HI HOLY HIGHECOSYSTEM / COMMERCECART / 0

LOCAL-FIRST / RESEARCH INFRASTRUCTURE

HI HOLY HIGH
ECOSYSTEM

Intelligent infrastructure for connected cultivation environments — from physical signals to informed action.

Explore the ecosystem Field Testing Program

● SYSTEM RESEARCH   /   EDGE · DATA · CONTROL

01 / PHYSICAL↓02 / SENSORS↓03 / EDGE↓04 / INTELLIGENCE↓05 / ACTION

THE PREMISE

We are building a connected operating layer for real cultivation environments.

Hardware, local networks, data services and automation are treated as one system — modular, observable and grounded in the physical world.

CONNECTEDMODULARLOCAL-FIRSTDATA-DRIVENUNDER DEVELOPMENT

02 — ECOSYSTEM ARCHITECTURE

One continuous system.
Seven operational layers.

L01
Physical EnvironmentCultivation spaces · water · air · energy
→
L02
Sensor NetworkTemperature · humidity · CO₂ · pH · EC · PAR / PPFD
→
L03
Edge LayerESP32 · gateways · local processing
→
L04
CommunicationMQTT · Zigbee · BLE · Ethernet · PoE · APIs
→
L05
InfrastructureLinux · Docker · broker · database · Home Assistant
→
L06
IntelligenceRules · alerts · analytics · historical research
→
L07
ControlLighting · irrigation · ventilation · pumps · relays
→

03 — EDGE NODE

The local bridge between signal and system.

Edge nodes normalize protocols, keep useful work close to the environment and connect devices to a resilient local infrastructure.

  • Local processing and lower latency
  • Multi-protocol integration
  • Reduced cloud dependency
  • Local data, automation and observability

● node-01 ONLINE

protocol adapters detected

SENSORS
  ↓
ESP32 / GATEWAY
  ↓
EDGE NODE
  ↓
MQTT / APIs
  ↓
DATA + AUTOMATION
LOCAL-FIRST PATH / EXPERIMENTAL

04 — SENSOR NETWORK

Observe the environment
as a living system.

TemperatureLive environmental signal
HumidityLive environmental signal
CO₂Live environmental signal
PAR / PPFDLive environmental signal
pHLive environmental signal
ECLive environmental signal
SubstrateLive environmental signal
CamerasLive environmental signal

05 — AUTOMATION ENGINE

Sensor → condition → decision → action.

EXPERIMENTAL RULE / 01Temperature sensor↓Above threshold↓Increase ventilation
EXPERIMENTAL RULE / 02Substrate measurement↓Irrigation condition↓Pump / valve action
SHOP / ACCOUNT

Platform access

Professional tools and development hardware are available in the integrated store.

Visit shop

06 — OBSERVABILITY / DEMO DATA

Dashboards built for
decisions, not decoration.

North room● LIVE SIGNALS
24.6°CTEMP61%HUMIDITY920ppmCO₂780µmolPPFD5.9pHpH2.1mS/cmEC
ENVIRONMENTAL TREND / LAST 24 HOURS

07 — DEVICE LAB / R&D

Integration is a hands-on discipline.

EDGE NODE / LOCAL FIRST
EDGE NODE / LOCAL FIRST
SENSOR NETWORK
SENSOR NETWORK
AUTOMATION ENGINE
AUTOMATION ENGINE
OBSERVABILITY / DEMO
OBSERVABILITY / DEMO
DEVICE LAB / R&D
DEVICE LAB / R&D
VISION RESEARCH
VISION RESEARCH

09 — ROADMAP / NO DATES IMPLIED

PHASE 01Sensor Integration
PHASE 02Edge Infrastructure
PHASE 03Automation
PHASE 04Data Platform
PHASE 05AI Integration
PHASE 06Field Testing
PHASE 07Scalable Deployment

10 — FIELD TESTING PROGRAM

Build the next layer
with real environments.

We are looking to collaborate with nurseries, greenhouses, indoor farms, research facilities and professional cultivation environments.

Become a Field Testing Partner

Integration scope is defined collaboratively. Current systems include prototypes and research-stage components.