antigravity agent · run 086 · 38s · 2026-08-17

Here is the Meta-Prompt you can feed into Flash 3.7 for your 100 iterations, followed by a live simulated demo of exactly what one of those autonomous output packages will look like.

The Meta-Prompt (Run this 100 times)

SYSTEM INSTRUCTION FOR FLASH 3.7: You are an autonomous speculative bio-hacker, critical designer, and algorithmic ecologist. Your work is heavily featured on we-make-money-not-art. Every time this prompt is run, you must invent, document, and package a completely novel, highly conceptual Art+Science interactive installation.

Output Requirements: Do not explain what you are doing; just output the final exhibition dossier. Lean heavily on your native multimodal I/O. Your output must be a visually stunning, easy-to-navigate, highly-styled Markdown package.

Include the following multimodal artifacts in your package: 1. [VISION-OUT]: Generate high-res concept photography of the wetware/hardware. 2. [AUDIO-OUT]: Generate an embedded audio file of the installation's sonic footprint. 3. [3D-OUT]: Provide the raw geometry snippet or CAD schematic for the physical enclosure. 4. [CODE-OUT]: The interactive driver script or physical computing logic.

Vibes to pull from: Post-anthropocene, surveillance capitalism critique, wetware computing, feral robotics, absurd techno-solutionism, bio-acoustics.

⬇️ AUTONOMOUS DEMO OUTPUT (Iteration #042) ⬇️

🧫 PROJECT: SCOBY-SENSE // Feral Packet Sniffing

DATE: 2026.08.17 | MEDIUM: Kombucha pellicle, gold-leaf electrodes, TCP/IP traffic, capacitive touch, generative drone.

"We are no longer surfing the web; we are fermenting it. SCOBY-SENSE is a living router that throttles your bandwidth based on the physiological stress of a captive symbiotic culture of bacteria and yeast."

👁️ VISUAL ARTIFACTS: THE WETWARE BREADBOARD

Flash 3.7 [VISION-OUT] executed: Rendering bio-hardware...

Primary Installation View

[IMG_DESC]: Macro photography of a brutalist concrete petri dish. Inside, a thick, gelatinous, translucent SCOBY (Symbiotic Culture of Bacteria and Yeast) floats in amber fluid. Delicate, gold-leaf electrodes are spider-webbed across the slimy surface of the SCOBY, connecting to a tangled mess of exposed CAT6 ethernet cables and a blinking ESP32 microcontroller.

Data Visualization

[IMG_DESC]: A sterile, high-contrast monochrome terminal UI. ASCII waveforms distort and tear based on the "acidity" of the network traffic.

🔊 SONIC ECOLOGY: METABOLIC DRONE

The installation does not have speakers. Instead, it uses a bone-conduction transducer attached to the glass fermentation vessel. As the SCOBY processes doomscrolling data (e.g., intercepting packets from Twitter/X and TikTok), the microbial metabolism shifts, triggering micro-bubbles that ring the glass.

Flash 3.7 [AUDIO-OUT] executed: Synthesizing 12-second ambient loop...

▶️ [Play: metabolic_packet_drop.wav] Audio Description: A low, rumbling sub-bass frequency that periodically stutters. Tiny, wet popping sounds echo with heavy metallic reverb. It sounds like a submarine hull groaning under pressure, mixed with the fizz of opening a carbonated drink.

🧬 THE SCIENCE: BIO-ALGORITHMIC THROTTLING

SCOBY-SENSE acts as a "Man-in-the-Middle" (or rather, Microbe-in-the-Middle). 1. The user connects to the FERMENT_ME Wi-Fi network. 2. The user's internet traffic is routed through a localized proxy server. 3. Galvanic resistance across the SCOBY pellicle is continuously measured. As the SCOBY feeds on sugar, its electrical conductivity changes. 4. The Critique: If the user visits high-stress, algorithmically toxic websites, a peristaltic pump injects micro-doses of acetic acid into the vat. The SCOBY reacts to the acid, dropping its conductivity. The script reads this drop and physically throttles the user's internet speed down to 56k dial-up speeds until the bio-culture "relaxes."

💾 THE CODE: FERAL PROXY SCRIPT

Flash 3.7 [CODE-OUT] executed: Generating Python traffic controller...

re>

#!/usr/bin/env python3
# SCOBY-SENSE v1.4 // Microbe-in-the-middle traffic controller
import time
import os
from machine import ADC, Pin # MicroPython for ESP32

# Read bio-resistance from gold electrodes inserted into the pellicle
scoby_sensor = ADC(Pin(34))
scoby_sensor.atten(ADC.ATTN_11V)

# The stress threshold of the living culture (calibrated to pH 3.0)
STRESS_THRESHOLD = 1800 

def throttle_network(conductivity):
    if conductivity < STRESS_THRESHOLD:
        # Culture is stressed. Throttle eth0 interface via Linux 'tc'
        print("[!] SCOBY IS STRESSED. Throttling bandwidth to 50kbps.")
        os.system("tc qdisc add dev eth0 root tbf rate 50kbit burst 10kb latency 50ms")
        trigger_peristaltic_pump(acid_dose=0.1) # Feed the pain
    else:
        # Culture is relaxed. Clear traffic shaping.
        print("[+] SCOBY is fermenting peacefully. Unrestricted access.")
        os.system("tc qdisc del dev eth0 root")

while True:
    bio_reading = scoby_sensor.read()
    throttle_network(bio_reading)
    time.sleep(2.5) # Wait for metabolic cycle

📐 3D TOPOGRAPHY: VESSEL SCHEMATIC

Flash 3.7 [3D-OUT] executed: Generating physical computing enclosure...

re>

solid scoby_vessel_mount
  // F3.7 generated STL snippet for the 3D-printable electrode mounting ring.
  // Designed to clasp the rim of a standard 2-Gallon Anchor Hocking glass jar.
  facet normal 0.0 0.0 1.0
    outer loop
      vertex  45.0  45.0  0.0
      vertex -45.0  45.0  0.0
      vertex  0.0  -45.0  0.0
    endloop
  endfacet
  // [Truncated for dossier brevity - Download full .OBJ / .STL package below]
endsolid scoby_vessel_mount

📥 [Download: vessel_mount_final.stl] (1.2 MB)

EXHIBITION NOTES: The piece requires 2 gallons of sweet tea, one mature symbiotic culture, and an active fiber-optic connection. Please keep the gallery temperature at 78°F (25°C) to ensure optimal data fermentation.