Editions — Sub Category
AERO MOSS
Living Green Infrastructure
Not a moss panel with an aeroponic label. AERO MOSS redesigns production, panel manufacturing and post-installation growth management into one AI Aero-Moss System.
01System Chain
From moss stock to remote care
Growing moss in a plant and making panels is not the end point. The plant is an Aero Smart Farm, and the finished panel carries the same growing technology at a reduced scale.
- Moss stock
- Propagation
- Module rooting
- AI environment
- Fine mist
- Sensing
- Auto growth
- Panel standard
- Shipment
- Installation
- Remote care
02Grow → Manufacture → Install → Monitor → Maintain
One lifecycle, one operator
01
Grow
The production plant is itself an Aero Smart Farm: multi-tier vertical racks hold moss modules while temperature, humidity, light and moisture are sensed continuously and mist volume is adjusted automatically.
02
Manufacture
Modules that have fully rooted are graded and standardised into architectural panel formats with fixed dimensions, weight, drainage and mounting interfaces.
03
Install
Panels ship as building components and mount on façades, interior walls and structures with the standard bracket, feed and drain detail.
04
Monitor
After installation the same growing technology is applied at a reduced scale: micro-mist, sensors, feed and drain, all reported back to the platform.
05
Maintain
Remote management handles irrigation uniformity, over-wetting and mould risk, seasonal recipes and panel replacement scheduling.
03Critical Control Points
Where moss walls usually fail
Irrigation uniformity
Moss panel research identifies uneven watering as the primary failure mode. Zone-level mist nozzles and per-zone moisture feedback keep delivery even across the full panel face.
Over-wetting and mould
Mist cycles are driven by measured moisture and airflow rather than fixed timers, with drying windows scheduled to suppress mould development.
Growth light recipes
Low-intensity spectrum and photoperiod recipes tuned per moss species and per growth stage, in the plant and after installation.
Panel standardisation
Coverage ratio, moisture retention, weight and rooting density are measured before shipment so every panel meets one FE quality standard.
04Edition Specification
AERO MOSS at a glance
- Growing method
- Aeroponic mist (root zone in air)
- Production
- Multi-tier vertical racks
- Control
- AI Farm Brain, sensor-driven mist
- Output
- Standardised architectural moss panel
- After install
- Micro-mist, sensors, remote care
- Best for
- Façades, interiors, public infrastructure
05IP Position
Differentiate against prior art
Automatic mist supply for living moss walls has already been researched and patented, and registered Korean patents combining moss greening with mist, smart management and growth lighting have been confirmed.
So the pending application should not broadly claim 'moss + mist'. It must be positioned against prior art precisely — on the production-to-installation chain, the closed control logic between plant and installed panel, and the measurable panel standard.
Action item: request a prior-art comparison from the patent attorney now, before the claim set is finalised.