HOJO

HOJO
HOJO
Developer: R1 TECHNOLOGIES
Category: Lifestyle
3.9K installs
ratings
+1 weekly installs
+5 monthly installs

HOJO Summary

HOJO is a Android app in the Lifestyle category, developed by R1 TECHNOLOGIES. First released 2 years ago(Jun 2023), the app has accumulated 3.9K+ total installs

Recent activity: 1 installs this week (5 over 4 weeks) showing declining growth View trends →

Store info: Last updated on Google Play on Jun 4, 2023 .


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Screenshots

App screenshot
App screenshot
App screenshot
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App Description

HOJO is an application for recording the growth of crops.

HOJO is an application for recording the growth of crops.
Since images, date and time, and location information can be linked and managed, it can support the work of users who want to take growth profiles in large-scale fields and field workers who want to investigate differences between fields in various regions.

○ Growth record
・Let's record the growth of crops as an image. Since location information and date and time can be linked and managed, it is possible to track chronological changes in growth in specific fields.
・You can customize the measurement items according to your interests. Let's set it separately for the date type such as the date of sowing and the date of transplanting, and the numerical type such as the amount of fertilizer applied. You can skip entering each time by entering a default value.
○ Management in folders
・Sampling records can be managed by dividing them into folders. Create a folder for each fieldwork survey site, or for each experimental plot.
○ Data output
・The data saved in the folder can be output as a CSV file.
- More detailed analysis can be performed using the output CSC data.

○ Estimation of yield and biomass (rice only)
・Equipped with RiceScouter, which estimates rice yield and biomass only from images.
・RiceScouter is a technology that uses AI to estimate the yield or biomass of rice only from images. Use RiceScouter for yield to estimate the yield of the field before harvest, and RiceScouter for biomass to estimate the biomass during growth. Also, when using it, it is possible to estimate with high accuracy by shooting from 80 to 90 cm directly above the colony. (Accuracy may become unstable depending on shooting conditions.)