Release Update (June 21): Daisy Hydraulic Alerts, Water EC & More
- Phytech Team
- Jun 21
- 2 min read
Our June 21 Release Update is live with strong improvements across Daisy AI, the plant and planner apps
Highlights
Daisy Hydraulic Monitoring now detects pressure and flow issues automatically, helping irrigators identify leaks, blockages, and pump problems earlier.
Hydraulics adds Water EC sensor support, bringing water quality into the same monitoring experience as pressure and flow.
Hydraulic Components List now includes filtering by active alerts, component type, and search.
Planter now shows who last modified an irrigation event and when.
Ready? Let's grow:
Daisy Hydraulic Monitoring: Pressure & Flow Alerts
What's new
Daisy now monitors your hydraulic components for pressure and flow issues and alerts you the moment they appear.
Why it matters
Detect leaks, blockages, and pump issues earlier
Reduce water waste and energy losses
Catch irrigation problems before they impact crop performance
How it works
Two new hydraulic alert types are now available through Daisy:
Pressure Alerts
High pressure
Low pressure
Delta pressure (filters)
Flow Alerts
High flow
Low flow
Daisy surfaces these alerts alongside actionable recommendations, helping you move quickly from detection to resolution.
Hydraulics: Filter by Active Alerts, Components, or Search
What's new
A new filtering experience helps you quickly find the hydraulic components that need attention.
Why it matters
Focus on active issues faster
Reduce time spent scrolling through long component lists
Improve troubleshooting efficiency in the field
How it works
You can now:
Filter the hydraulic list by active alerts
Filter by component type
Search for specific hydraulic components
With a single tap, you can narrow the list to the components that matter most.
Hydraulics: Water EC Sensor Support
What's new
Phytech now supports Water EC sensors, bringing water salinity measurements into the hydraulic monitoring experience.
Why it matters
Monitor water quality alongside pressure and flow
Gain a more complete view of irrigation performance
Support better irrigation and fertigation decisions
How it works
Water EC readings are collected and displayed directly within the hydraulic monitoring environment, alongside your other hydraulic measurements.
Water quality is now part of the same workflow used to monitor and manage irrigation operations.
Planter: "Modified By" Details on Irrigation Events
What's new
The irrigation side panel now displays who last modified an irrigation event and when the change was made.
Why it matters
Improve accountability across teams
Eliminate guesswork around irrigation changes
Maintain a clear record of event updates
How it works
A new "Modified by" field appears in the irrigation side panel, showing:
The name of the last user who modified the event
The date and time of the modification
This includes irrigation edits, stops, and resumes, providing full visibility into recent act
That's it! See you on the next update
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This is spot on about the latest release update; I couldn't agree more with your assessment. The frustration you described with the release update process is incredibly relatable. I’ve experienced similar headaches, especially when it comes to ensuring everything is properly documented before deployment. It’s like a never-ending cycle of minor adjustments https://www.austrac.gov.au/business/core-guidance/latest-guidance-updates Along those lines, it’s fascinating to consider how this concept of release updates might be applied in unexpected areas. For instance, I recently saw something similar discussed in the context of managing complex scientific experiments, where tracking iterative changes is crucial. This post has definitely brought a totally fresh angle to how I view these ongoing updates. What's also worth noting is that a thorough cost-benefit analysis…
This breakdown of the release update is incredibly insightful, and I particularly appreciate how you've gone beyond the surface to truly analyze its implications. Your description of the Daisy Hydraulic Alerts, for instance, really resonated with me and brought back memories of a similar situation I encountered a few years back when trying to manage a complex system. It made me wonder if combining these new alerts with other monitoring strategies could amplify their effectiveness, creating a more robust oversight system https://www.austrac.gov.au/business/core-guidance/latest-guidance-updates The way you’ve dissected the Water EC changes is also spot on; it’s a nuance that often gets overlooked but can have significant downstream effects. I'm definitely going to be copying some of these key points for my…
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