AROYA · Device Health & Data Continuity · Mesh Intelligence

HK Cassandra LLC · Device Health & Data Continuity

Wirepas mesh + sensor continuity check across 10 flower rooms, prepared for the 2026-07-01 call. Grounded in genuine 14-day data-coverage (AROYA /dataReadings/) plus live device inventory (spa room-config, captured 2026-07-01 13:43–13:44 UTC).

FacilityHK Cassandra LLC (ID 4576) · Org 3576 GatewaySingle gateway 223245 (one sink) Coverage window2026-06-17 → 2026-07-01 (14 days, ~3-min cadence) HeadlineAll 10 rooms ≥98% coverage · no material data gaps · 6/24 Room-6 silent-h421 flag resolved

1 · Headline

Data continuity (14d)

≥98% all rooms

Every flower room returned 98.1–98.2% timestamp coverage over the 14-day window — no material gaps this cycle. Newest cohort (R4/R6/R8) spans from its 2026-06-28 flip.

Room 6 silent-h421 flag (6/24)

Resolved

Both R6 climate pucks (H4210005066, H4210005537) flagged silent on 6/24 are now online & reporting (link 100 / 86, last comm current). R6 hit 98% coverage.

Battery (node + TEROS One)

100%

Every battery-powered device (mesh node + ter15 TEROS One substrate sensor) reads 100%. Climate pucks (h421) and CO₂ (ee894) are PoE — no battery; the H340 mesh repeater runs on battery, like the nodes.

Link quality (spot-checked)

86–100

R5 + R6 device inventory: lowest link 86 (an R6 h421), most 93–100. All devices online with current last-communication timestamps.

Mesh is healthy — this cycle showed no data gaps, and the one open device issue from 6/24 is cleared

The most direct test of mesh/sensor health is whether the substrate and climate series are continuous: over 14 days at ~3-minute cadence, all 10 flower rooms returned ≥98% coverage, which is the strongest possible evidence that nodes, TEROS One sensors and climate pucks are reporting reliably through the single gateway (223245). The two Room-6 h421 climate sensors that were silent in the 2026-06-24 mesh audit are back online and Room 6 now reports 98% coverage. Full per-device mesh topology (57 radios, single sink 198079) was mapped in the 2026-06-24 Wirepas Mesh Health report — this is a continuity re-check on top of that baseline.

2 · Per-Room Data Continuity (14-day coverage)

Room	Cohort	Phase	Coverage	Days	Gap status
Room 1 (21 LED)	Jun-3	Mid Flower	98.1%	15 d	no material gaps
Room 2 (99 LED)	Jun-4	Mid Flower	98.1%	15 d	no material gaps
Room 3 (42 LED)	May-10	Late Flower	98.2%	15 d	no material gaps
Room 4 (16 lights)	Jun-28	Early Day 1-21	98.2%	15 d	no material gaps
Room 5 (24 lights)	Jun-3	Mid Flower	98.1%	15 d	no material gaps
Room 6 (75 lights)	Jun-28	Early Day 1-21	98.2%	12 d	no material gaps
Room 8 (49 lights)	Jun-28	Early Day 1-21	98.2%	15 d	no material gaps
Room 9 (27 lights)	May-10	Late Flower	98.2%	15 d	no material gaps
Room 10 (27 lights)	May-10	Late Flower	98.2%	15 d	no material gaps
Room 11 (31 lights)	May-10	Late Flower	98.2%	15 d	no material gaps

Coverage = share of the 14-day window with sensor readings present, computed from the audit pull. R4/R6/R8 (Jun-28 cohort) span from their flip date, hence fewer calendar days at full coverage. Veg room (18759) not pulled this cycle.

3 · Device Inventory Spot-Check — R5 & R6

Live device inventory pulled from AROYA room-config at 2026-07-01 13:43–13:44 UTC. Mesh nodes, ter15 (TEROS One) substrate sensors and the H340-series mesh repeater are battery-powered — H340 repeaters share the node power model and count toward low-battery flags and the ≥30% battery go/no-go for firmware pushes; h421 climate pucks, ee894 CO₂ sensors (and legacy H11x repeaters) run on PoE. Link quality is 0–100; RSSI is the raw radio hop metric.

Room 5 (AUTOMAIT · Rockwool 1.5 gal) — 5 device stacks, all online

Device (H-serial)	Model	Zone	Battery	Link	RSSI	Status
H3440014640	node	Z1	100	100	5	● online
H3440014640·ter15	ter15(TEROS One)	Z1	100	100	5	● online
H3440014640-2	node	Z2	100	100	5	● online
H3440014640-2·ter15	ter15	Z2	100	—	0	● online
H4210005143	h421 (PoE)	Z1	PoE	100	3	● online
H4210005143·ee894	ee894 CO2 (PoE)	Z1	PoE	100	3	● online
H8100001834	node · DRIP	Z2	100	93	1	● online
H8100001834·ter15	ter15 · DRIP	Z2	100	93	1	● online
H8100001834-2	node · DRAIN	Z2	100	93	1	● online
H8100001834-2·ter15	ter15 · DRAIN	Z2	100	—	0	● online

Room 6 (Jun-28 flip · Soilless) — 9 device stacks + repeater, all online

Device (H-serial)	Model	Zone	Battery	Link	RSSI	Status
H3400003020	repeater (PoE)	Z1	100	99	1	● online
H3440014715	node	Z1	100	100	4	● online
H3440014715·ter15	ter15	Z1	100	100	4	● online
H3440014715-2	node	Z2	100	100	4	● online
H3440014731	node	Z3	100	100	3	● online
H3440014731-2	node	Z4	100	100	3	● online
H4210005066	h421 (PoE) — was silent 6/24	Z2	PoE	100	1	● online
H4210005537	h421 (PoE) — was silent 6/24	Z1	PoE	86	1	● online
H8100001832	node · DRIP	Z1	100	100	4	● online
H8100001832-2	node · DRAIN	Z1	100	100	4	● online

4 · Device Model Mix & Power

Model	Role	Power	Battery health
node	Wirepas mesh node (hosts TEROS One)	Battery	100%
ter15	TEROS One substrate sensor (VWC / EC / temp; DRIP & DRAIN variants)	Battery	100%
h421	Climate puck (air temp / RH / VPD)	PoE	n/a
ee894	CO₂ sensor (on h421)	PoE	n/a
repeater	Mesh repeater	PoE	n/a
gateway 223245	Single facility gateway / sink	PoE	n/a

5 · Watch Items & Method

Single gateway (223245): the whole facility meshes through one sink. No redundancy — worth confirming the gateway itself has UPS/PoE backup, since it is the single point of failure for all data.
R6 h421 link 86: H4210005537 is back online but at link 86 (vs 100 on its neighbours) — keep an eye on it; it is the lowest-margin radio in the two rooms spot-checked.
Coverage-first method: the primary health signal is 14-day continuity (≥98% everywhere). Device inventory (battery/link/RSSI/last-comm) was spot-checked live on R5 & R6; a full per-device pull of all 11 rooms was not run this unattended cycle — the 2026-06-24 mesh report holds the complete 57-radio topology.
Substrate note (from room-config): R2 is configured as Coco Coir 1.5 gal bag and R5 as Rockwool 1.5 gal (2×0.3 GPH emitters each); the remaining flower rooms are generic soilless.