The European Space Agency (ESA) and NASA are collaborating to develop a new, disruption-tolerant internet specifically for space. Unlike the traditional internet, which is prone to interference and cannot store information, the new space internet will have the ability to store and deliver information even when communication is temporarily lost. This is particularly important for space missions, where the loss of communication can result in the loss of expensive spacecraft and rovers. The new internet will use multiple network nodes in space to divide signals into smaller data packets and transmit them until they reach their destination.
Recently, NASA astronaut Sunita Williams used the new communication protocol to control an ESA rover in Germany from the International Space Station (ISS). The new internet is similar to the traditional internet, but with added robustness and the ability to store and deliver information even when communication is temporarily lost. The new internet will be used to control rovers and spacecraft on planetary surfaces, allowing for safer and more efficient exploration. The new internet will also allow for remote control of spacecraft and rovers from Earth.
The new space internet is a significant step forward in space exploration, allowing for safer and more efficient communication between spacecraft and rovers. The ability to store and deliver information even when communication is temporarily lost is particularly important for space missions, where the loss of communication can result in the loss of expensive spacecraft and rovers. The new internet will be used to control rovers and spacecraft on planetary surfaces, allowing for safer and more efficient exploration. The new internet will also allow for remote control of spacecraft and rovers from Earth. The collaboration between ESA and NASA is a testament to the importance of international cooperation in space exploration, and the new space internet is a significant achievement in this regard.
