@discreetarchive.bsky.social
Discreet Archive, music and artifacts that explore quietness. Appropriate demos welcomed.
https://discreetarchive.cargo.site
https://discreetarchive.cargo.site
Almost everyone who has ordered our Earthphone has asked if it is waterproof. This inspired a period of research, and I'm pleased to introduce the Seaphone.
Originally designed for seismic measurements, it can be used to capture faint vibrations in various materials and even soil, rock and now water
Originally designed for seismic measurements, it can be used to capture faint vibrations in various materials and even soil, rock and now water
March 30, 2025 at 9:13 AM
Almost everyone who has ordered our Earthphone has asked if it is waterproof. This inspired a period of research, and I'm pleased to introduce the Seaphone.
Originally designed for seismic measurements, it can be used to capture faint vibrations in various materials and even soil, rock and now water
Originally designed for seismic measurements, it can be used to capture faint vibrations in various materials and even soil, rock and now water
Introducing the Earthphone. Check out the link in our bio for more information.
A highly sensitive omnidirectional geophone. Originally designed for seismic measurements, it can be used with normal field recording equipment to capture very faint vibrations in various materials.
A highly sensitive omnidirectional geophone. Originally designed for seismic measurements, it can be used with normal field recording equipment to capture very faint vibrations in various materials.
January 22, 2025 at 3:43 PM
Introducing the Earthphone. Check out the link in our bio for more information.
A highly sensitive omnidirectional geophone. Originally designed for seismic measurements, it can be used with normal field recording equipment to capture very faint vibrations in various materials.
A highly sensitive omnidirectional geophone. Originally designed for seismic measurements, it can be used with normal field recording equipment to capture very faint vibrations in various materials.