Cell-Level Interface Protocol

Cyber-Bio Integration at the Single-Cell Scale

Bridging silicon logic and living systems through membrane-aware signal transduction, real-time cytometric feedback, and sub-cellular digital twin modeling.

◉

Membrane Gate Arrays

Ion-channel mimetic interfaces translate bioelectric potentials into fault-tolerant digital pulses with nanosecond cytosolic sampling.

⬡

Organelle Mesh Networks

Distributed micro-sensors map mitochondrial and ER activity into graph-structured state vectors for closed-loop control.

◎

Genomic Side-Channels

CRISPR-guided reporter loci emit optical telemetry encoded as self-synchronizing frames across heterogeneous cell populations.

Integration Pipeline

01
Sense Capture membrane voltage & metabolite flux
02
Encode Map analog bio-signals to digital tensors
03
Compute Run edge models on organelle-local nodes
04
Actuate Close the loop via optogenetic actuators
12 nm
Spatial resolution
4.2 ms
Signal latency
10⁶
Cells per cluster
99.7%
Sync fidelity