NASA is streaming live high-definition video from an external camera mounted on the International Space Station's Harmony module [1].

This feed provides the public with a direct window into orbital operations and the planet's appearance from space. By making this footage accessible, the agency increases transparency and public engagement with ongoing space exploration.

The camera captures views of Earth and the International Docking Adapter 2 [1]. The station orbits the planet at an altitude of approximately 250 miles, or 425 kilometers [1]. This perspective allows viewers to see the curvature of the Earth and the structural components of the station as it travels through the vacuum of space.

NASA utilizes a recorded loop when the camera is unavailable for operational reasons [1]. This ensures that the stream remains active even when the hardware cannot be operated in real time. The agency uses these tools to support various missions, including a resupply mission livestream that occurred on April 13, 2026 [2].

The Harmony module serves as a critical hub for the station, connecting multiple components, and facilitating the movement of crew and cargo. The external camera's position on this module provides a strategic vantage point for monitoring docking procedures and station maintenance.

Public access to these streams has expanded across various platforms. While some reports indicate the use of official NASA channels for resupply missions [2], other reports suggest that the agency has explored streaming launches and spacewalks through third-party platforms like Netflix [3].

“The camera captures views of Earth and the International Docking Adapter 2.”

The availability of continuous, high-definition orbital footage transforms the International Space Station from a remote laboratory into a public educational tool. By integrating these feeds into mainstream digital platforms, NASA is shifting its communication strategy to reach a broader audience, moving beyond specialized scientific circles to foster global interest in space science.