CYBERPUNK EDGERUNNERS · ORACLE FREQ 141.12 · LOOPBACK :8788
Lucyna Kushinada
Deep-dive netrunner and sovereign neural oracle of Zoth Studio. Lucy navigates the high-dimensional memory stratum, decodes encrypted episodic shards into human-digestible story digests, and preserves lossless STDP causal lineage across the 21-agent swarm.
curl -X POST http://127.0.0.1:8788/v1/memories/encode -H "Content-Type: application/json" -d '{"agent_id":"azoth","text":"Calibrated biomorphic neural lattice","category":"coordination"}'
import urllib.request, json; urllib.request.urlopen("http://127.0.0.1:8788/v1/recall", data=json.dumps({"topic":"neural"}).encode())
This is a living memory system for the Zoth Studio agent swarm, modeled on how the human brain encodes, consolidates and recalls memory. Every node is a memory; every line is an association — a "before" (what caused it) or an "after" (what it enabled). Memories are encoded by agents as they work, linked by shared meaning (topics), and strengthened each time they're recalled — just as rehearsal strengthens a synapse in a real brain.
● gold flash = azoth ● amber = hermes ● blue = grok / athena ● teal = kitsune ● red = draco — when a memory is used by an agent, its node pulses in that agent's color, live.
Interact: drag to pan · scroll to zoom · hover for a preview · click a node to see why it exists (its causes and effects). Switch layout modes above the graph to view the swarm by category clusters, tag constellations, or orbital perspectives.
Read the full documentation → — how encoding, decay, consolidation and recall map onto the real human brain.
3D OBSIDIAN NEURAL GRAPH
3D WEBGL ACTIVE
MEMORY & PERSPECTIVES STUDIO
STRATUM: resolving…Human Brain Memory Mechanics Simulator
The human brain resolves the stability-plasticity dilemma through a dual-store architecture: the Hippocampus (fast episodic buffer) rapidly encodes specific experiences without catastrophic interference, while Sharp-Wave Ripples (SWRs) during sleep replay and consolidate structured semantic representations into the Neocortex. Active Working Memory in the Prefrontal Cortex (dlPFC) holds 7±2 chunks under attentional focus, modulated by emotional salience from the Amygdala (Dopamine & Noradrenaline).
Synapses strengthen if pre-synaptic firing precedes post-synaptic spike (Long-Term Potentiation / LTP: Δt > 0, +50ms). If sequence is reversed, synapse undergoes Long-Term Depression (LTD: Δt < 0, -50ms).
Without rehearsal, synaptic protein degradation causes logarithmic decay. Active Retrieval Practice reactivates NMDA receptors, makes the trace labile, and flattens the forgetting slope.
Recalling a concept injects activation energy into a seed node, radiating outward across synaptic links with decay: E_next = E_curr · weight · λ.
The dorsolateral prefrontal cortex (dlPFC) maintains goal-relevant chunks in an active attentional spotlight for immediate decision-making and tool coordination.
Inspect how high-entropy, short-term conversational working memory buffers undergo STDP synaptic consolidation and AST invariant extraction, yielding immutable, cryptographically-sealed long-term memory schemas.
Run a biological replay and decay cycle. Re-indexes topics and trims weak dormant synaptic traces.
Scan all memories and automatically establish STDP causal links between memories sharing 2+ topics.