PROJECT ADAM

Digital Human Architecture

From Fertilization to Birth — Grounded in the Mapped Human Genome

The Digital Cell — 7 Components

Every cell is a full adaptive unit with 7 components. Not a node — a self-contained processing system.
MEMBRANE (INTERFACE LAYER) NUCLEUS DNA Spec + Access Mask SignalingNetworkInternal Processing MetabolicEngineResource Mgmt StateVectorInternal Memory LifecycleManagerState Machine CommProtocol4 Protocols Receptors& EmittersI/O Registry IdentityMarkersLineage + Position

Germ Layer Differentiation

Week 3: One universal template differentiates into three fundamental layers. Every structure traces back to one.
ZygoteTotipotent ECTODERMSensing & Thinking Cortex Sensors Neural Crest Retina Cochlea Spinal Cord MESODERMAction & Structure Heart(Day 22) Circulation Muscle ENDODERMHomeostasis & Metabolism Drive States Energy Gut Net

Processing Hierarchy

Five layers from structural (instant, fixed) to cortical (slowest, most plastic).
L4: CORTICALReasoning, Language | 100ms-sec L3: SUBCORTICALThreat, Reward, Emotion | 10-100ms L2: AUTONOMICHeartbeat, Breathing, Sleep | Continuous L1: REFLEXPain, Startle, Blink | <10ms | Hardwired L0: STRUCTURALGain control, Noise gating | Instant | Fixed SLOWER, MORE PLASTIC

Global Workspace

Shared latent space. Modules compete to write, all broadcast read. 7-16 slots = the current moment of experience.
GLOBALWORKSPACE7-16 active slots Visual Auditory Motor Emotion Memory BodyModel Drives competitive writebroadcast read

Communication Protocols

Four protocols with different range, speed, and mechanism.
CELL CONTACTAdjacent only · Instant PARACRINELocal broadcast · Moderate ENDOCRINEBody-wide via circulation · Slow TSYNAPTICTargeted · Fast · Precise

Cell Lifecycle State Machine

Every cell follows: BORN → GROWING → MATURE → DIVIDING → SENESCENT → DYING. Apoptosis from any state.
BORN GROWING MATURE DIVIDING SENESCENT DYING daughter cells Inherit stateBuild pathwaysProcess & learnFork stateDegraded modeRelease resources apoptosis from any state

Sensory Activation Timeline

Senses come online in strict biological order. Each starts simple, progressively increases complexity.
W8W14W18W26W40 ARCH FREEZE BIRTH TouchBinary → Graded → Multi-type ProprioceptionMotor babbling (self-supervised) VestibularGravity → Rotation → Full 6-axis InteroceptionHeartbeat → Respiration → Full metabolic Auditory1-2Hz → Speech band → Full spectrum ChemicalSweet/Bitter → Full gustatory VisionRetinal wavesEyes open W26 → Red light Sleep90/10 → 80/20 (80% REM)

Brain Regions

Five vesicles from the neural tube. Each with distinct function and ML architecture.
CortexReasoning · LanguageTransformer blocks ThalamusCentral switchboard Midbrain CerebellumPrediction Medulla

Heartbeat Triple Redundancy

The master clock has three independent oscillators. All three fail = system death.
PRIMARY100% rate · Day 22Own power, own state SECONDARY70% rateIf primary misses 3 beats EMERGENCY40% rate (min viable)Hardware-level, can't disable FAIL FAIL ALL THREE FAIL = DEATHNo recovery. Maximum isolation prevents this.

Compute Scaling Roadmap

Same architecture at every scale. More cells = more capability. Linear scaling.
v1.010K cells1 GPU · Rodent3-6 months v2.01M cells8 GPUs · Cat~1 year v3.0100M cells64 GPUs · Primate2-3 years vN86B neurons37T totalDatacenter · Human5-10 years Same cell types · Same protocols · More of them

23 Developmental Safeguards

Designed into every stage. A single early error cascades into catastrophic failure later.
SAFEGUARD SHIELD 37. Specification 38. Differentiation 39. Migration 40. Timing 41. Fusion 42. Pruning 43. Circulation 44. Heartbeat 45. Global Workspace 46. Sensory Balance 47. Sleep 48. Reflex 49. Womb Env 50. Birth Abort 51. Myelination 52. Topo Maps 53. Cortical Terr 54. Three-Layer 55. Cross-Modal 56. Valence 57. Drive Balance 58. Body Map 59. Habituation Protection Every safeguard: what fails · how detected · response · fallback