Las Vegas Low Voltage to Distribute Agrilyst Platform with Scanit Pathogen

Industry News

Las Vegas Low Voltage to Become First Reseller of Integrated Operations and Plant Health Platform

Press Release – Agrilyst today announced Las Vegas Low Voltage as its first reseller of its grower management software now fully integrated with Scanit Technologies airborne pathogen detection devices.

Growers are increasingly seeking integrated solutions to handle all of their operational management. Agrilyst is the market leading software platform in the greenhouse and indoor growing industry for cannabis, floriculture, and vegetable growers. Their software tracks crops from seed to harvest, manages crop inventory forecasting and labor, and helps growers reach and maintain compliance on food safety schemes to cannabis state requirements.

Today, the company is announcing a partnership with Scanit Technologies, a Bay Area based technology company whose sensor device captures, identifies, and detects pathogens before they hit the crop, reducing the risk of crop loss. The product uses artificial intelligence to identify, among others, powdery mildew and botrytis, two pathogens affecting indoor growers.

With a fully integrated solution, growers no longer need to log into multiple systems. They will be able to view plant health analytics in Agrilyst, alert the right stakeholders right away, and act to protect crops before a disease affects growth.

Las Vegas Low Voltage is a low voltage and security systems provider to the cannabis space with over a decade of experience in the Nevada and California regions. They work with some of the best growers in the United States. They have been tapped to become the first reseller of the new integrated platform from Agrilyst and Scanit and will begin distributing immediately.

“I have been dreaming of a solution like this. Growers need an all-in-one product that helps them manage their operations and their risk. There is far too much risk in the current way of testing products for disease and I’m excited to offer growers a new product, one using cutting edge technology and human-centered design that fits into their operations seamlessly,” said Chad Stone, President of Las Vegas Low Voltage. “This solution fits perfectly with our model of bringing innovative solutions directly to end-users and giving them a central platform to manage from.”

The integrated product is already being deployed into facilities in Nevada. Region leader, Matrix NV is the first operation to take advantage of the integration. “We are incredibly excited by the potential of the Agrilyst platform, becoming more proactive in our operations will put us leaps ahead,” said Alex Ficken, COO of Matrix NV.


About Las Vegas Low Voltage Las Vegas Low Voltage is a wholly owned division of Capture Technologies, a 70 year-old employee-owned company. The combined experience has made us experts in Cannabis, Self-Storage, Healthcare, Public Safety, and Contact Center solutions. Our holistic integrated approach provides our clients with complete turn-key solutions in all of our verticals. From design and engineering, to deployment and training, to expert after-installation support, no company can provide a full suite of solutions cared for by employee-owners every step of the way.

About Agrilyst Agrilyst is the market leading software platform used by greenhouse and indoor growers around the world to manage their operations. Their system tracks crops from seed to harvest, manages workers and workflow, and helps growers achieve food safety and cannabis compliance. Agrilyst is a fully integrated solution, connecting growers to their climate control systems, fertigation systems, and now, to autonomous pathogen detection.

About Scanit Technologies Scanit Technologies, Inc. enables outdoor and indoor growers to autonomously capture, measure and identify harmful airborne diseases before infection. Their patented SporeCamTM sensor uses machine learning algorithms classify and count dangerous pathogens. Alerts allow growers to take action to mitigate disease outbreak resulting in optimized operational costs, increased yields, and long-term protection of crop health.

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