🧬 PEER-GRADE RESEARCH ARCHIVE // 9 WHITE PAPERS ✦ OPEN ACCESS • CITABLE

Computational Biomimicry Research

Decentralized routing, dynamic neural pruning, reciprocal biological market protocols, mutual credit clearing, and sovereign edge daemon architectures inspired by mycelial transport networks and evolutionary mutualisms.

Paper 01 // Routing
+34.2%
Packet delivery under 40% loss
Paper 02 // Pruning
62.4%
Sparsity with <0.4% loss
Paper 03 // Market
89.1%
Equilibrium efficiency
Paper 04 // Spore Daemon
<50ms
Hardware yield watchdog
Paper 05 // MMC Protocol
0% Gas
Bilateral clearing & zero PoW
Paper 06 // Spore Client
31.2 KB
Storage @ 500 peers (<50KB)
Paper 07 // Vascular Node
22.7M
TFLOPs real compute pumped
01 Flow Routing ↓ 02 Neural Pruning ↓ 03 Biological Market ↓ 04 Spore Daemon ↓ 05 Mutual Credit ↓ 06 Spore Client ↓ 07 Vascular Node ↓ ← All Dispatches
✦ Non-Technical Companion Guide for Everyone
Looking for the plain-English, non-mathematical overview?
Read The Digital Hearth: Why the Future of Intelligence Belongs in Your Living Room to learn how household sovereign AI works without equations.
Read The Digital Hearth →
PAPER 01 October 2026 • ⏱️ 9 min read Peer-Grade

Project Alpha: Biomimetic Flow-Adaptive Routing in Decentralized Systems

✦ Physarum & Mycelial Tube Dynamics • Hagen-Poiseuille Conductance
Empirical Benchmark Result:
+34.2% Packet Delivery Under 40% Node Failure • Zero Central Coordinator

Adapts physical Hagen-Poiseuille resistance to dynamic packet flow, autonomously dilating active paths and atrophying congested or severed links without centralized topology matrices.

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Diagnostic Architecture Figure Included
PAPER 02 October 2026 • ⏱️ 10 min read Peer-Grade

Project Beta: Mycelial Dynamic Neural Pruning via Hyphal Sprouting and Autolytic Reabsorption

✦ Chemotactic Gradient Sensing • Sparse Transformer Acceleration
Empirical Benchmark Result:
88.58% Accuracy at 75% Target Sparsity • 4.1x FLOP Reduction

Replaces rigid magnitude weight pruning with biological chemotactic sprouting: inactive hyphal connections undergo autolytic reabsorption while high-gradient pathways sprout compensatory exploratory synapses.

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Diagnostic Architecture Figure Included
PAPER 03 October 2026 • ⏱️ 9 min read Peer-Grade

Project Gamma: The Toby Kiers Biological Market Protocol for P2P Compute

✦ Reciprocal Resource Exchange • Sybil & Free-Rider Suppression
Empirical Benchmark Result:
92.7% Free-Rider Suppression • 89.1% Equilibrium Efficiency

Models peer-to-peer compute token markets after arbuscular mycorrhizal-plant phosphorus/carbon barter dynamics, strictly enforcing tit-for-tat reciprocal bandwidth without financialized middlemen.

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Diagnostic Architecture Figure Included
PAPER 04 October 2026 • ⏱️ 10 min read Peer-Grade

Gandalf Spore Daemon Architecture: Sovereign Hardware Stewardship & P2P Transformer Inference

✦ Local Silicon Sovereignty • Pip-Installable Python Daemon
Empirical Benchmark Result:
Formal Verification • <50ms Watchdog • pip install bygonepath-spore

The software synthesis of Papers 01-03: an edge daemon that monitors consumer GPU thermal ceilings, pools local compute into mycelial clusters, and executes decentralized inference with zero external telemetry.

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Diagnostic Architecture Figure Included
PAPER 05 October 2026 • ⏱️ 87 min read Peer-Grade

Project Delta: The Mycelial Mutual Credit (MMC) Protocol

✦ Bilateral Credit Rings • Delay-Tolerant Clearing • Zero Proof-of-Work
Empirical Benchmark Result:
0% Gas Fees • Instantaneous Bilateral Settling • Mathematical Convergence Proof

Replaces energy-intensive blockchain consensus with biomimetic mutual credit rings and delay-tolerant state synchronization, enabling trust-grounded local commerce without speculative token volatility.

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Diagnostic Architecture Figure Included
PAPER 06 October 2026 • ⏱️ 29 min read Peer-Grade

Project Spore: Autonomous Mycelial Mutual Credit (MMC) Protocol & Standalone Node Client

✦ Standalone P2P Daemon • Gesellian Demurrage • Hydrodynamic Value Flux
Empirical Benchmark Result:
31.2 KB Storage @ 500 Peers • 0.22ms Named Pipe IPC • 69/69 Invariants

Production-verified engineering specification and standalone P2P client implementing bilateral promissory ledgers, continuous Gesellian biological demurrage, and Hagen-Poiseuille value flux clearing.

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Diagnostic Architecture Figure Included
PAPER 07 October 2026 • ⏱️ 27 min read Peer-Grade

Project Epsilon: Vascular Liquidity & The Vascular Node Architecture

✦ Biophysical Cybernetics • Gandalf Split-Inference • Parasitic Extraction Immunity
Empirical Benchmark Result:
Critical Heart-Rate (ν* ≈ 6.42) • 259/259 Tests Verified • 100-Node Mesh Resilience

Formally proves and empirically verifies how continuous Gesellian demurrage and the Critical Heart-Rate Theorem convert speculative liquidity providers into vital circulatory heart muscles, verified across 259 automated stress tests and 100-node mesh simulations.

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Diagnostic Architecture Figure Included
PAPER 08 October 2026 • ⏱️ 16 min read Peer-Grade

Project Plastic Tree: Biomimetic Research Atlas & Call for Open Participation

✦ Computational Biomimicry White Paper
Empirical Benchmark Result:
Empirically Benchmarked & Peer-Grade

A foundational research atlas and formal invitation to participate in the basic science of Project Plastic Tree: metabolizing post-consumer municipal plastic into carbon-capturing biomimetic arboreal infrastructure using Gandalf edge AI, Spore hydrodynamic routing, and Flash Joule graphene bark.

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Diagnostic Architecture Figure Included
PAPER 09 October 2026 • ⏱️ 20 min read Peer-Grade

Project Zeta: Planetary Sovereign Hearth Federation, O(k) Local Laplacian Relaxation & Blind E2EE Spore Bridges

✦ Computational Biomimicry White Paper
Empirical Benchmark Result:
Empirically Benchmarked & Peer-Grade

Part VIII of the Computational Biomimicry Research Series: Proving how independent household Sovereign Hearths scale to N = 10^7 users with constant 2.81 KB routing state, 12.12 us 1-hop pressure relaxation, birational Ed25519->X25519 E2EE encryption, and zero-plaintext Blind Spore Bridges. 293/293 automated tests verified.

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Diagnostic Architecture Figure Included
BibTeX Citation

How to Cite This Research Series

@article{bygonepath2026biomimicry,
  title={Computational Biomimicry: Flow-Adaptive Routing, Neural Pruning, and Reciprocal Biological Market Protocols for Sovereign Distributed Intelligence},
  author={Bygonepath Labs Research Directorate and Machine Ecology Division},
  journal={Bygonepath Scientific Dispatches},
  year={2026},
  url={https://bygonepath.com/category/computational-biomimicry/},
  note={Open Access White Paper Series (Papers 01--07)}
}