Novel mobile phone device can measure food spoilage
[July 28, 2022: Newsdesk, Flinders University]
GoMicro's Spotcheck App and a phone attachable magnifier designed for accurately assessing the level of ripeness or spoilage of fresh foods. (CREDIT: Food Navigator)
Can a $1 device that attaches to a mobile phone become a pivotal tool to help solve the $1 trillion #foodwaste problem?
GoMicro CEO and founder Dr. Sivam Krish says the answer is yes—with GoMicro's Spotcheck App and a phone attachable magnifier designed for accurately assessing the level of ripeness or spoilage of fresh foods.
Dr. Krish provided evidence of GoMicro's Spotcheck device effectively reading the accuracy of food spoilage in his presentation at the 400M Agrifood Innovation Forum in Toowoomba, Queensland on 13 July.
Dr. Krish believes GoMicro's innovation, which provides greater accuracy through a superior imaging system and AI App, could save our agricultural industries vast sums of money.
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"We can assess the ripeness or spoilage of fruits and vegetables with a 86–99% accuracy, measured in days," says Dr. Krish.
"It's very topical issue for the food industry to address, with an estimated 30% of our food being spoiled.
GoMicro's aim of re-inventing the microscope and instilling it with artificial intelligence is designed to make the highest quality technology accessible to the public and not just scientists.
The company's patent-pending technology creates lab-quality imaging conditions that significantly increase the accuracy of detection, reducing the number of images needed for training purposes, resulting in the most accurate AI detection that is available at this level of magnification.
GoMicro has placed its initial focus on agriculture to help farmers and agronomists detect pests, leaf disease and assess food quality accurately.
"Any farmer with a phone will have the diagnostic capability of an agronomist—through building a more accurate AI engine into the Spotcheck microscope attached to a phone," says Dr. Krish.
"It's an important breakthrough, because microscopic information can provide a vast array of information across a wide range of agricultural issues. More importantly we will be making it possible for anyone to build and deploy accurate AI applications."
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Note: Materials provided above by Flinders University. Content may be edited for style and length.
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