What biological computation has earned the right to become hardware?
Living Cipher works at the boundary where biological or physiological computation moves from experiment into programmable hardware, deployable platforms, and—only where justified—dedicated silicon.
The workload can change. The architecture still has to hold.
Living Cipher distinguishes durable platform requirements from experimental choices without assuming that today's model, board, or workload should become tomorrow's silicon.
Programmable evidence
Carry architecture into real hardware deeply enough to expose consequential implementation constraints while preserving room to learn.
Owner-side architecture
Maintain the Architecture of Record, critical interfaces, and decision authority while implementation partners contribute capability.
Silicon judgment
Determine whether further specialization is warranted without treating successful FPGA implementation as automatic authorization for custom silicon.
The architecture that matters is the one that actually gets built.
Choices made during programmable implementation can become permanent assumptions about partitioning, interfaces, data movement, timing, deployment, ownership, and future silicon. Living Cipher carries architecture close enough to implementation to recognize which choices remain local—and which become difficult or expensive to reverse.
Trust the source before trusting the computation.
Living Cipher treats biological-source admission, trusted platform state, authorized computation, and result provenance as distinct but composable architectural concerns.
Signal attestation
A trusted endpoint and a trusted claim about the biological source are different architectural claims. Living Cipher's underlying witness construction and admission mechanisms remain proprietary.
Trust that survives implementation change
Trust boundaries should remain meaningful as models, programmable partitions, boards, deployment environments, and eventual silicon implementations evolve.
Silicon is an evidence outcome.
The conclusion may be to remain programmable, change the architecture, advance a hardware candidate, restructure a partner boundary, or authorize a deeper silicon study. Living Cipher does not publish the private decision machinery used inside a mandate.