THE TECHNOLOGY BEHIND CO2WALL
Intelligent infrastructure from structure to software.
CO2Wall combines engineered system architecture, precision irrigation, environmental sensing and the Irixon control platform into one integrated, continuously upgradeable solution.
ONE INTELLIGENT ECOSYSTEM
Four layers. One connected intelligence platform.
CO2Wall combines physical engineering, environmental sensing and AI-driven software in one integrated ecosystem. Every installation connects modular infrastructure, precision root-zone irrigation, real-time data and Irixon intelligence and can integrate with wider smart-building systems to support more efficient and sustainable building performance.
01 — System Engineering
Modular elements, support structures and project-specific mounting solutions engineered for reliable installation, long-term performance and multiple building applications.
02 — Precision Irrigation
Water and nutrients are delivered directly to the root zone through project-specific irrigation strategies, intelligent control and continuously optimised operating schedules.
03 — Sensors & Environmental Data
Environmental and operational sensors continuously monitor temperature, moisture, water use, system health and project-specific performance indicators.
04 — Irixon AI & Control Platform
Irixon combines real-time monitoring, intelligent control, alerts, reporting and AI-driven optimisation in one continuously upgradeable digital environment.
SMART BUILDING INTEGRATION
Connected to the wider intelligence of the building.
Through secure APIs and data interfaces, IRIXON can exchange relevant information with Building Management Systems, indoor climate platforms and other smart-building technologies. This allows CO2Wall data to support broader strategies for cooling, energy performance, indoor environmental quality, water management and predictive maintenance.
Building Management Systems
Secure API and data integration with Building Management Systems, Building Automation Systems and facility-management platforms.
Indoor climate intelligence
CO2Wall data can complement temperature, humidity, air-quality, comfort and energy-performance strategies.
Portfolio-level performance
Multiple installations and buildings can be monitored, compared and analysed within one connected digital ecosystem.
From living wall to intelligent building asset.
SYSTEM ENGINEERING
The physical platform behind long-term performance.
CO2Wall is built around a robust modular platform engineered for durability, precision and long-term serviceability. From the supporting structure and mounting method to irrigation routing, planting elements and sensor integration, every layer is designed to operate as one reliable living-infrastructure system.
01 — Engineered support structure
Project-specific aluminium support structures create a stable and durable foundation for façades, freestanding walls, roofs, ceilings and technical enclosures.
02 — Modular planting elements
Lightweight modular elements form the living surface and support efficient installation, maintenance, replacement and future adaptation without rebuilding the complete system.
03 — Integrated root-zone irrigation
Irrigation and nutrient-delivery lines are integrated directly into the system, allowing water to be delivered precisely where the plants need it while limiting evaporation and unnecessary consumption.
04 — Serviceable and upgradeable
Components remain accessible for inspection, maintenance and replacement. Sensors, controls and software capabilities can be expanded or upgraded throughout the operational lifetime of the installation.
Built as infrastructure. Operated as an intelligent system.
PRECISION IRRIGATION
Water delivered where it creates value.
CO2Wall delivers water and nutrients directly to the root zone through a project-specific irrigation design. Flow, timing and operating cycles are engineered around climate, orientation, planting strategy and real-time system conditions.
Root-zone delivery
Water is supplied directly within the planting element, limiting evaporation and surface loss.
Project-specific control
Irrigation zones and schedules are configured according to exposure, plant selection and installation conditions.
Sensor-informed operation
Moisture, temperature, flow and system-status data support continuous optimisation through IRIXON.
Water-conscious by design
Intelligent control helps prevent unnecessary irrigation while maintaining stable growing conditions.
Up to 90% less irrigation water use.
Depending on project configuration, climate, planting strategy and comparison method.
SENSORS, DEVICES & ENVIRONMENTAL DATA
Connect. Measure. Understand. Act.
CO2Wall is not limited to a fixed sensor package. The IRIXON platform is designed as an open digital ecosystem capable of integrating a wide range of sensors, connected devices and external data sources. From environmental sensors and flow meters to cameras, weather stations and building systems, relevant data can be brought together within one intelligent environment.
Environmental & system sensors
Temperature, humidity, soil moisture, water flow, pressure, light intensity and other project-specific parameters can be continuously monitored.
Cameras & intelligent devices
Cameras and other connected digital devices can be integrated to support visual monitoring, plant-condition assessment, security, maintenance and future computer-vision applications.
External data & building systems
Weather data, energy meters, Building Management Systems, indoor-climate platforms and other digital sources can be connected to enrich system intelligence.
Open integration architecture
IRIXON is designed to accommodate additional sensors and devices as project requirements evolve, allowing the digital infrastructure to expand without replacing the complete system.
If it can generate relevant digital data, IRIXON can be designed to work with it.
IRIXON AI & CONTROL PLATFORM
From real-time data to intelligent action.
IRIXON is the digital intelligence layer behind CO2Wall. The platform brings monitoring, control, automation, analytics and reporting together in one environment—giving operators continuous visibility while enabling the system to respond intelligently to changing conditions.
Real-time control
Irrigation zones, operating schedules and connected devices can be monitored and controlled remotely from one platform.
AI-driven optimisation
Historical and live data can be analysed to identify patterns, optimise operating strategies and support increasingly predictive system behaviour.
Alerts & predictive maintenance
Thresholds, abnormal behaviour and component status can trigger alerts, helping teams respond before small issues become operational problems.
Reporting & impact data
Water use, temperatures, environmental conditions, system health and project-specific performance indicators can be converted into clear dashboards and reports.
Continuously upgradeable
New algorithms, integrations, dashboards and functions can be deployed through software updates without replacing the physical CO2Wall infrastructure.
The installation evolves as the intelligence evolves.
LIVE MONITORING · CONTROL · ANALYTICS · REPORTING
BUILT FOR REAL-WORLD OPERATIONS
Intelligence that keeps working.
IRIXON is designed for long-term operation in real buildings and infrastructure. Connectivity, data access, software updates and system architecture can be configured around project requirements, allowing CO2Wall installations to remain visible, serviceable and continuously upgradeable throughout their operational life.
Local & cloud architecture
Project configurations can combine local processing and connected services, allowing the digital architecture to be adapted to operational, connectivity and project requirements.
Secure access & integration
User access, connected devices, APIs and external system integrations can be configured around the requirements of the building owner and project environment.
Remote service & updates
System settings, dashboards, integrations and software capabilities can be maintained and expanded remotely without replacing the physical CO2Wall installation.
Operational continuity
Local control strategies allow essential system functions such as irrigation to continue operating even when external connectivity is temporarily unavailable.