Automation equipment
Integration of devices, networks and control systems. We work with you to define technical requirements and the scope of each project.
Explore the technologyLOCAL-FIRST / RESEARCH INFRASTRUCTURE
Automation, sensors and AI services
HI HOLY HIGH connects equipment, sensors and data. We offer consulting and integration to automate workflows and apply artificial intelligence to your project.
Explore the ecosystem Field Testing ProgramPHASELEAFOpen Alpha · account and plan required
NEXUS INNERSPACE Sign in to explore Innerspace
● System research / Edge · Data · Control
HI HOLY HIGHSystem architecture
01 / Physical↓02 / Sensors↓03 / Edge↓04 / Intelligence↓05 / Action
Technology and consulting for your project
Websites, apps and subscriptions · Digital store ↗
Sensors and monitoring
Sensor connectivity, data logging and monitoring dashboards to understand the status of your equipment and facilities.
Explore sensors and monitoringArtificial intelligence services
AI consulting, data analysis and tool integration to automate tasks and support your team's work.
Discuss your projectTHE 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-driven
01 — CANNABIS GENETICS
Cannabis genetics: study, analysis and knowledge.
At HI HOLY HIGH we study, test and analyse cannabis genetics. We share the knowledge from that work through information and technical documentation.
Explore cannabis geneticsExplore the Genetics Atlas02 — ECOSYSTEM ARCHITECTURE
One continuous system. Seven operational layers.
Physical EnvironmentCultivation spaces · water · air · energy
→Sensor NetworkTemperature · humidity · CO₂ · pH · EC · PAR / PPFD
→Edge LayerESP32 · gateways · local processing
→CommunicationMQTT · Zigbee · BLE · Ethernet · PoE · APIs
→InfrastructureLinux · Docker · broker · database · Home Assistant
→IntelligenceRules · alerts · analytics · historical research
→ControlLighting · irrigation · ventilation · pumps · relays
→03 — Edge node
Cultivation Technology for connected environments.
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
Sensors ↓ ESP32 / Gateway ↓ Edge node ↓ MQTT / APIs ↓ Data and automation
04 — Sensor network
Sensors & Monitoring
Temperature, humidity, CO₂, PAR / PPFD, pH, EC, substrate conditions and cameras turn the cultivation environment into information that can be monitored and understood.
05 — Automation engine
Automation & Intelligence
Connected cultivation links a sensor signal to a condition, a decision and an action, while local processing and data interpretation support people operating the environment.
Platform access
Professional tools and development hardware are available in the integrated store.
Visit shop06 — Observability / Demo data
Dashboards built for decisions, not decoration.
24.6°CTemp61%Humidity920ppmCO₂780µmolPPFD
07 — Device lab / R&D
Research & Development
The device lab is a hands-on research line for prototyping and testing connected cultivation technology. Current systems include concepts and research-stage components.
09 — ROADMAP / NO DATES IMPLIED
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.