PROJECT CELL // BIOLOGICAL DATA STORAGE

We are engineering a biological infrastructure vector by transforming cellular bacteria into non-volatile storage arrays. This model treats living DNA chains as a memory address space, mapping chemical environmental triggers directly into hardware instruction components. This interface operates as a functional architecture blueprint built for the Cello synthesis runtime.

• Bypassing Silicon Constraints: Demonstrating the viability of non-volatile data registers inside biological matrices, capable of hitting a theoretical threshold of 215 petabytes per gram.
• Hardware Multiplexer Architecture: Implementing structural encoding pathways utilizing crispri inversion cascades (0 = baseline constitutive luminescence, 1 = directed dCas9 physical clamping).
• High-Speed Optical Readout Link: Translating automated intracellular streams directly into a host PC layout through an simulated Hamamatsu S1223 high-sensitivity photodiode interface.