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Lunar Archive 2026

  • The GLPH archive is integrated into Astrobotic’s infrastructure-class Griffin-1 lunar lander designated by NASA as Moon Base II.
  • Griffin-1 is slated for launch from Cape Canaveral, Florida, in Q4 2026 on a SpaceX Falcon Heavy rocket.
  • Upon touchdown at the lunar South Pole, AstroGLPH will remain permanently accessible on the surface, effectively establishing the first assets “licensed” for another celestial body.
  • Learn more on the Astrobotic site.
Digital solves accessibility

Dual Output Approach

Accessibility + Permanence

High-resolution imaging → Precision engraving on nickel plate → Generation of digital master file

Recovery

If the digital layer is compromised, lost, or becomes unreadable → Scan the physical nickel plate.

Parse it back into PDF or other usable formats.

NanoFiche solves permanence
Permanent • Migration Free • Maintenance Free

Space

NanoFiche® delivers radiation-resistant, maintenance-free archival storage on durable nickel plates. Requiring no power, electronics, or software, it offers permanent data preservation ideal for long-duration space missions. Content remains readable by simple magnification for centuries, even if all electronic systems fail.

Genealogical

NanoFiche provides families a permanent solution for preserving genealogical records, photos, and documents. Engraved on durable nickel plates, content resists degradation and requires no maintenance, migration, or special technology. Future generations can access their family history using only simple magnification, protecting precious records from digital obsolescence and environmental damage for centuries.

Religious

NanoFiche offers religious archives a permanent solution for preserving sacred texts and doctrinal records on durable nickel plates. Readable by simple magnification for centuries with no maintenance or migration required, it supports faithful stewardship while eliminating recurring costs and risks of digital obsolescence.

Government

NanoFiche presents government archives a permanent preservation of public records on durable nickel plates. Readable by simple magnification for centuries with no maintenance or migration, it reduces long-term storage and migration costs while providing strong resilience against disasters, cyber threats, and technological obsolescence.

Arch Mission Lunar Library
Microscope with 0.5 mm smallest photos
Recovered photo at 30X

Preserved in Space

NanoFiche for the Arts

NanoFiche Explained

Microscopic scan of a NanoFiche

Up to 1,000 images or pages of text fits on a coin the size of a quarter.