Abstract: According to embodiments of the invention, systems, methods and devices are directed to a docking assembly for recharging a number of docking phones. The docking phones are complementary to each other to act as dynamic IP cameras with each position of the phones being automatically adjusted in view of obstructing objects moving in front of the docking assembly. As a result, images are produced having the widest field of view angles, thereby eliminating blocking effects from the obstructing objects. The docking assembly may have additional features such as using a round base structure having docking connectors disposed on a circular track around the base structure such that any docking phones, when connected, can be moved freely along the circular track. The phones may work in unison to produce a flat, stitched image by connecting individual images produced by the connected phones.

Abstract: According to embodiments of the invention, systems, methods and devices are directed to a docking assembly for recharging a number of docking phones. The docking phones are complementary to each other to act as dynamic IP cameras with each position of the phones being automatically adjusted in view of obstructing objects moving in front of the docking assembly. As a result, images are produced having the widest field of view angles, thereby eliminating blocking effects from the obstructing objects. The docking assembly may have additional features such as using a round base structure having docking connectors disposed on a circular track around the base structure such that any docking phones, when connected, can be moved freely along the circular track. The phones may work in unison to produce a flat, stitched image by connecting individual images produced by the connected phones.