Our team of mechatronics engineers, artificial intelligence specialists, and veteran mycologists intimately understands the physically demanding reality of mushroom harvesting. Having picked thousands of boxes of mushrooms by hand during our early development, we saw firsthand why standard commercial automation historically fails in extreme, highly humid environments.
Today, backed by +$20 million in investment, our team pushes the limits of technology by designing advanced hybrid robotic systems. We combine custom 3D vision, data analytics, mechanical arms and patented grippers that mimic the human hand. Our specialized solutions are designed specifically to solve chronic industry labor shortages while empowering growers to maximize their predictability, yield and profitability.
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From University Lab to Global Industry Leader
2013
The concept originated as a university mechatronics project after farmer Murray Good challenged students to solve chronic labor shortages on his farm. This initial research identified the extreme challenges of automating delicate fungal harvesting in humid environments.
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2014
Mycionics was officially founded by Stefan, Murray, and an angel investor. This stage focused on combining farm expertise and infrastructure financing to build custom vision and gripping technologies capable of fitting existing farm systems.
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2017
The move to Whitecrest Mushrooms provided a critical "living lab" environment. Operating out of a working farm allowed the team to test 30 generations of machines and refine robotic dexterity based on immediate real-world failures. We wrecked a lot of mushrooms to perfect the design.
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2022
While early prototypes proved robotics could pick pristine mushrooms, the fully automated shelf harvester completed in 2022 spent only 40% of its time picking in support of other required tasks. This inefficiency sparked a strategic pivot toward modular, hybrid labor solutions.
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2024
Piloting the first-generation 2-arm drawer picker and pointing systems across British Columbia and Europe demonstrated the technology's true potential. This confirmed that a hybrid labor split was the most economically viable path for global markets.
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2025
Following successful pilots, a major reorder from South Mill Champs to upgraded 4-arm picking and packing systems signaled a transition to high-volume commercial deployments, alongside global rollouts of our Crop Scout pointer system.
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2026
The deployment of mobile hallway Packers for traditional shelf systems—including a major pilot in partnership with multiple farmers in Ireland—marks full-scale commercial integration. Mycionics is now the standard-setter for hybrid labor efficiency in the global mushroom industry.
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