Falcon 9 Launch Contains Blue Ghost Lander

Space-Based Data Storage Solutions

Flexential, a provider of data center solutions, partnered with Lonestar Data Holding Inc. (Lonestar), which is involved in lunar infrastructure and resiliency as a service (RaaS) to support Lonestar’s upcoming launch of Freedom, its second data center to the moon with Intuitive Machines on a SpaceX Falcon 9 rocket.

Intuitive Machines Lander with Lonestar Freedom Payload

Data Center on the Moon

The companies say that space-based data storage solutions eliminate the need to use terrestrial resources, including power, while advancing resiliency and reliability in data infrastructure. Space-based data centers can also provide protection of essential data against large-scale disasters, including earthquakes, hurricanes, wildfires, floods, warfare, and acts of terrorism that could impact terrestrial facilities.

Primary Purpose of Lonestar’s Orbital Data Center

According to the press release, the primary purpose of Lonestar’s orbital data center will be to provide resiliency and disaster recovery and edge processing services for their global government and enterprise customers who require the highest levels of data protection. Unlike a traditional data center, Freedom is solar powered and naturally cooled to leverage Solid-State Drives (SSDs) and a Field Programmable Gate Array (FPGA) edge processor.

Blue Ghost Lander Carries Tokens and Historical Data

On January 15, a lunar lander embarked on a journey to the moon, carrying tokens and a significant piece of historical data. This data, securely encoded in synthetic DNA from Iridia, is encapsulated within a monument symbolizing humanity’s achievements and carried in Lifeship’s lunar payload on the Dragonfly Aerospace Blue Ghost Lander.

Firefly Aerospace Blue Ghost Lander

Long-Term Data Retention

By virtue of the moon’s stable environment and Iridia’s shielded nanotechnology, this archival milestone is projected to endure for millennia, serving as a testament to humanity’s commitment to protecting and preserving our collective knowledge—and to drive forward the frontiers of AI technology.

Iridia Molecular Wallet

Iridia participated in this mission in collaboration with Arweave, an open-source protocol for permanent data storage, and the ASI Alliance, a collaboration between SingularityNET, Fetch.ai, and Ocean Protocol. ASI (FET) tokens, an alliance of leading AI protocols, will be securely stored in an Iridia Molecular Wallet. This solution for private key backup highlights the versatility of molecular storage for preserving both historical records and digital assets.

Conclusion

Data infrastructure is moving to the moon with an upcoming launch of a lunar data center by Flexential and Lonestar Data Holdings and the upcoming landing of an Iridia digital wallet with assets from Arweave and the ASI Alliance.

FAQs

Q: What is the purpose of Lonestar’s orbital data center?

A: The primary purpose of Lonestar’s orbital data center will be to provide resiliency and disaster recovery and edge processing services for their global government and enterprise customers who require the highest levels of data protection.

Q: How will the data center be powered?

A: Freedom, the data center, is solar powered and naturally cooled to leverage Solid-State Drives (SSDs) and a Field Programmable Gate Array (FPGA) edge processor.

Q: What is the purpose of the Iridia Molecular Wallet?

A: The Iridia Molecular Wallet will securely store ASI (FET) tokens, an alliance of leading AI protocols, and will serve as a solution for private key backup, highlighting the versatility of molecular storage for preserving both historical records and digital assets.