Coding & Development
CELL//BIOLOGICAL DATA STORAGE SIMULATOR
2h agoCELL//Biological Data Storage Simulator is a proof‑of‑concept simulation core that transforms cellular bacteria into non‑volatile DNA storage arrays. It compiles Verilog code into DNA data registers, models chemical triggers as hardware instructions, and provides a high‑speed optical readout interface via a simulated Hamamatsu photodiode, all within an interactive browser environment.
Verilog‑to‑DNA compilationBiological storage simulationHigh‑speed optical readoutInteractive desktop interfacePlasmid integration simulation
Key Capabilities
01
Verilog‑to‑DNA compilation
Compiles Verilog code into DNA data registers using the Cello synthesis runtime.
02
Biological storage simulation
Models living DNA chains as non‑volatile memory address space, supporting triggers like arabinose, pH changes, etc.
03
High‑speed optical readout
Simulates a Hamamatsu S1223 photodiode to translate intracellular data streams into decoded ASCII output.
04
Interactive desktop interface
Provides a web UI to select biological triggers and view live simulation results.
05
Plasmid integration simulation
Emulates plasmid assembly and integration steps within the simulated environment.
Use Cases
Synthetic biology researchAllows researchers to experiment with DNA‑based memory architectures without wet‑lab work.Bioengineers and synthetic biology researchers
Developer prototypingEnables developers to test Verilog‑to‑DNA compilation and storage concepts in a sandboxed simulator.Software developers and hardware designers
Educational demonstrationsProvides students with a hands‑on tool to explore bio‑computing concepts and optical readout mechanisms.Students and educators in biotech or computer engineering
Update History
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