[AUDIO only] Office Hours LIVE Ep 152: Mastering Nutrients: pH, EC, and Feed Strategy with Rory Isaacs of Advanced Nutrients

[AUDIO only] Office Hours LIVE Ep 152: Mastering Nutrients: pH, EC, and Feed Strategy with Rory Isaacs of Advanced Nutrients

This week on AROYA Office Hours, we sit down with Rory Isaacs — Global Director of Cultivation at Advanced Nutrients — for his first appearance on the show. With over 15 years at Advanced Nutrients and a cultivation career that spans British Columbia, Central Europe, and beyond, Rory brings a rare depth of real-world knowledge to the conversation. We dig into some of the most common questions growers face when dialing in their nutrient programs: Why does pH drift throughout a run cycle, and how does the pH Perfect line address it? How do you think about EC stacking and nutrient efficacy across different growing environments? When does it make sense to add amendments like Big Bud, Voodoo Juice, or Bud Factor X — and when is simpler better? Rory and the team also get into what separates good growers from great ones: the importance of bespoke feed programs over generic charts, how to troubleshoot nutrient lockout and runoff issues, and why the first thing Rory looks for when walking into any new facility is the imperfections. Whether you're running a dialed-in indoor operation or a lower-tech greenhouse, this episode is packed with practical insight to help you get more out of your nutrient line.

[AUDIO only] Office Hours LIVE Ep 151: AROYA, Rhythm & CCMS Unveil an Open Integration

For years, you've been running two screens to crop steer — AROYA on one, your controller on the other — manually translating substrate data into irrigation decisions. That era is ending. In this special Office Hours episode, AROYA is joined by Cale from Rhythm CCS and Kirk from CCMS to unveil a new open Modbus integration that connects your substrate sensors directly to your fertigation and environmental control system. No API workarounds. No manual translation. Just a local, two-way feedback loop between what's happening in your root zone and what your controller does about it. You'll hear why AROYA chose an open standard over a closed ecosystem, how Rhythm and CCMS each approach commercial cannabis cultivation differently, and what the integration actually unlocks on the grow floor: precision irrigation driven by real-time substrate data, automated crop steering decisions informed by drip-and-drain feedback, pump and queue safeties that prevent catastrophic failures, and a retrofit path that doesn't force you to rip out what already works. If you're running a commercial cannabis facility — or managing ten of them remotely — this is the conversation that explains where crop management is actually headed, and how the stack in your grow room is about to get a lot smarter. Learn more and see the full list of integration partners at aroya.io/integrations. Follow AROYA Office Hours wherever you get your podcasts, and share this episode with a fellow cultivator who's still toggling between tabs.

[AUDIO only] Office Hours LIVE Ep. 150: Real-Time pH & Runoff Monitoring With the Drip & Drain Station

In Episode 150 of AROYA Office Hours, AROYA's Director of Applied Technology Jason Van Leeuwen joins host Cian for a deep dive into two of AROYA's newest cannabis cultivation sensors: the Drip Drain Station and the AROYA pH Sensor. The AROYA Drip Drain Station gives cannabis growers real-time visibility into irrigation shot volume, runoff volume, EC, and temperature — data that was previously only available by manually checking catch cups. The team walks through live client data showing how the station's Daily Feed Integral (DFI) metric helps growers pinpoint exactly when field capacity is reached, optimize P1 and P2 irrigation schedules, reduce nutrient waste, and eliminate the guesswork that comes with manual monitoring at scale. The Drip Drain Station is also the foundational technology for AROYA's upcoming intelligent automated irrigation programs. The episode also introduces AROYA's brand-new pH sensor — the first always-on, continuous pH monitoring sensor in the AROYA ecosystem. Compatible with the Drip Drain Station or deployable as a standalone batch tank kit, the sensor delivers 24/7 time series pH data directly inside the AROYA platform alongside EC and volumetric water content readings. Growers no longer need to rely on manual handheld pH pens or sporadic snapshot readings. The sensor runs on a five-year battery, requires calibration only once a month, and can alert cultivators to pH drift, doser malfunctions, and nutrient imbalances — even remotely. Whether you're a commercial cannabis cultivator looking to automate your irrigation strategy, reduce labor costs, or gain deeper insight into your root zone health, this episode covers how AROYA's cannabis sensors are transforming cultivation data from a manual chore into a continuous, reliable data stream.

[AUDIO only] Office Hours LIVE Ep 149: The Science of Clean Genetics with Endless Biotech

In this episode of Office Hours Live, hosts Cian and Jason are joined by Valin, Lab Director at Endless Biotech, to discuss the front lines of the pathogen crisis in cannabis. Valin shares his journey from soil science to building high-level tissue culture (TC) labs and explains how TC serves as a "reset button" for genetics infected by Hop Latent Viroid (HLVd) and endophytic pathogens. The conversation emphasizes the critical importance of aseptic technique and the role of meristem extraction in ensuring clean plant stock. Valin also highlights how data from Aroya sensors supports lab success by maintaining healthy mother plants and preventing fungal outbreaks through precise drybacks. The episode concludes with a look at the future of cultivation, including the use of bioreactors, cryo storage, and robotic automation to scale clean production

[AUDIO only] Office Hours LIVE Ep 148: The Biology of Stress: Why Plants Herm and How New Sensor Tech Changes the Game

Cian and Jason return for Episode 148 to dive deep into the technical nuances of modern cannabis cultivation. This episode tackles two major "mysteries" currently buzzing in the community: why electrical conductivity (EC) sometimes drops during a dryback—challenging long-held grower assumptions—and the complex biology behind stress-induced hermaphroditism. The duo explores the transition from the legacy Teros-12 sensors to the more accurate Teros-1, explaining how improved data sensitivity reveals the true relationship between plant feeding and substrate concentration. They also answer live listener questions regarding PPFD levels for ripening and how to manage environmental "swings" to prevent crop failure.