AROYA by Addium
AROYA · 2-Week Facility Audit · Cultivation IntelligenceAROYA · Auditoría 2 Semanas

Greenlight – Pepsi 2 · Watering & Environment ReadGreenlight – Pepsi 2 · Riego y Clima

First cultivation read · 14-day trace of both flower rooms · what your watering looks like and whether the climate is backing it up · phases signal-inferred (HG roster unavailable this run)Primera lectura de cultivo · 14 días de ambas salas de flor · fases inferidas por señal
FacilityInstalaciónGreenlight – Pepsi 2 (ID 4639) WindowVentana2026-06-03 → 2026-06-17 (14 days) RoomsSalas2 flower rooms (both fully sensed) SubstrateSustratoSoilless (type not set in AROYA; signal reads high-FC / rockwool-like) SensorsSensoresTEROS substrate · climate · CO₂ (both rooms) SourceFuenteAROYA public_api room chart (stitched 2-day windows, raw ~9-min cadence) Report dateFecha2026-06-17

Headline FindingsHallazgos Principales

Data coverageCobertura
2 / 2
both rooms ~98% timestamp coverage over 14d~98% cobertura
Grow Room 2 overnight drybackDryback Sala 2
17.3 pp
absolute pp · in the 12–18 pp bulking band · well-steeredpp absoluto · en banda
Grow Room 1 overnight drybackDryback Sala 1
4.5 pp
shallow · flat VWC + low EC · confirm phase / steering intentsuperficial · confirmar fase
Grow Room 1 RH peakHR pico Sala 1
78.8%
mean 65.7% · high for a closing canopy (~45–60%)media 65.7% · alta
Grow Room 1 P1 onset driftDeriva inicio P1 Sala 1
±3.2 h
first-shot clock swings day-to-day · pick one timela hora del primer shot varía
CO₂ telemetryTelemetría CO₂
Both rooms
~1064 / 1439 ppm (Rm2 runs high)~1064 / 1439 ppm
The Lead — what the 14 days tell usLa Lectura

2-room cultivation read · Greenlight – Pepsi 2 (facility 4639) · 2026-06-03 → 2026-06-17 (REAL 14-day trace, raw ~3-min cadence stitched from AROYA public_api, 2-day windows merged, ~98% coverage both rooms). This is the first cultivation (watering + environment) read of Pepsi 2 — the prior AROYA touch here was the Apr 27 mesh-health incident, not a crop-steering review — so this sets a baseline and answers the two questions the cadence is built on: what does the watering look like, and is the environment backing it up? Both flower rooms are fully sensed (TEROS substrate + climate + CO₂), so unlike many sites we can actually see the water in both. Phases are signal-inferred (the harvest-group roster was unavailable this run), read from the data rather than the AROYA calendar. The short version: (1) Grow Room 2 is the well-run room. It runs a clean, consistent generative day — first shot lands at ~07:06 local within ±0.5 h, ~10 shots/day fill to ~68% peak VWC, then it dries back 17.3 pp absolute overnight (peak VWC − pre-irrigation low) with pore EC stacking to ~7.1 mS. That is textbook bulking-phase steering on a high-field-capacity substrate. (2) Grow Room 1 is the room to look at. It holds VWC flat near 55% with only a 4.5 pp overnight dryback, pore EC sitting low and flat at ~3.3 mS, and just ~1 shot/day whose clock time swings ±3.2 h. On a ~14 h photoperiod that reads as a veg / early-development room (or an under-steered flower room) — there is essentially no dry-down and no EC stack, so confirm the room’s intent against the roster. (3) Environment is mostly fine, with two flags: Grow Room 1’s RH peaks 78.8% (mean 65.7%) and its substrate runs warm (~79.5°F vs a 69–76°F ideal); Grow Room 2’s CO₂ averages 1439 ppm (peaks 2000), high vs a ~900–1300 target and worth a sensor/dosing check. Data window: 2026-06-03 → 2026-06-17, ~98% timestamp coverage both rooms. Shot counts and P1/P2 cadence are derived from VWC step-up signatures (≥0.8 pp rise between consecutive ~3-min samples) — no flow/runoff telemetry exists at this site (see Data Quality).2-room cultivation read · Greenlight – Pepsi 2 (facility 4639) · 2026-06-03 → 2026-06-17 (REAL 14-day trace, raw ~3-min cadence stitched from AROYA public_api, 2-day windows merged, ~98% coverage both rooms). This is the first cultivation (watering + environment) read of Pepsi 2 — the prior AROYA touch here was the Apr 27 mesh-health incident, not a crop-steering review — so this sets a baseline and answers the two questions the cadence is built on: what does the watering look like, and is the environment backing it up? Both flower rooms are fully sensed (TEROS substrate + climate + CO₂), so unlike many sites we can actually see the water in both. Phases are signal-inferred (the harvest-group roster was unavailable this run), read from the data rather than the AROYA calendar. The short version: (1) Grow Room 2 is the well-run room. It runs a clean, consistent generative day — first shot lands at ~07:06 local within ±0.5 h, ~10 shots/day fill to ~68% peak VWC, then it dries back 17.3 pp absolute overnight (peak VWC − pre-irrigation low) with pore EC stacking to ~7.1 mS. That is textbook bulking-phase steering on a high-field-capacity substrate. (2) Grow Room 1 is the room to look at. It holds VWC flat near 55% with only a 4.5 pp overnight dryback, pore EC sitting low and flat at ~3.3 mS, and just ~1 shot/day whose clock time swings ±3.2 h. On a ~14 h photoperiod that reads as a veg / early-development room (or an under-steered flower room) — there is essentially no dry-down and no EC stack, so confirm the room’s intent against the roster. (3) Environment is mostly fine, with two flags: Grow Room 1’s RH peaks 78.8% (mean 65.7%) and its substrate runs warm (~79.5°F vs a 69–76°F ideal); Grow Room 2’s CO₂ averages 1439 ppm (peaks 2000), high vs a ~900–1300 target and worth a sensor/dosing check. Data window: 2026-06-03 → 2026-06-17, ~98% timestamp coverage both rooms. Shot counts and P1/P2 cadence are derived from VWC step-up signatures (≥0.8 pp rise between consecutive ~3-min samples) — no flow/runoff telemetry exists at this site (see Data Quality).

Account Baseline — What We're Answering TodayLínea Base — Qué Respondemos Hoy

First cultivation read — prior touch was the Apr 27 mesh incidentPrimera lectura de cultivo — toque previo: incidente de malla 27-abr

This is the first AROYA watering + environment review of Greenlight – Pepsi 2. The previous engagement here was the April 27 mesh-health incident (flower-side repeater H3400003153 hit 0% battery and dropped, an RMA candidate) — a device issue, not a crop-steering commitment — so today sets the cultivation baseline rather than grading past crop-steering promises. The companion Device Health report (today) re-checks whether that repeater and the mesh have recovered. Plain answers to the two questions:
1 · What does your watering look like? Both flower rooms have substrate probes, so we can see it in both. Grow Room 2 runs the cleaner program — ~10 shots/day, fills to ~68% peak VWC, dries back 17.3 pp overnight (absolute pp), pore EC stacking to ~7.1 mS, first shot landing within ±0.5 h day to day — a well-controlled generative bulking day. Grow Room 1 tells a different story: VWC held flat near 55%, only a 4.5 pp dry-down, pore EC low and flat at ~3.3 mS, and ~1 shot/day on an erratic clock (±3.2 h). On its ~14 h photoperiod that reads as a veg / early room or an under-steered flower room — the key thing is to confirm its intended phase.
2 · Is the environment backing the watering up? Mostly yes — VPD sits ~1.0–1.2 kPa and CO₂ is dosed in both rooms. Two flags: Grow Room 1’s humidity peaks 78.8% (mean 65.7%) and its substrate runs warm (~79.5°F vs 69–76°F ideal), and Grow Room 2’s CO₂ averages 1439 ppm (peaks 2000), high vs a ~900–1300 target.
The things to act on (detailed in Recommendations): (a) confirm Grow Room 1’s phase and steering intent; (b) lock its first-shot time; (c) pull its flowering RH down and watch substrate heat; (d) keep Grow Room 2 on its current program and sanity-check its CO₂.
Footnote: phases here are read from the data (no harvest-group roster this run) — re-confirm against a live roster pull when the AROYA app session is back.Primera revisión de riego y clima de Greenlight – Pepsi 2; el toque previo fue el incidente de malla del 27-abr. Ambas salas tienen sondas. Sala 2 riega ~10/día, seca 17.3 pp, CE ~7.1 mS — bien manejada. Sala 1 mantiene VWC plano (~55%), solo 4.5 pp de dryback, CE baja — confirmar fase. Clima OK salvo HR alta y sustrato cálido en Sala 1 y CO₂ alto en Sala 2. Fases inferidas por señal.

Climate / HVAC ReadLectura Clima / HVAC

Per-room check on whether the room holds its phase VPD window, the lights-on vs lights-off air-temp swing (DIF), humidity against the phase target, and CO₂ dose. Humidity excursions in flower get flagged here before they become a mold problem.Lectura por sala: VPD, swing de temperatura luces-on/off (DIF), HR vs objetivo y dosis CO₂.

RoomSala PhaseFase VPD on (kPa)VPD off Temp on (°F)Temp off (°F)DIF (°F) RH on (%)CO₂ on (ppm)Flag VerdictVeredicto
Grow Room 1Bulking1.071.2178.578.30.167.71076RH high vs flower targetRH/VPD off
Grow Room 2Bulking1.171.2177.775.91.964.11312high-VPD episodesreview

Climate ↔ Watering InterplayInteracción Clima ↔ Riego

Does the day's VPD profile match the day's shot rhythm? A higher-VPD lights-on period pulls water out faster and needs P2 maintenance pulses to defend field capacity; a calmer day lets you cut P2 and drive a deeper P3 dry-down. Both rooms carry substrate sensing, so the interplay is read for each.¿El perfil VPD del día coincide con el ritmo de shots? Se lee en ambas salas.

RoomSala PhaseFase Peak VPD (kPa)VPD pico VWC envelope Pore EC mean Overnight dryback (absolute pp)Dryback nocturno (pp absoluto) VPD on
Grow Room 1Bulking1.5550.9–59.6%3.31 mS below veg band4.5 pp below1.13
Grow Room 2Bulking1.3643.0–70.7%7.08 mS stacking17.3 pp in band1.19

Per-Room Deep DiveAnálisis Sala por Sala

One card per room. Steering intent (vegetatively vs generatively) is stated before the numbers. Dryback is in absolute percentage points (peak VWC − pre-irrigation low), per AROYA convention. Substrate EC is read as the result of your steering, not as a feed setting.Una tarjeta por sala. Intención de manejo antes de los números. Dryback en puntos porcentuales absolutos.

Click a room to focus its card + chart trace (click again to show both). Toggle Compare mode to see both side by side.Haga clic en una sala para enfocarla. Active modo Comparar.

Grow Room 1 · Bulking Room ID 19217 · FLOWER · 16 zone · SOILLESS

Coverage 98% · n=330 hourly samples · 2026-06-03 → 2026-06-17
Overnight dryback (absolute pp) 4.5 below Peak VWC (daily mean) 58% P1 onset (local) 11:07 Shots/day 1.3 Pore EC mean / peak 3.31 / 3.56 mS below Substrate temp 79.5°F VPD mean / max 1.13 / 1.55 below Air temp (on / off) 78.5 / 78.3°F RH mean / max 65.7 / 78.8% CO₂ mean 1064 ppm

Steering intent: Vegetatively-steered (reads as Bulking from a ~14 h photoperiod; signal-inferred — no HG roster this run, SPA session down). AROYA veg targets: dryback 12–18 pp absolute, pore EC 4.0–7.0 mS, VPD lights-on 1.2–1.4 kPa. The day is programmed in P0 (lights-on → first shot), P1 (ramp back to field capacity), P2 (maintenance pulses) and P3 (overnight dry-down).
What the data shows since the probes went in: daily overnight dryback 4.5 pp absolute (peak VWC − pre-irrigation low), peak VWC ~57.6%, pore EC 3.31 mS and climbing (+0.3 mS over the window), substrate temp 79.5°F, first shot (P1 onset) around 11:07 local but swinging ±3.2 h day-to-day, ~1 shots/day with essentially no P2 maintenance pulses (0/day). That is a deep dry-down for a veg / long-day room (veg target 5–15 pp) — healthy and steerable on this high-field-capacity substrate, but worth confirming it is intentional rather than a stretched gap between shots. Steering intent: Vegetatively-steered (reads as Bulking from a ~14 h photoperiod; signal-inferred — no HG roster this run, SPA session down). AROYA veg targets: dryback 12–18 pp absolute, pore EC 4.0–7.0 mS, VPD lights-on 1.2–1.4 kPa. The day is programmed in P0 (lights-on → first shot), P1 (ramp back to field capacity), P2 (maintenance pulses) and P3 (overnight dry-down).
What the data shows since the probes went in: daily overnight dryback 4.5 pp absolute (peak VWC − pre-irrigation low), peak VWC ~57.6%, pore EC 3.31 mS and climbing (+0.3 mS over the window), substrate temp 79.5°F, first shot (P1 onset) around 11:07 local but swinging ±3.2 h day-to-day, ~1 shots/day with essentially no P2 maintenance pulses (0/day). That is a deep dry-down for a veg / long-day room (veg target 5–15 pp) — healthy and steerable on this high-field-capacity substrate, but worth confirming it is intentional rather than a stretched gap between shots.

Grow Room 2 · Bulking Room ID 19218 · FLOWER · 16 zone · SOILLESS

Coverage 98% · n=330 hourly samples · 2026-06-03 → 2026-06-17
Overnight dryback (absolute pp) 17.3 in band Peak VWC (daily mean) 68% P1 onset (local) 07:06 Shots/day 10.0 Pore EC mean / peak 7.08 / 9.19 mS above Substrate temp 76.0°F VPD mean / max 1.19 / 1.36 below Air temp (on / off) 77.7 / 75.9°F RH mean / max 61.8 / 68.7% CO₂ mean 1439 ppm

Steering intent: Vegetatively-steered (reads as Bulking from a ~10 h photoperiod; signal-inferred — no HG roster this run, SPA session down). AROYA veg targets: dryback 12–18 pp absolute, pore EC 4.0–7.0 mS, VPD lights-on 1.2–1.4 kPa. The day is programmed in P0 (lights-on → first shot), P1 (ramp back to field capacity), P2 (maintenance pulses) and P3 (overnight dry-down).
What the data shows since the probes went in: daily overnight dryback 17.3 pp absolute (peak VWC − pre-irrigation low), peak VWC ~68.4%, pore EC 7.08 mS and climbing (+0.6 mS over the window), substrate temp 76.0°F, first shot (P1 onset) around 07:06 local but swinging ±0.5 h day-to-day, ~10 shots/day with essentially no P2 maintenance pulses (3/day). That is a deep dry-down for a veg / long-day room (veg target 5–15 pp) — healthy and steerable on this high-field-capacity substrate, but worth confirming it is intentional rather than a stretched gap between shots. Steering intent: Vegetatively-steered (reads as Bulking from a ~10 h photoperiod; signal-inferred — no HG roster this run, SPA session down). AROYA veg targets: dryback 12–18 pp absolute, pore EC 4.0–7.0 mS, VPD lights-on 1.2–1.4 kPa. The day is programmed in P0 (lights-on → first shot), P1 (ramp back to field capacity), P2 (maintenance pulses) and P3 (overnight dry-down).
What the data shows since the probes went in: daily overnight dryback 17.3 pp absolute (peak VWC − pre-irrigation low), peak VWC ~68.4%, pore EC 7.08 mS and climbing (+0.6 mS over the window), substrate temp 76.0°F, first shot (P1 onset) around 07:06 local but swinging ±0.5 h day-to-day, ~10 shots/day with essentially no P2 maintenance pulses (3/day). That is a deep dry-down for a veg / long-day room (veg target 5–15 pp) — healthy and steerable on this high-field-capacity substrate, but worth confirming it is intentional rather than a stretched gap between shots.

Room Trace — 6-Chart BiophysicsBiofísica — 6 Gráficos por Sala

For each room: VWC, pore EC, substrate temp, VPD, air-temp / RH, and CO₂ over the 14-day window, with phase target bands shaded. Read top-to-bottom: dryback shape (VWC) → EC stack (pore EC) → root-zone temp → atmosphere (VPD, air, CO₂). Both rooms carry full substrate + climate traces across the 14-day window, so the dryback shape and EC stack are visible for each.Por sala: VWC, CE poro, temp sustrato, VPD, temp aire / HR y CO₂. Ambas salas tienen trazas completas de sustrato y clima.

Grow Room 1 Bulking

REAL 14-day hourly trace (2026-06-03 → 2026-06-17, 336 hourly room-mean points). The substrate probes were set into media mid-window — the early flat line in VWC / pore EC is the in-air period before placement, not a sensor fault. Bulking target bands shaded.REAL 14-day hourly trace (2026-06-03 → 2026-06-17, 336 hourly room-mean points). The substrate probes were set into media mid-window — the early flat line in VWC / pore EC is the in-air period before placement, not a sensor fault. Bulking target bands shaded.
VWC (%) absolute dryback target 12–18 pp · Bulking
Pore EC (mS/cm) phase stack band 4.0–7.0 mS
Substrate temp (°F)
VPD (kPa) lights-on 1.2–1.4 kPa
Air temp (°F) / RH (%)
CO₂ (ppm)

Grow Room 2 Bulking

REAL 14-day hourly trace (2026-06-03 → 2026-06-17, 336 hourly room-mean points). The substrate probes were set into media mid-window — the early flat line in VWC / pore EC is the in-air period before placement, not a sensor fault. Bulking target bands shaded.REAL 14-day hourly trace (2026-06-03 → 2026-06-17, 336 hourly room-mean points). The substrate probes were set into media mid-window — the early flat line in VWC / pore EC is the in-air period before placement, not a sensor fault. Bulking target bands shaded.
VWC (%) absolute dryback target 12–18 pp · Bulking
Pore EC (mS/cm) phase stack band 4.0–7.0 mS
Substrate temp (°F)
VPD (kPa) lights-on 1.2–1.4 kPa
Air temp (°F) / RH (%)
CO₂ (ppm)

Watering Pattern — P0 / P1 / P2 / P3Patrón de Riego — P0 / P1 / P2 / P3

The 4-phase day is how the controller is programmed: P0 activation (lights-on → first shot, let the plant wake up and start transpiring), P1 ramp-up (small shots back to field capacity + first runoff), P2 maintenance (pulses holding VWC at field capacity through the day), P3 dry-down (last shot → next morning — the main steering lever). The table is the room-by-room answer: observed P1 onset (local clock ± day-to-day swing), shots/day, P2 pulses/day, daily peak VWC and overnight dryback — all derived from VWC step-up signatures (≥0.8 pp rise between consecutive ~9-min samples; no flow telemetry). Both rooms carry a substrate signal.El día de 4 fases: P0 activación, P1 rampa, P2 mantenimiento, P3 dry-down. Valores observados derivados de subidas VWC. Ambas salas con señal de sustrato.

RoomSala PhaseFase P1 onset (± day-to-day)inicio (± diario) Shots/dayShots/día P2 pulses/daypulsos/día Peak VWCVWC pico Shot targetObjetivo shot Overnight dryback (absolute pp)Dryback (pp absoluto) SteeringManejo Data agrees?¿Datos acuerdan?
Grow Room 1Bulking11:07 ± 3.2h1.30.058%3–5%4.5 pp ± 1.7Vegetativeunder-dry
Grow Room 2Bulking07:06 ± 0.5h10.02.968%3–5%17.3 pp ± 2.5Vegetativeagrees

Phase Target RangesRangos Objetivo de Fase

Per-room phase (signal-inferred) with the AROYA target band for that phase: P1 shot size, dryback (absolute pp), pore EC band, VPD band, air-temp band and RH band. The cards above measure observed minus target.Fase por sala (inferida) con la banda objetivo AROYA.

Phase ladder — crop-steering targets (substrate type not set; signal reads high-FC / rockwool-like)Escalera de fases (sustrato sin definir)

Root-in (dryback 10–15 pp, shot 1–3%, EC feed ~3 mS, VPD ~0.8) → Veg (dryback 5–15 pp, shot 3–5%, substrate EC 3.0–5.0, VPD 0.8–1.1) → Early flower / stretch (dryback 20–30 pp absolute, shot 6–10%, P0 delay 120–240 min, substrate EC stacking 6.0–12.0, VPD 1.0–1.2) → Bulking (dryback 12–18 pp, shot 3–5%, runoff 20–30%, substrate EC 4.0–7.0, VPD 1.2–1.4) → Ripening (dryback 25–35 pp absolute · push 40 pp final week, shot 6–10%, substrate EC 6.0–8.0, VPD 1.4–1.6). Sources: AROYA Crop Steering: The Ultimate Guide; Grodan Cannabis Edition Ch. 3–4; Athena Vegetative Stage / Substrates Guide; Growlink Crop Steering E-Book.Root-in → Veg (5–15 pp) → Floración temprana (20–30 pp absoluto) → Bulking (12–18 pp) → Maduración (25–35 pp absoluto).

RoomSala Phase (inferred)Fase LightsLuces P1 shot sizetamaño Dryback target (absolute pp)Dryback objetivo Pore EC bandBanda CE VPD on/offVPD on/off Temp onTemp on RH on
Grow Room 1
SOILLESS · 16 zone · room ID 19217		Bulking (signal-inferred)~14h photoperiod3–5% (P1 ramp)12–18 pp absolute4.0–7.0 mS1.2–1.4 / 0.9–1.1 kPa74–80°F55–65%
Grow Room 2
SOILLESS · 16 zone · room ID 19218		Bulking (signal-inferred)~10h photoperiod3–5% (P1 ramp)12–18 pp absolute4.0–7.0 mS1.2–1.4 / 0.9–1.1 kPa74–80°F55–65%

RecommendationsRecomendaciones

Prioritized, plain-language. Owner = you / facility lead; Grower = day-to-day room operator; Process = AROYA / Addium follow-up. Each ties back to the data and the phase target.Priorizadas. Owner = usted; Grower = operador; Process = AROYA / Addium.

Grower Grow Room 1 — confirm the phase & steering intent (highest leverage)
Grow Room 1 holds VWC flat near 55% with only a 4.5 pp overnight dryback, pore EC flat at ~3.3 mS, and ~1 shot/day on a ~14 h photoperiod. Confirm against the harvest-group roster whether this is a veg / early room (in which case the read is roughly on-target, just lean on EC) or a flowering room (in which case it is under-steered).
A 4.5 pp dry-down with no EC stack is a vegetative signal. If these are flowering plants, the room is being pushed vegetatively in a window where dryback and EC stacking should be driving quality and weight — the single biggest steering question at the site. If it is veg, no problem, but pore EC ~3.3 mS is at the low end of the 3–5 mS veg band.
Grower Grow Room 1 — lock the first-shot time
Pick ONE P1 onset time (lights-on + a fixed P0 delay) and program it. Right now the first shot drifts ±3.2 h day to day, and some days show only a single shot.
A consistent P0 delay is the foundation of repeatable steering — if the day starts at a different time each morning, the overnight dryback and the EC trajectory drift with it. Grow Room 2 already does this (±0.5 h); Room 1 should match it.
Grower Grow Room 1 — pull RH down & watch substrate heat
Humidity peaks 78.8% (mean 65.7%) and the substrate runs ~79.5°F (ideal root-zone 69–76°F). Lean on dehumidification / airflow, and check root-zone heat from lights / mats.
High humidity in a closing canopy is the classic bud-rot / powdery-mildew setup and it flattens VPD; warm substrate speeds dryback and stresses roots. Both are the clearest environmental risks in this room’s data.
Grower Grow Room 2 — hold the line, sanity-check CO₂
Keep Grow Room 2 on its current program — 17.3 pp dryback, ~10 shots/day, EC stacking to ~7.1 mS and a tight first-shot clock is exactly what bulking should look like. One thing to verify: CO₂ averages 1439 ppm and peaks 2000 ppm — confirm that’s the intended dosing setpoint (~900–1300) and the sensor is reading true.
This room is the template for the site. The only open question is the high CO₂ ceiling — either the dosing setpoint is aggressive or the EE894 needs a calibration check; both are quick to confirm.
Owner Both rooms — set substrate type & add a runoff signal
Set the substrate type in each room’s AROYA config (tightens every target band). Add a drain/runoff sensor or a one-week manual runoff log (volume in vs out + runoff EC) so leaching can be graded.
Substrate type is unset, so the bands here are generic. There is no flow/runoff series, so shot sizes and runoff % are derived, not measured — a runoff signal would unlock EC-leaching analysis, especially for Grow Room 2’s stack.
Process Follow-up — confirm phases & close the Apr mesh incident
Re-pull the live harvest-group roster once the AROYA app session is back to confirm the phase labels in this report. Confirm the April 27 repeater (H3400003153) RMA is closed and the flower-side mesh is healthy (see companion Device Health report).
Phases are signal-inferred this run, so a roster check makes them authoritative. And the prior touch at this site was a mesh fault — closing that loop keeps substrate coverage reliable for the next audit.

Data Quality & LimitationsCalidad de Datos y Limitaciones

What we could and couldn't measure. Coverage is the % of expected hourly samples present over the 14-day window.Qué se pudo y no se pudo medir.

Audit-level limitationsLimitaciones
  • Phases are SIGNAL-INFERRED, not roster-verified — the harvest-group roster was unavailable this run (AROYA app / SPA session down), so phase labels are read from steering signatures (photoperiod, dryback depth, pore-EC trajectory, VPD). Treat them as approximate until re-verified against a live roster pull. This is the first cultivation read of this site; the prior touch was the Apr 27 mesh-health incident.
  • Both flower rooms are fully sensed (TEROS substrate + climate + CO₂), so VWC, dryback, pore EC and substrate temp are graded in both Grow Room 1 and Grow Room 2 — there is no climate-only room at this site.
  • Shot counts and P1/P2 cadence are DERIVED, not measured — a "shot" is a VWC step-up of ≥0.8 pp between consecutive ~3-min samples. No flow-meter or valve-event telemetry exists. Counts are reliable for rhythm/consistency; absolute shot sizes (% of substrate volume) aren’t graded.
  • No runoff series exists for this facility — runoff % and runoff EC can’t be graded. A drain sensor or a manual runoff log would unlock leaching analysis.
  • Substrate type is not set in the AROYA room config — target bands are therefore generic. The signal (high daily peak VWC, deep drybacks in Room 2) reads like rockwool or a high-water-holding block, but isn’t confirmed.
  • Both rooms have CO₂ sensing, so CO₂ is graded. Clock times are local Central time (CDT, UTC−5), with lights-on estimated from each room’s diurnal air-temp ramp — Grow Room 1’s lights-on estimate is noisy given its flat, near-veg profile.
  • Overnight dryback (absolute pp) = daily peak VWC − the following pre-irrigation low on the zone-mean series. Per AROYA convention, never expressed relative to field capacity.
RoomSala VWC coverageCobertura VWC Pore EC coverageCobertura CE Climate coverageCobertura clima SamplesMuestras NotesNotas
Grow Room 198%98%98%14d (n=330)Full suite (3× TEROS substrate + Atmos 14 + EE894 CO₂). Substrate probes placed into media mid-window; in-air period before that excluded from irrigation stats.
Grow Room 298%98%98%14d (n=330)Full suite (3× TEROS substrate + Atmos 14 + EE894 CO₂). Substrate probes placed into media mid-window; in-air period before that excluded from irrigation stats.