A SaaS horticulture software solution focusing on batch tracking and data stitching to help plan and steer the crops to better outcomes.
The problem:
When growing in a controlled environment, a batch of plants can move between multiple environments; each environment's controls and monitoring system is only aware of the space without any awareness to the movement of batches and plants within it, which in turn makes the task of following and analyzing batches cumbersome and time-consuming, resulting in inconsistent crop quality.
The goal:
The business goal is to create a complementary SaaS product that leverages the existing control systems data to help the grower monitor, analyze and steer crops to a better outcome.
The product goal is to facilitate that by stretching the data from the crop journey between multiple environments and creating an easy way to analyze it from the crop/batch perspective.
The responsibilities:
Lead the product (UX/UI) design.
Conduct user research with the product manager.
Execute needed product pivot.
Establish the design system.
Manage communication with the engineering team.
The user is looking for a way to achieve crop quality consistency by identifying inconsistency and analyzing the factors around it.
Interviews conducted with head growers show that they use multiple systems and methods to record crop movement and crop procedures through multiple environments, which makes it cumbersome to aggregate the data and also makes it difficult to see factors affecting the crop or do any analysis on it, leading to a high variability on crop quality.
The user is a seasoned grower with many years of experience in growing different crops, with a lot of knowledge accumulated through the years, tweaking and testing crop growth strategies.
Growers always know best
The user is a young grower with a few years of experience in growing different crops, having a lot of passion regarding understanding and learning the best ways to increase yield quality and amount but to them, the best way of learning is to visualize the factors affecting the end result.
Ready, go!
Data from a batch perspective, and tasks from a grower perspective.
Initial ideation and wireframing started from the concept of batch data grower's tasks, where the user can visualize the batch journey, the environmental data affecting it and the tasks around it for the grower, without overwhelming the grower with that data dump. Also creating dedicated spaces for each one of them would allow for future expansion on those two ideas.
The goal is to see where the batch came from, where is it going, and the upcoming tasks needed to reach its destination.
Started by testing the boundaries between data overload and what is called by users "not enough data" as the amount and type of data needed varies depending on the crop type, environmental sensors and stages of growth, by grouping types of data based on the batch perspective and the grower's perspective.
For the batch analysis experience, we noticed that users wanted to track multiple data types through the batch journey to see cause and effect, so I started experimenting with different ways to track different data types over time.
Following a group of quantitative user studies, a pattern of behavior started to emerge, showing that it was important for the user to see the batch journey with the most recent snapshot of related data defined by the user and that users only look at a single line graph at a time but with the context of other data points at that time.
Based on the findings from the usability study, having a section showing the batch journey and zone relationships and a section showing the grower's tasks for the day makes it easier for the user to glance at what they need to do.
Also, repeating this structure on the analysis experience between the batch timeline and the timeline of the tasks and notes done by the grower makes switching between both experiences less taxing on the user.
Observing the user behavior showed that the filter section on the left is the least used section, so that function has been grouped into a button on the top command bar, allowing us to dedicate the primary section to the batch journey and batch information elevating zones with batches that need attention to the top, allowing the user to see the status of batches and if attention is needed, keeping the right secondary section for the grower's tasks, actions and notes for the user to see what are the tasks that needed today and for which batch, lowering user's cognitive load as a result.
Users were looking for a better summary of the batch analysis page to give them a snapshot of the number of tasks, days spent in each environment and stage, crop changes, and the ability to add their own KPIs. Also, the ability to add notes, better indication of the selected day on the graph, and its reflection on the rest of the recorded data and metrics would allow them to travel back in time and observe the cause and effect of changes done to the crop.
With Argus FOCUS, you can analyze your results – batch by batch – with an integrated view of lifecycle cultivation data and your production metrics. Then, develop actionable insights to improve future outcomes or replicate previous results.
One quote from a customer:
“FOCUS is a tool to visualize a crop over time, and since I can pull all data onto one screen, it's very powerful for me.”
Product pivoting is a balancing act between the business needs, the market direction and the user needs, which can only be achieved by continuous research through the design and development cycles.