Just as mycelium connects trees and roots across a living forest, MYCA connects smart devices, sensors, and intelligent machines into a self-coordinating, secure network with zero central point of failure.
Beneath the forest floor, millions of miles of fungal mycelium connect tree roots into a decentralized network with zero single point of failure. MYCA brings this evolutionary architecture directly to Stellar and industrial microcontrollers.
Spores germinate without battery or central server, carrying an uncloneable biological blueprint.
Extracts wafer crystal entropy on boot to generate deterministic Stellar Ed25519 (G...) keys with zero flash storage.
Fungal hyphae conduct electrical action potentials in microsecond bursts to warn the forest of stress.
128-byte static RAM frame with zero heap allocation executes in 330.38 ns to intercept anomalies before execution.
Fungi trade nitrogen and water for plant carbon in continuous, self-balancing micro-exchanges.
Machines exchange power and cooling autonomously on Stellar Horizon at 0.00001 XLM fees with Circle USDC.
When parasites attack, the fungal sheath halts fluid transfer and isolates the damaged sector to protect the organism.
Even with a confirmed payment, contradictory commands clamp the GPIO pin to 0.00V Safe-Low to prevent hardware explosions.
Legacy blockchains were built for human wallets and browsers. MYCA bridges raw microcontroller silicon with Stellar's lightning-fast consensus layer.
Operates in a strictly static 128-byte RAM frame with zero heap allocation (malloc = 0). Compiles directly to ARM Cortex-M, ESP32, and industrial PLCs where Linux cannot run.
Extracts microscopic crystal variations in silicon wafers on boot. Generates deterministic Ed25519 Stellar public addresses (G...) without ever storing private keys on flash.
Hashes machine sensory state in 743 cycles and anchors the 32-byte SHA-256 digest directly into the Stellar ledger via MEMO_HASH at 0.00001 XLM fixed transaction cost.
Machines autonomously pay each other for energy, cooling, and compute using Circle native USDC and XLM. No humans in the loop; instantaneous cryptographic settlement.
A local-first sovereign desktop and edge runtime. Replaces expensive cloud LLM APIs with on-device hyperdimensional vector memory and private peer-to-peer device mesh over QUIC.
Even if a valid payment arrives, physical actuators (valves, turbines, robots) are guarded against contradictory commands. Pulls pin to 0.00V (Safe-Low) in 330 ns on anomaly.
Connecting physical factory hardware to a blockchain usually causes one of two disasters: either the microcontroller freezes under heavy software overhead, or a blind smart contract signature causes physical actuators to catch fire. MYCA separates responsibilities cleanly:
┌────────────────────────────────────────────────────────┐ │ MYCA BARE-METAL C99 & STELLAR PIPELINE │ ├────────────────────────────────────────────────────────┤ │ [1. RAW SILICON] STM32 / ESP32 / Industrial PLC │ │ └─ Silicon PUF: Deterministic G... │ ├────────────────────────────────────────────────────────┤ │ [2. SENTINEL] myc_core.c (128B RAM, malloc = 0) │ │ ├─ 330.38 ns Safe-Sign Circuit Brake │ │ └─ 743-Cycle SHA-256 State Digest │ ├────────────────────────────────────────────────────────┤ │ [3. SETTLEMENT] STELLAR NETWORK (SCP Consensus) │ │ ├─ 0.00001 XLM (100 stroops) Fee │ │ ├─ 32-Byte MEMO_HASH Notarization │ │ └─ Native Circle USDC / EURC Liquidity│ └────────────────────────────────────────────────────────┘
Existing DePIN ecosystems target expensive Linux gateways. MYCA operates directly on microcontrollers where 90% of the world's industrial devices actually run.
| Architecture Metric | Legacy DePIN (Peaq / IoTeX / Helium) | MYCA × STELLAR DePIN Substrate |
|---|---|---|
| Edge Runtime Stack | Heavy Linux OS / Node.js / Python | Bare-Metal C99 (malloc = 0), 128B Stack |
| Per-Node Hardware Cost | – (Raspberry Pi / Gateway) | – Bare-Metal Microcontroller (STM32/ESP32) |
| Safety Reaction Latency | 2.5s – 12s (Block confirmation wait) | 330.38 Nanoseconds Safe-Sign Airbag |
| Physical Actuation Safety | Blind Execution (Executes whatever is signed) | Safe-Sign 6-Lock (0.00V Safe-Low on anomaly) |
| Private Key Storage | Plaintext in flash memory or SD card | Silicon PUF (Zero stored keys; uncloneable) |
| Telemetry Notarization Cost | Volatile gas (zsh.005 – zsh.25) | 0.00001 XLM (100 stroops = zsh.000001) |
| Settlement Asset | Volatile bridge-wrapped utility tokens | Native Circle USDC / EURC on Stellar |
Test real-world commands with live Horizon telemetry anchors, inspect Silicon PUF accounts, and verify C99 Safe-Sign intervention on Testnet right now.