LifeShip & SPhotonix send memory crystal into deep space
Tue, 2nd Jun 2026 (Today)
LifeShip has partnered with SPhotonix to send a 5D Memory Crystal into deep space aboard AstroForge's DeepSpace-2 asteroid mission. The payload will carry a community-curated archive of human knowledge, culture and biological records.
Targeted for launch in November 2026, the mission marks LifeShip's next space archive project after a previous monument reached the Moon. At its centre is a quartz-based storage crystal made by SPhotonix using its FemtoEtch process, which encodes data within the material at the nanoscale.
The companies say the crystal is designed to withstand radiation, vacuum and large temperature swings in space. The storage medium is intended to preserve its contents for billions of years, making it suitable for a long-duration archive beyond Earth.
The archive will include stories, artwork, knowledge and cultural material gathered from a broad community, alongside a record of Earth's biological life. It will also contain a digitally preserved version of the complete human genome, stored separately in ceramic media, as well as a global art gallery and an open archive of human knowledge.
The asteroid mission adds to a growing field of privately backed efforts to send cultural and scientific records beyond Earth. AstroForge's DeepSpace-2 mission aims to land on an asteroid, placing the LifeShip and SPhotonix archive far beyond lunar orbit.
LifeShip previously sent a similar monument to the Moon, where it landed in 2025 aboard Firefly Aerospace's Blue Ghost lander. That payload included a seed bank, a DNA library and an archive of human knowledge, providing a template for the company's latest effort to create a long-lasting off-world record.
The new monument also includes artwork by Samuel Stubblefield. The companies say the piece was inspired by the earliest known hominid footprint and is intended to represent humanity's earliest traces on Earth.
Storage system
SPhotonix focuses on optical data storage and advanced optics. Its 5D Memory Crystal uses quartz glass rather than conventional electronic storage media, which the company says makes it more resilient in extreme environments where standard systems would degrade over time.
The use of quartz-based storage reflects wider interest in archival media that can outlast magnetic and semiconductor formats. In space, durability is critical because radiation, temperature variation and vacuum conditions can damage electronics and shorten the life of traditional storage systems.
By placing the archive on a deep-space mission rather than in Earth orbit, the project also raises the ambition of commercial memorial and heritage payloads. The companies are positioning it not as a short-term demonstration, but as a permanent artefact intended to survive on geological timescales.
Mission aims
Ben Haldeman, Founder of LifeShip, described the project as both a cultural and biological record. "There's something profound about sending humanity's genetic blueprint and collective story into deep space. We are placing a record of our planet on an asteroid, an archive that could outlast our civilization. This partnership with SPhotonix allows us to think beyond decades or centuries, to planetary and civilizational timescales. We're no longer just inhabitants of Earth, we're becoming stewards of life expanding outward," Haldeman said.
SPhotonix says the mission shows how optical storage can be used for long-term preservation beyond Earth. The company has previously worked on other crystal-based archiving projects, including preserving video game data and the human genome.
Ilya Kazansky, Chief Executive Officer of SPhotonix, said the project combined technical and cultural goals. "This mission represents a remarkable intersection of technology, culture and exploration. Our 5D Memory Crystal enables information to be preserved on timescales far beyond traditional storage technologies. By sending the story of humanity into deep space, we are demonstrating how advanced photonic storage can safeguard knowledge for future generations, wherever they may be. We're thrilled that our pioneering technology is part of a mission that encompasses humanity's curiosity, creativity and drive to explore," Kazansky said.