Seven crop-active rooms, 14 real days, 100% coverage — and the site splits cleanly into three rooms that are steered well and three that are steering themselves into trouble in two opposite directions.
The well-run rooms. Grow #1, Grow #3 and Grow #6 all start the day on a locked clock — first shot at 05:50, 05:58 and 05:37 local with a day-to-day spread of only ±4, ±4 and ±6 minutes. All three run generatively: deep overnight P3 dry-downs of 29.9, 26.9 and 23.7 absolute pp, 12–15 shots a day through P1/P2, and substrate EC being actively managed down from a high stack (Grow #6: 21.0 → 8.1 mS; Grow #1: 10.0 → 8.1; Grow #3: 9.8 → 8.3). That is what deliberate crop steering looks like — the EC was stacked, and it is now being brought back with irrigation volume. Whatever is being run in these three rooms, the irrigation program is coherent.
Failure mode one — the root zone is concentrating. Grow #5 is being irrigated roughly once a day (1.0 shots/day, 0.2 P2 pulses) and its start-of-day time wanders by ±6.3 hours — there is effectively no P0/P1 program. Substrate EC has gone from 4.6 to 15.1 mS across the window, a 3.2× stack with no irrigation volume to relieve it, while the root zone sits at 79.1°F. Room X is the same disease: EC 9.1 → 17.2 mS — the highest at the site — on 1.9 shots/day, with the lowest field capacity (peak VWC 36.0%) and the hottest substrate (81.8°F). Hot substrate + low water + no leaching fraction is exactly how salts accumulate. If either room is in veg (Room X runs a ~22 h photoperiod, which would suggest it is), an EC of 17 mS is 3–5× the 3.0–5.0 veg reference band.
Failure mode two — the stack is being washed out. Grow #4 is the mirror image. Lights-on VPD is 0.92 kPa against RH of 72.0% — the softest transpiration pull and the wettest air at the site — and it runs zero P2 maintenance pulses. Substrate EC is falling: 5.7 → 3.2 mS. With a weak VPD the plant is not pulling water through the root zone, so the shots that do land flush the stack rather than feed it. High RH in a room with this much canopy is also a bud-rot setup.
And the equipment is part of the story. 3 TEROS-12 probes inside these live rooms are silent. Grow #1 still has a sibling probe covering its zone — but Grow #4 and Grow #5 have each lost a zone entirely. Those are the two rooms already showing the worst EC behaviour, and part of each is now being watered with no substrate feedback at all. Fix the probes before trusting any of these numbers as complete. See the companion Device Transfer Audit.
Everything above is measured. Nothing above is graded against a Sipkoi target, because no Sipkoi targets are documented — the harvest-group roster is unavailable, so no room's growth phase or cultivar is known. Where a reference band is shown, it is a practitioner benchmark matched to each room's observed P3 dry-down depth, not a Sipkoi goal. See Data Quality.
Siete salas activas, 14 días reales, 100% de cobertura — el sitio se divide entre tres salas bien manejadas y tres que van en direcciones opuestas.
Bien manejadas: Grow #1, #3 y #6 arrancan el día con reloj fijo (05:50, 05:58, 05:37; ±4, ±4, ±6 min). P3 profundo (29.9, 26.9, 23.7 pp absolutos), 12–15 shots/día, y CE de sustrato gestionada a la baja (Grow #6: 21.0 → 8.1 mS).
Fallo 1 — la zona radicular se concentra. Grow #5: ~1 shot/día, P1 varía ±6.3 h, CE 4.6 → 15.1 mS (3.2×), sustrato 79.1°F. Room X: CE 9.1 → 17.2 mS (la más alta), 1.9 shots/día, menor capacidad de campo (36.0%), sustrato más caliente (81.8°F). Sustrato caliente + poca agua + sin fracción de lavado = acumulación de sales.
Fallo 2 — el stack se lava. Grow #4: VPD 0.92 kPa, HR 72.0%, cero pulsos P2. CE cae 5.7 → 3.2 mS.
El equipo es parte del problema: 3 sondas TEROS-12 mudas en salas activas. Grow #4 y Grow #5 perdieron una zona completa.
Nada se califica contra un objetivo de Sipkoi — no hay ninguno documentado.
There is no prior AROYA audit for Sipkoi and no cultivation commitments on record from the customer side. What does exist is the action list from the 2 July call with Derek. Those are Addium's commitments, graded honestly below.No hay auditoría previa de Sipkoi. Lo que existe es la lista de acciones del 2 de julio.
| Action (2 July 2026)Acción | OwnerResponsable | What was deliveredQué se entregó | StatusEstado |
|---|---|---|---|
| "Audit devices: review online equipment counts to determine which units to transfer." | Cian Sullivan | Delivered as the companion Device Transfer Audit. All 133 device rows classified on measured telemetry: 65 in service, 27 transferable, 39 dead, 2 unverifiable. Headline: only 9 devices are unambiguously free to move, and 23 of the 31 "unassigned" units are dead, not spare.Entregado como Auditoría de Transferencia. 133 dispositivos clasificados: 65 en servicio, 27 transferibles, 39 muertos. | Delivered |
| Schedule an Adelanto site visit | Cian Sullivan | Not yet scheduled. This audit strengthens the case for it: 23 dead unassigned units and 2 unverifiable sinks need a physical eyes-on that the API cannot provide.Aún no programada. Esta auditoría refuerza la necesidad: 23 unidades muertas requieren verificación física. | Still open |
| Call "Mo" | Cian Sullivan | Outside the scope of the telemetry — no verifiable record either way. Carried forward as still open.Fuera del alcance de la telemetría. Sigue abierta. | Still open |
| Site performance context: "Verona" 40 g/sq ft, 60-day proof-of-concept | Sipkoi | Cannot be verified from AROYA. No room at facility 2721 is named Verona, and without the harvest-group roster there are no yields, no harvest weights and no run boundaries to check 40 g/sq ft against. Noted, not graded.No verificable desde AROYA. Ninguna sala se llama Verona y sin roster no hay rendimientos. | Not verifiable |
Lights-on vs lights-off VPD, the air-temp swing (DIF), lights-on humidity, and root-zone temperature. None of these rooms has a CO₂ sensor — the ATMOS-14 does not measure CO₂, and the only EE894 CO₂ sensors at the site are in the SJ rooms. CO₂ is therefore not gradeable in any crop-active room.VPD, DIF, HR y temperatura de zona radicular. Ninguna de estas salas tiene sensor de CO₂.
| Room | Observed P3 depthProfundidad P3 | VPD on | VPD off | Temp on °F | Temp off °F | DIF | RH on % | Substrate °F | Root-zone flag |
|---|---|---|---|---|---|---|---|---|---|
| Grow #1 | very deep P3 · ripening-depth | 1.01 | 1.48 | 80.1 | 78.8 | 1.3 | 71.1 | 78.7 | above |
| Grow #2 | moderate P3 · bulking-depth | 1.11 | 0.89 | 77.5 | 71.0 | 6.5 | 65.2 | 72.0 | in band |
| Grow #3 | very deep P3 · ripening-depth | 0.95 | 1.16 | 76.3 | 75.0 | 1.3 | 69.4 | 75.2 | in band |
| Grow #4 | moderate P3 · bulking-depth | 0.92 | 0.65 | 78.1 | 71.0 | 7.1 | 72.0 | 75.6 | in band |
| Grow #5 | shallow P3 · veg-depth | 1.11 | 1.17 | 83.5 | 73.4 | 10.0 | 71.6 | 79.1 | above |
| Grow #6 | deep P3 · stretch-depth | 1.23 | 1.04 | 82.3 | 78.4 | 3.9 | 67.5 | 80.3 | above |
| Room X | shallow P3 · veg-depth | 1.25 | 1.21 | 81.7 | 80.8 | 0.9 | 66.2 | 81.8 | above |
Root zone runs hot across the site. Substrate temperature is above the 69–76°F reference band in 4 of 7 rooms — Grow #1 (78.7°F), Grow #5 (79.1°F), Grow #6 (80.3°F) and Room X (81.8°F). Warm substrate accelerates dryback, drives EC concentration and stresses roots — and it is compounding precisely in the two rooms (Grow #5, Room X) where EC is already running away.
Grow #4 is the wet, soft outlier. Lights-on VPD 0.92 kPa with RH 72.0% is the weakest transpiration pull at the site. Low VPD means the plant is not moving water, which is why its EC is draining rather than stacking — and high RH under a full canopy is a bud-rot risk in its own right.
La zona radicular está caliente: por encima de 69–76°F en 4 de 7 salas — Grow #1 (78.7), Grow #5 (79.1), Grow #6 (80.3), Room X (81.8). El sustrato caliente acelera el dryback y concentra la CE.
Grow #4 es húmeda y blanda: VPD 0.92 kPa con HR 72.0% — la menor fuerza de transpiración del sitio.
Substrate EC is the output of steering, not a feed setting. The column that matters is the EC trajectory: is the root zone stacking, holding, or being leached? Read it against the room's VPD — a room that cannot transpire cannot stack.La CE de sustrato es el resultado del manejo, no un ajuste de solución. La columna clave es la trayectoria de CE.
| Room | Observed P3 depthProfundidad P3 | Peak VPD | VWC envelope (trough–peak) | Pore EC mean | EC trajectory (first 3 d → last 3 d)Trayectoria CE | Overnight dryback (absolute pp)Dryback (pp absoluto) | VPD on |
|---|---|---|---|---|---|---|---|
| Grow #1 | very deep P3 · ripening-depth | 1.88 | 36.0–65.9% | 8.92 mS | 10.0 → 8.1 leaching | 29.9 pp | 1.01 |
| Grow #2 | moderate P3 · bulking-depth | 1.73 | 33.5–49.4% | 3.65 mS | 5.2 → 3.5 leaching | 15.9 pp | 1.11 |
| Grow #3 | very deep P3 · ripening-depth | 1.49 | 34.0–60.9% | 9.04 mS | 9.8 → 8.3 leaching | 26.9 pp | 0.95 |
| Grow #4 | moderate P3 · bulking-depth | 1.18 | 38.5–58.0% | 4.58 mS | 5.7 → 3.2 leaching | 19.6 pp | 0.92 |
| Grow #5 | shallow P3 · veg-depth | 2.03 | 37.4–47.6% | 9.48 mS | 4.6 → 15.1 stacking | 10.2 pp | 1.11 |
| Grow #6 | deep P3 · stretch-depth | 2.01 | 28.4–52.1% | 13.16 mS | 21.0 → 8.1 leaching | 23.7 pp | 1.23 |
| Room X | shallow P3 · veg-depth | 1.87 | 25.9–36.0% | 11.80 mS | 9.1 → 17.2 stacking | 10.1 pp | 1.25 |
Sensor note: drip EC reading lower than drain EC is normal and expected. A VWC trough on its own never proves channeling — no drip/drain or runoff telemetry exists at this site, so channeling is not diagnosable here either way.Nota: CE de goteo menor que CE de drenaje es normal. Un mínimo de VWC por sí solo nunca prueba canalización.
One card per crop-active room. Steering intent stated before the numbers. Dryback in absolute percentage points (daily peak VWC − following pre-irrigation low). Substrate EC read as the result of steering, never as a feed setting.Una tarjeta por sala activa. La intención antes de los números. Dryback en pp absolutos.
Click a room to focus its card + chart trace. Toggle Compare mode to overlay several. The colour on each chip reflects the room's observed P3 dry-down depth — not a growth phase, which is unknown (no roster).Haga clic en una sala. Active modo Comparar. El color refleja la profundidad P3 observada, no una fase.
For each crop-active room: VWC, substrate EC, substrate temp, VPD, air-temp / RH, CO₂ across the 14-day window. Read top-to-bottom: P3 dry-down shape → EC stack → root-zone temp → atmosphere. The CO₂ panel is empty in every room — there are no CO₂ sensors in the Moreno Valley grow rooms.Por sala: VWC, CE de sustrato, temp de sustrato, VPD, temp aire / HR y CO₂. El panel de CO₂ está vacío — no hay sensores de CO₂ en estas salas.
The 4-phase day: P0 activation (lights-on → first shot; the plant must start transpiring), P1 ramp-up (small shots back to field capacity and first runoff), P2 maintenance (pulses holding VWC at FC and managing substrate EC), P3 dry-down (last shot → next morning — the primary steering lever). All values are observed, derived from VWC step-up signatures (≥0.8 pp between consecutive ~9-min samples). There is no flow, valve or runoff telemetry at this site.El día de 4 fases: P0 activación, P1 rampa, P2 mantenimiento, P3 secado (la palanca principal). Valores observados de subidas de VWC.
| Room | P1 onset (± day-to-day) | Shots/day | P2 pulses/day | Peak VWC | Overnight P3 dryback (absolute pp)Dryback P3 (pp absoluto) | Reference band | Steering intent | Data agrees? |
|---|---|---|---|---|---|---|---|---|
| Grow #1 | 05:50 ± 4m locked | 12.7 | 1.0 | 65.9% | 29.9 ± 6.3 pp | 25–35 pp | Generative | yes — deep P3, EC managed down |
| Grow #2 | 06:37 ± 143m drifting | 5.9 | 0.6 | 49.4% | 15.9 ± 10.5 pp | 12–18 pp | Unclear | no — P1 clock drifts 2.4 h, dryback SD ±10.5 pp |
| Grow #3 | 05:58 ± 4m locked | 15.1 | 1.5 | 60.9% | 26.9 ± 3.6 pp | 25–35 pp | Generative | yes — tightest P3 at the site |
| Grow #4 | 06:01 ± 12m locked | 10.0 | 0.0 | 58.0% | 19.6 ± 3.7 pp | 12–18 pp | Vegetative (by default) | no — soft VPD, 0 P2, EC leaching out |
| Grow #5 | 07:42 ± 375m no program | 1.0 | 0.2 | 47.6% | 10.2 ± 4.2 pp | 5–15 pp | None discernible | no — ~1 shot/day, EC 3.2× stack |
| Grow #6 | 05:37 ± 6m locked | 13.8 | 4.8 | 52.1% | 23.7 ± 8.0 pp | 20–30 pp | Generative | yes — 4.8 P2 pulses, EC leached 21→8 |
| Room X | 07:13 ± 120m drifting | 1.9 | 0.1 | 36.0% | 10.1 ± 5.1 pp | 5–15 pp | None discernible | no — EC 17.2 mS, lowest FC, hottest media |
Three rooms start the irrigation day on a locked clock (±4–6 minutes: Grow #1, #3, #6) and three do not — Grow #2 drifts ±143 min, Room X ±120 min, and Grow #5 ±375 min. A room whose day starts at a different hour each morning cannot be steered to any dryback target, because P0 delay is the lever that decides how hard the plant is asked to work before it gets water. Note the correlation: the three rooms with a locked clock are the three rooms whose EC is under control. Fix the P0 delay in Grow #5, Room X and Grow #2 before changing anything else.Tres salas arrancan con reloj fijo (±4–6 min: Grow #1, #3, #6) y tres no — Grow #2 ±143 min, Room X ±120 min, Grow #5 ±375 min. Una sala cuyo día empieza a distinta hora no se puede manejar a ningún objetivo de dryback. Las tres salas con reloj fijo son las tres con CE bajo control. Corrija el retraso P0 en Grow #5, Room X y Grow #2 antes que nada.
Every grow room at 2721 is configured as SOILLESS in AROYA (Mother Room is set to SOIL, but it is dark). The config does not name the medium — rockwool, coco, a coco/perlite blend and a peat mix are all "SOILLESS", and they behave very differently.
What the data suggests, and it is only a suggestion: measured field capacity (mean daily peak VWC) spans 36–66% across the seven rooms. That range straddles the boundary — 1-gal coco typically holds FC 45–65% with high CEC, moderate forgiveness and Cal/Mg lockout risk under aggressive generative steering; rockwool slab holds FC 60–85% with zero CEC, extreme steerability and very low forgiveness. Grow #1 (peak 65.9%) reads rockwool-like; Room X (peak 36.0%) does not.
Why this matters right now: the EC runaway in Grow #5 and Room X is a much more urgent problem in a low-CEC rockwool slab than in high-CEC coco — and the correct correction differs. This needs one sentence from Derek: what is the medium in each room? Until then, the diagnosis below is substrate-agnostic and deliberately conservative.
Todas las salas están configuradas como SOILLESS en AROYA. La configuración no nombra el medio — lana de roca, coco y mezclas son todos "SOILLESS" y se comportan muy distinto.
La capacidad de campo medida abarca 36–66%. Coco de 1 gal: 45–65%, alta CIC. Lana de roca: 60–85%, CIC cero, muy poca tolerancia.
Importa ahora: la CE descontrolada en Grow #5 y Room X es mucho más urgente en lana de roca que en coco. Se necesita una frase de Derek: ¿cuál es el medio en cada sala?
| Setting | What AROYA has | Consequence |
|---|---|---|
| Substrate type | SOILLESS (all grow rooms) — medium not named | Target bands cannot be tightened to the medium. Open question — not documented; to clarify.Las bandas no se pueden ajustar al medio. Pregunta abierta. |
| Harvest groups / phases | None available | No growth phase, no cultivar, no flip or harvest date for any room. Nothing in this report infers one.Sin fase, cultivar ni fechas. Nada se infiere. |
| Target ranges | None documented | Sipkoi has stated no targets. Every band shown is a practitioner reference, explicitly labelled as such.Sipkoi no ha declarado objetivos. Toda banda es una referencia. |
| CO₂ sensing | None in any crop-active room | ATMOS-14 does not measure CO₂. The only CO₂ sensors (EE894) are in the empty SJ rooms. CO₂ is ungradeable.ATMOS-14 no mide CO₂. Los únicos EE894 están en las salas SJ vacías. |
| Flow / runoff telemetry | None | Shot counts are derived from VWC step-ups. Shot size, runoff % and runoff EC cannot be measured. Channeling is not diagnosable.Los shots se derivan de subidas de VWC. El tamaño del shot y el % de drenaje no se miden. |
Root-in (dryback 10–15 pp, EC ~3 mS) → Veg (5–15 pp, substrate EC 3.0–5.0, VPD 0.8–1.1) → Early flower / stretch (dryback 20–30 pp absolute, P0 delay 120–240 min, EC stacking 6.0–12.0, VPD 1.0–1.2) → Bulking (12–18 pp, EC pulled back to 4.0–7.0, VPD 1.2–1.4) → Ripening (25–35 pp absolute, EC restacked 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, CE 3.0–5.0) → Floración temprana (20–30 pp, CE 6.0–12.0) → Bulking (12–18 pp, CE 4.0–7.0) → Maduración (25–35 pp, CE 6.0–8.0).
Prioritized. Owner = facility lead; Grower = day-to-day operator; Process = AROYA / Addium follow-up.Priorizadas.
/harvests/ returns 404. There is therefore no growth phase, no cultivar, no flip date and no harvest date for any room at this facility. Nothing in this report infers one. Chip colours and shaded bands reflect each room's observed P3 dry-down depth and are labelled as practitioner references — they are not Sipkoi's phases and not an AROYA recipe.La sesión SPA fue invalidada y public_api /harvests/ devuelve 404. Sin fase, cultivar ni fechas. Nada se infiere.| Room | VWC coverage | Substrate EC coverage | Climate coverage | Samples | Notes |
|---|---|---|---|---|---|
| Grow #1 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 12 h. |
| Grow #2 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 12 h. |
| Grow #3 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 4 h. |
| Grow #4 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 12 h. |
| Grow #5 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 13 h. |
| Grow #6 | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 12 h. |
| Room X | 100% | 100% | 100% | n≈2,239 | Full substrate + climate. No CO₂ sensor. Photoperiod inferred 22 h. |
| SJ Room 1 / SJ Nursery / SJ Room X | 100% | 100% | partial | n≈2,239 | Sensed but empty. VWC 0.4–9.0%, substrate EC 0.0–0.08 mS, zero shots in 14 days — no crop. Excluded from the cultivation deep-dive. SJ Room X has lost both climate sensors.Con sensores pero vacías. Sin cultivo. Excluidas del análisis. |
| Pump / Mother / Nursery / Dry / Sj Room 2 | — | — | — | 0 | Dark. Zero series of any kind across the whole window.Oscuras. Sin ninguna serie. |