TopLine Grow · Device Health
Full 10-device fleet, grouped by room. Status window: 48h sweep, audit window 2026-05-29 → 2026-06-12. Source: local verified cache — no live pull in this render.
How to read this: the 48h sweep for this fleet returned no per-device battery / RSSI / link / travel series
(stats columns honestly show “—”); status is graded on last device communication + room data flow, which is unambiguous here.
Nodes and their TEROS One heads are battery-powered; the gateway and sink are PoE — never put mesh infrastructure on a battery or USB charger.
The gateway and sink do not emit a device-level series through this endpoint — a known API behaviour, not an offline device; their health
is proven by Room 2 delivering 100% of its substrate data all window. Node serials (H-prefix) are shown in full; sensor-head serials are
masked as “head on <node serial>” per convention.
Room 1 devices silent
4 / 4
Room 2 devices reporting
4 / 4
The P0 finding: Room 1 has been dark for 8 days. All four Room 1 devices (2 battery Nodes + their 2 TEROS One
substrate heads, zone Table 1-3) stopped communicating at 2026-06-04 13:00 UTC. Room 2 ran at 100% coverage the entire window, so the
gateway, sink and mesh backhaul are healthy — the outage is local to Room 1's devices. The cultivation data before the stop reads as
end-of-cycle (final dry-down, then probes in-air), so the most likely story is the Nodes were powered down or pulled at harvest teardown —
or their batteries are spent. Action before re-plant: re-seat the probes in new media, power the Nodes, replace batteries if needed,
and confirm fresh readings in the AROYA app before the first irrigation of the next cycle. If a new run starts while these are dark, it starts blind.
Fleet inventory
| Model | Count | Placed in a room | Infrastructure / unplaced |
|---|
| Node (battery, mesh) | 4 | 4 | 0 |
| TEROS One substrate head (on Node) | 4 | 4 | 0 |
| Sink (PoE) | 1 | 0 | 1 |
| Gateway (PoE) | 1 | 0 | 1 |
Room 1 — 4 devices (zone Table 1-3) ALL SILENT
2× Node (battery) + 2× TEROS One substrate head. Zone Table 4-6 has no devices — half the room is unsensed even when these come back.
| Serial | Model | Zone | Power | Status (48h) | RSSI | Battery | Last seen (UTC) |
|---|
| H3440011048 | node | Table 1-3 | battery | silent — last comm 2026-06-04 13:00 UTC (8 days) | — | — | 2026-06-04 13:00 |
| H3440011048-2 | node | Table 1-3 | battery | silent — last comm 2026-06-04 13:00 UTC (8 days) | — | — | 2026-06-04 13:00 |
| head on H3440011048-2 | ter15 | Table 1-3 | battery | silent — last comm 2026-06-04 13:00 UTC (8 days) | — | — | 2026-06-04 13:00 |
| head on H3440011048 | ter15 | Table 1-3 | battery | silent — last comm 2026-06-04 13:00 UTC (8 days) | — | — | 2026-06-04 13:00 |
Room 2 — 4 devices (zone Table4-6) ALL REPORTING
2× Node (battery) + 2× TEROS One substrate head, last comm 2026-06-12 12:57 UTC. Zone Table 1-3 has no devices — the room's dryback story is read from one of its two table groups.
| Serial | Model | Zone | Power | Status (48h) | RSSI | Battery | Last seen (UTC) |
|---|
| H3440011049 | node | Table4-6 | battery | reporting | — | — | 2026-06-12 12:57 |
| H3440011049-2 | node | Table4-6 | battery | reporting | — | — | 2026-06-12 12:57 |
| head on H3440011049-2 | ter15 | Table4-6 | battery | reporting | — | — | 2026-06-12 12:57 |
| head on H3440011049 | ter15 | Table4-6 | battery | reporting | — | — | 2026-06-12 12:57 |
Facility infrastructure — 2 devices
Gateway + sink (PoE, not room-assigned — normal). No device-series via the API (known artifact); proven healthy by Room 2's uninterrupted data flow.
| Serial | Model | Zone | Power | Status (48h) | RSSI | Battery | Last seen (UTC) |
|---|
| H2110001311 | gateway | — | PoE | no device-series via API (PoE — not offline; backhaul proven by Room 2 data flow) | — | — | — |
| SINKH2110001311 | sink | — | PoE | no device-series via API (PoE — not offline; backhaul proven by Room 2 data flow) | — | — | — |
Telemetry timeline — when each room's substrate data stopped/continued
Days of substrate telemetry delivered per room (of 14-day audit window)
Coverage gaps and recommendations: (1) Bring Room 1's 4 devices back online before re-plant — P0.
(2) No climate devices exist at this site (no Atmos 14 / Climate One / CO₂) — the audit could not grade VPD, RH risk or the P0 irrigation delay; one PoE climate sensor per room closes that gap.
(3) Two zones (Room 1 Table 4-6, Room 2 Table 1-3) have no devices at all — add or relocate a Node + TEROS One pair at turnover so both table groups per room are sensed.
Source: local cache aroya-cache/facility-4620/2026-06-12 (config/devices.json + device_health.json 48h sweep + room readings).
Battery models: Node + TEROS One head. Gateway / sink are PoE. Contact: cian@addium.com · Cian Sullivan · Addium / AROYA