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WEBINAR: Avocados, Now with AI: How AI and Customer Feedback Just Made the Avocado Quality Meter More Accurate and Far Easier to Use

March 25, 2026 at 7:53 pm | Updated March 25, 2026 at 10:23 pm | 12 min read

The next-generation Felix Avocado Meter is here, and this webinar gives a full look at what makes it different. In this session, Galen George, Director of Applied Science, explains how AI and customer feedback helped shape a more accurate, easier-to-use approach to avocado dry matter analysis. From stronger performance across maturity stages to a refreshed… Continue reading…

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Additional reading

Truth About Portable Gas Sensors in Cold Storage Condensation Isn’t Harmless
Truth About Portable Gas Sensors in Cold Storage Condensation Isn’t Harmless

Truth About Portable Gas Sensors in Cold Storage: Condensation Isn’t Harmless

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Myth NIR Devices Work the Same on All Cultivars
Myth NIR Devices Work the Same on All Cultivars

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Ethylene, Carbon Dioxide, and Oxygen

Truth About Multi-Gas Monitors: When Extra Sensors Add Noise

The conversation around multi-gas monitors often centers on one assumption: more sensors equal better data. In controlled atmosphere storage, ripening rooms, and produce research, that sounds reasonable. But in practice, multi-gas monitors can introduce complexity, cross-interference, and calibration drift that compromise accuracy. When extra sensors add noise instead of clarity, the result is slower decisions… Continue reading…

Myth Data Logging Is Optional—It’s Not if You Want Compliance
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Felix Instrument Mango Quality Meter
Felix Instrument Mango Quality Meter

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When people talk about correlation in the context of a produce quality meter, the conversation often gets simplified. A device is tested against a lab reference method. A number comes back. If it is high, the instrument is considered accurate. If it is lower, doubts start to creep in. But correlation is more nuanced than… Continue reading…

Myth Ripening Control Is Just About Ethylene
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Ripening control is often reduced to a single variable: ethylene. In reality, effective ripening control depends on a coordinated understanding of ethylene, oxygen, carbon dioxide, temperature, and commodity-specific physiology. Focusing on only one gas oversimplifies postharvest management and leaves room for quality loss, uneven ripening, and reduced shelf life. For growers, packers, storage operators, and… Continue reading…