Problem in the Current System
The indiscriminate adoption of technology leads to high costs,
and the random aggregation of data results in low technology efficiency.
No significant results with cutting-edge tech
Many Smart farm startups claim production increase using advanced technology,
but no clear results can be found to support this.
Domestic smart farm companies have advanced their technologies,
but there is a lack of understanding regarding the use of sensors related to crop production.
High-cost structure from indiscriminate introduction of big data
High-cost structure and low efficiency
(1) A significant amount of manpower is invested in the installation and
maintenance of sensors.
(2) High costs associated with preprocessing and post -processing of big data, as
well as securing storage space.
Technology unrelated to productivity
Due to the absence of a control tower that consolidates, utilizes, and directs expertise from
various fields for crop cultivation, the application of technology is impossible.
In the case of disease diagnosis through AI image processing,
accurate judgments are possible only after plant diseases have been confirmed,
leading farmers to discard the entire batch of produce immediately upon detection.
Light source used within the smart farm
(Smart farm with simple light control using a timer)
Fails to meet the light requirements of crops: Poor crop growth.
Exceeds the light requirements of crops: Poor crop growth and energy waste.
(PhytoMix light-controlled smart farm)
Creates a lighting environment tailored to the crop's light requirements.
Reduction in poor crop growth and energy savings.
Instant light control focused on photosynthesis
Poor Light
Poor growth in low light.
Defects occur.
Weakened disease resistance.
Normal Light
Typical production possible.
Maximum production expectations not feasible.
Average resistance.
Optimized Light
Optimal production possible.
Expectation for maximum production is feasible.
Maximized disease resistance.
Calculate the sufficient light level in real-time to provide the optimal light intensity.
Value Proposition of Phytomix Corp.
Doable and instant control technology for increased productivity. Energy saving is necessary for reducing carbon-dioxide.
Energy savings in the smart farm through light source with simple control
Reduction in production costs
Higher Profits
Phenotyping Solutions
Deploy Phenotyping System
Discover our cutting-edge phenotyping systems designed to capture essential plant data efficiently.
Extract Phenotyping Data
Phytomix is specialized in extracting valuable phenotyping data from a variety of datasets, helping you make informed decisions.
Tutorials and Courses
Learn the ropes of plant phenotyping with our comprehensive tutorials and courses, suitable for all levels of expertise.
Agriculture Data Analysis
Our data analysis services provide you with actionable insights to optimize your farming practices.
3D Plant Reconstruction
Visualize your crops like never before with our 3D plant reconstruction technology.
Greenhouse Monitoring
Deploy a fully monitored greenhouse to ensure optimal growing conditions and maximize crop yield.
GIS and Satellite Data Analysis
Harness the power of GIS and satellite data to make data-driven decisions for your agriculture operations.
Bug Monitoring System
Protect your crops with our advanced bug monitoring system, designed to identify and mitigate pest-related issues.
3D plant monitoring
Discussion
Why two Microsoft Azure Kinect DKs?
Set up camera so that the system fully observe the plant
If one Kinect is enough for fully observing the plant, go with one kinect
Camera vs 3D camera
Give depth information
Remove ambiguous without depth information
More accuracy parameter calculation: leaf area,…
Give more parameters
Apply to multiple plants
Note! 좌우 스크롤 ()
| Moving plants to camera | Moving camera to the plants | |
|---|---|---|
| Effect to plant | Plant may be damaged | Small effect to plants |
| Easy to align over time | Difficult | Easy |
| Cost for implementation | High | Lower |
| Can monitoring green house (support metaverse, virtually visit green house with AIoT) |
No | Yes |
| Quality of capturing system: remove noisy background/lighting effect, Super hi camera. |
High | Lower |
| Integrated with sensors/robots | No | Yes |