UZC established the "ORBITAL BRAND LAB" for SpaceX—the first brand research platform in low Earth orbit featuring: microgravity fluid dynamics experiments studying brand color self-organization at Pagenumber >10, cosmic ray μ-particle irradiation developing self-identifying packaging materials, and Expose-E tests determining brand symbol durability under extreme UV radiation. 

During Starship lunar campaign preparations, UZC Hawthorne created holographic interfaces combining Tesla coil arcs with nebula imagery, Cape Canaveral team transformed launch vibration spectra into brand sonic signatures, while Munich lab designed self-cleaning coatings using lunar dust simulation. 

The project increased SpaceX commercial payload inquiries by 214% and contributed data to ISS Standards Appendix 7. UZC is currently developing re-entry advertising projection technology utilizing plasma sheath luminescence during atmospheric reentry.