Nokia, a name once synonymous with mobile phones, is making a major comeback—though not in the way many might expect. For years, the Finnish telecommunications giant dominated the mobile phone market with iconic devices like the 5110, 3310, and N-Gage. However, with the advent of smartphones, Nokia’s grip on the market slipped, and despite being a household name, the company gradually faded from the spotlight. While the brand still exists through HMD Global, which handles Nokia-branded phones, the company has shifted its focus towards telecommunications infrastructure—a decision that may just position Nokia as a key player in a groundbreaking development in space.
The company’s pivot to telecommunications infrastructure is not just a business strategy; it is now set to play a critical role in creating the first-ever cellular network on the Moon. Yes, you read that right—Nokia is working on a 4G network that will span the lunar surface. The network, called the Lunar Surface Communication System (LSCS), will be designed to support communication systems for future lunar missions, enabling astronauts to maintain contact with Earth and communicate with equipment on the Moon.
Nokia’s Bell Labs, the company’s research division, is responsible for modifying existing 4G/LTE technology to withstand the harsh conditions of space and the Moon’s environment. The modifications to the system are still largely under wraps, but it is understood that the network will need to be capable of operating in an environment where temperatures can range from extreme cold to intense heat, and where the lack of an atmosphere presents unique challenges for wireless communication. The LSCS will be crucial in supporting a variety of activities, including lunar surface exploration and operations, by allowing reliable communication across vast distances on the Moon’s surface.
The LSCS is not the only technological advancement being developed as part of this lunar mission. Two specialized surface vehicles are integral to the success of the network and the overall mission. First is the Micro-Nova Hopper, affectionately referred to as “Grace” by its makers at Intuitive Machines. Grace is a tiny yet important piece of machinery designed to travel into the Moon’s permanently shadowed craters, where it will search for large concentrations of hydrogen—a potential sign of water ice deposits that could support future human missions to the Moon. Grace will use the LSCS to send data back to Earth for analysis, serving as an important tool for lunar exploration.
The second vehicle, known as the Mobile Autonomous Prospecting Platform (MAPP), is a rover created by Lunar Outpost. This rover will explore the Moon’s south pole, mapping the lunar surface while capturing stereo images and environmental data. Just like the Micro-Nova Hopper, MAPP will rely on the LSCS for communication purposes, further integrating Nokia’s lunar network into the mission’s operations.
The journey of these innovative technologies to the Moon is set to begin in February 2024, when Intuitive Machines will launch its second mission as part of NASA’s Commercial Lunar Payload Services (CLPS) program. The first mission, which took place in February 2024, was a milestone in the U.S. space industry, marking the first time since Apollo 17 in 1972 that a lander touched down on the Moon’s surface. This mission carried 12 science experiments, six of which were designed by NASA. The upcoming February 2025 mission will see the launch of a Nova-C class lander, named Odysseus, which will carry the Nokia-powered LSCS and other critical components to the Moon.
This lunar communication network represents a huge leap for both Nokia and humanity’s quest for deeper space exploration. For Nokia, it’s an opportunity to reassert its dominance in a new and exciting arena—space technology. For humanity, it’s a critical step toward sustainable exploration and eventual colonization of the Moon, with the potential to pave the way for future communication networks on Mars and beyond.
While the challenges are vast, the opportunity for Nokia to play a role in space exploration could well be the company’s most significant contribution to the tech world since its heyday in mobile phones. As the world watches these groundbreaking developments unfold, the Nokia brand is taking a bold step into the future of technology—this time, far beyond Earth.
Source: autoevolution
