Starcloud Targets Bitcoin Mining From Space With New Orbital Data Center Launch

• Starcloud plans to start Bitcoin mining in space using solar powered orbital data centers and low cost ASIC miners.

• Starcloud satellite network could support energy heavy Bitcoin mining without using power from Earth grids.

• Bitcoin mining difficulty dropped to 145 trillion, which offers miners short term relief as profitability remains under pressure.

Starcloud plans to begin mining Bitcoin from space later this year as it prepares to launch its second spacecraft. The Nvidia-backed startup aims to operate Bitcoin mining hardware in orbit. The project positions Starcloud to become the first company to mine Bitcoin beyond Earth. The plan forms part of a broader strategy to build large orbital data centers.

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Starcloud CEO says the company plans to mine Bitcoin from space. pic.twitter.com/h8IGzkulJ4

— BitPass (@aw1765958) March 9, 2026

The company revealed the mining plan while discussing its growing space computing infrastructure. Starcloud launched its first satellite in November with a powerful NVIDIA H100 chip onboard. The mission marked the first time such a powerful GPU operated in space. Consequently, the company expanded its plans for large-scale computing infrastructure in orbit.

Starcloud launched operations in early 2024 to address rising energy demands from artificial intelligence systems. The startup believes orbital data centers can supply large computing capacity without stressing Earth’s energy systems. Its design relies heavily on solar power generated directly in space. As a result, the company expects long-term operational efficiency for large computing workloads.

Orbital Data Centers Target Energy and Cost Efficiency

Starcloud plans to deploy massive satellite clusters to support computing infrastructure in orbit. The company’s proposed network includes around 88,000 satellites forming orbital data centers. These satellites will rely primarily on solar energy for continuous power generation. Therefore, the system reduces dependence on terrestrial energy infrastructure.

The company argues that Bitcoin mining presents an efficient workload for space computing infrastructure. Bitcoin mining relies on specialized ASIC machines designed for a single task. These systems require far less cost per watt compared with advanced GPUs. Consequently, ASIC miners present a cost-effective computing model for space operations.

Clip on Bitcoin mining pic.twitter.com/WXlp1BMya1

— Philip Johnston (@PhilipJohnston) March 8, 2026

Industry data shows GPUs cost significantly more per kilowatt than ASIC mining machines. High-end chips such as NVIDIA’s B200 cost tens of thousands of dollars per kilowatt. In contrast, ASIC machines cost close to one thousand dollars per kilowatt. Therefore, Bitcoin mining hardware provides a cheaper path to scale computing operations in orbit.

Bitcoin mining currently consumes roughly 20 gigawatts of electricity worldwide. That continuous demand places pressure on power grids and energy markets. Starcloud believes orbital infrastructure could eventually handle much of that demand. Solar-powered satellites could support mining activity without drawing power from Earth.

Interplanetary Bitcoin Transmission Explored

Meanwhile, researchers and entrepreneurs are exploring how Bitcoin could move across planets. Tech entrepreneurs Jose E. Puente and Carlos Puente proposed a system for interplanetary Bitcoin transfers last year. Their proposal examined how digital transactions could travel through space infrastructure.

The plan suggested using optical communication links through networks such as NASA systems or Starlink satellites. The design also includes a specialized interplanetary timestamping system. This system would help maintain accurate transaction validation across large distances.

In theory, Bitcoin transactions could travel between Earth and Mars in roughly three minutes. The network would route transactions through space stations, satellites, and communication antennas. Some signals could even relay around the Moon before reaching Mars.

However, the researchers determined that Bitcoin mining on Mars would remain impractical. Communication latency between planets would slow block verification and disrupt network timing.

Bitcoin Mining Faces Market Pressure

Bitcoin mining economics have tightened over recent months due to market volatility. The price of Bitcoin fell nearly 48% from its October peak near $126,080. Recently, the asset traded around $67,797.

Lower prices have reduced mining profitability across many operations. However, network mining difficulty has eased slightly during the same period. The difficulty level dropped about 7% from a record 155.9 trillion units to roughly 145 trillion. That decline provides temporary relief for miners operating under tighter profit margins.