Daun2Earth

For nine years, we operated as a dedicated office plant provider. Understanding plant health wasn’t just a job; it was an instinct. We relied on observation and accumulated field experience to gauge the invisible “pulse” of a workspace: how quickly soil dries, where heat pockets linger, and how airflow shifts throughout the day.

We learned that every building has its own unique microclimate:

• Airflow Patterns: Some zones dry out rapidly due to AC vents.
• Humidity Levels: Some offices run cool but dangerously dry.
• Thermal Drift: Afternoon sun often creates temporary heat spikes.

For years, we customized care based on skill. But in a modern world, skill wasn’t enough. We needed data.

Recently, the challenge became critical. Malaysia’s weather has become increasingly erratic, with temperature swings of up to 10°C in a few hours. These rapid shifts wreak havoc on plant health (soil moisture stability) and indoor comfort (thermal balance) simultaneously.

We realized there was a fundamental blind spot in modern buildings: the Ceiling Gap. Building Management Systems (BMS) sensors only see the air layer at the ceiling, often missing the reality on the floor.

Plants and people exist on the ground, where the real microclimate conditions are felt. Ceiling sensors miss the dry pockets, the cold drafts, and the radiant heat at desk level. Relying purely on manual checks was no longer sufficient. We needed a device that measures the complex microclimate—including metrics like humidity, temperature, and Vapor Pressure Deficit (VPD)—exactly where life happens.

Daun2Earth is a compact IoT device designed to close the gap between building systems and occupant reality. It turns years of field knowledge into a clear, continuous, measurable micro-environment stream.

What it does:

• Precision Monitoring: Logs Temperature, Humidity, VPD, and 4 distinct soil moisture points.
• Real-Time Data: Updates every 5 minutes.
• High Visibility: Displayed on-site and through a secure cloud dashboard.

Daun2Earth doesn’t just help plants; it gives every stakeholder the data they’ve been missing.

Daun2Earth acts as a “ground truth” sensor, revealing dry pockets, heat drift, and overcooling that BMS systems overlook. It also quantifies how plants act as natural humidity stabilizers.
Outcome:

• Fewer plant failures.
• Reduced cooling load backed by actual microclimate data.
• Better, data-backed AC setpoint decisions.

Move away from subjective complaints to measurable facts. Additionally, gain total visibility over your biophilic assets.

Outcome:

•  Predictable Comfort: See exactly when zones drift during peak hours to manage complaints effectively.
• Digital Asset Inventory: Daun2Earth provides a complete digital log of plants on-site, helping you locate, quantify, and track your green assets instantly.
• Clearer Decision-Making: Use data to justify layout adjustments.

Comfort drives productivity. By tracking humidity balance and temperature trends, HR gains a simple metric to understand how the physical space supports employee well-being at the ground level.

Outcome:

• Measurable environmental contribution to wellness programs.
• Validated healthy humidity zones.

Biophilic features are often beautiful but rarely measurable. Daun2Earth changes that. Our continuous logs and AI summaries provide ready-to-use data for WELL, LEED, and ESG reporting.

Outcome:

• Clear evidence of comfort stability.
• Documented cooling-load efficiency.
• Quantifiable indoor environmental behavior.