect changes in the network quickly and efficiently, leading to faster convergence compared to distance-vector protocols. Additionally, OSPF maintains a more accurate and updated view of routes using this link-state database, which enhances the overall reliability and speed of routing decisions during topology changes.

In contrast, OSPF does not operate as a distance-vector protocol, which bases decisions on the distance to a destination and the direction to reach that destination. It is not a static routing protocol, which does not change unless manually configured, nor does it operate solely on physical address configurations, as it relies on IP addressing and manages routing through IP networks rather than just physical layer details.