Welcome to AIRO Core
Hi Sarah, welcome to your dashboard
Your AirCare sensors are being prepared for installation across your spaces. Once activated, this dashboard will come alive with real-time deposit readings, compliance countdowns, and Spectra intelligence.
Your Technology Partner
CleanAir Solutions Ltd
AIRO Certified · Managing your installation across 3 spaces
Account Manager
James Mitchell
support@cleanairsolutions.com
020 7946 0123
London, SE1
AIRO Certified
While You Wait
Confirm Contacts
Verify primary and emergency details
Assign Cleaning Partners
Ready when sensors trigger a clean
Explore Help Centre
Learn how AirCare and Spectra work
Spectra
Offline
Waiting for sensor data. Once your AirCare sensors are installed and reporting, Spectra will need 7 days of baseline readings to calibrate. After that, you'll get predictive breach forecasts, deposit velocity analysis, and your full Digital Twin.
Breach Forecasts
Digital Twin
Cleaning Alerts
Velocity Analysis
What Happens Next
✓
Account Created
You're here
2
Sensors Installed
Awaiting install
3
First Readings
Within 6 hours
4
Spectra Baseline
7 days of data
5
Full Intelligence
Predictions live
74
/ 100
Good morning, Sarah
All 3 spaces below compliance limit. Shoreditch at 64% and approaching — monitor closely. Battersea at 40% and Fitzrovia at 19% — no action needed.
1 compliant
2 monitor
18/18 sensors online
SuperAIRO · Business Hours
3
Spaces
5
Systems
18
Sensors
100%
Online
Grease · Fire Risk
Extraction system health
All Compliant
Peak Deposit
64%
To Threshold
127d
Next Clean
14 Jun
Compliant
6/6
Air · Ventilation
Supply, extract & recirculation
All Compliant
Peak Deposit
31 µm
To Threshold
189d
Next Clean
22 Jul
Compliant
6/6
Powered by Spectra AI INCLUDED IN PLUS
Your ductwork compliance, predicted before it happens
Spectra analyses deposit velocity, cleaning history, and environmental patterns to predict exactly when each system will need attention — so you're never caught off guard.
Explore your Spaces
Compliance Countdown
Days until each system breaches its threshold
Hotspot Detection
Identifies the fastest-accumulating sensors first
Deposit Velocity
Tracks micron build-up rate per day across systems
Clean Validation
Confirms cleaning effectiveness with before & after data
Your Spaces
Show all
Demo Company Shoreditch
Peak Deposit
318 µm
Countdown
42d
Velocity
4.2/d
64% of limit · ~6 wks
Updated 2h ago
View space →
Demo Company Battersea
Peak Deposit
198 µm
Countdown
~14 wks
Velocity
0.9/d
40% of limit · Tracking normally
Updated 4h ago
View space →
Demo Company Fitzrovia
Peak Deposit
94 µm
Countdown
~19 wks
Velocity
0.4/d
19% of limit · No action needed
Updated 6h ago
View space →
Carbon & Energy
Sustainability Impact
Carbon reduction from optimised cleaning & improved airflow efficiency
ESG READY
CO₂ Saved
2.4
tonnes this year
Energy Recovered
18%
fan efficiency gained
kWh Saved
4,820
vs. unmonitored baseline
Annual Projection
6.1
tonnes CO₂ by Dec
How it breaks down
Unnecessary cleans avoided
1.4t
Improved fan efficiency (less obstruction)
0.7t
Reduced partner vehicle trips
0.3t
Energy waste by space
Shoreditch
+£66/mo wasted
Battersea
+£12/mo wasted
Fitzrovia
+£8/mo wasted
Total energy waste
£86/mo · £1,032/yr
Hotspot Detection
Show all
Ranked by Breach Urgency
Velocity vs. headroom
1
AC-100042 — Shoreditch Ext 1
318 µm · +2.0 µm/day · 64% of limit
~6 wks
2
AC-100041 — Shoreditch Ext 1
280 µm · +1.9 µm/day · 56%
~8 wks
3
AC-200041 — Battersea Ext 1
198 µm · +0.9 µm/day · 40%
~14 wks
4
AC-100043 — Shoreditch Ext 1
142 µm · +0.6 µm/day · 28%
~24 wks
5
AC-300041 — Fitzrovia Ext 1
94 µm · +0.4 µm/day · 19%
~19 wks
Recent Activity
Show all
Last 7 days
AC-100042 crossed 300 µm — now at 318 µm (64%)
Yesterday
All sensors reporting normally — 18/18 online
Today
Fitzrovia sensors verified by engineer
2 days
Firmware v2.4.1 deployed across all 18 sensors
5 days
Upcoming
View schedule
Clean: Demo Company Shoreditch
Sun 04 May, 04:00 – 08:00
Sensor maintenance: Battersea
Wed 07 May
Compliance renewal: Fitzrovia
22 Jun 2026
Spectra Intelligence
Spectra Insight
Shoreditch is your most urgent space. At 64% of the compliance limit with a 61°C temperature spike flagged — schedule a clean within 6 weeks. Battersea is tracking normally at 40% and Fitzrovia remains in excellent condition at 19%.
Your Technology Partner
CleanAir Solutions Ltd
Manages installs, cleans, and system health
Contact →
My Spaces
Demo Company · 3 of 3 spaces live · Updated 29 Apr 2026
Next Action Due
42
days
Shoreditch · Extract System 1
318µm · 64% of limit
Portfolio Health
1
of 3 spaces live
1 Monitor
2 Installing
Sensors Online
18
of 25 total
18 live · 7 awaiting install
Account Contacts
Back to My Spaces
Back to My Spaces
Demo Company Shoreditch
3 Active Alerts
Monitor
5 Systems
18 Sensors
Out of Hours
On-call Duty Manager
+44 7700 900 299 · 24/7
Response target: 30 min
5
Systems
2 grease, 3 air
18
Sensors
All online
318 µm
Peak Deposit
64% of 500 µm limit
61°C
Max Temperature
Spike detected
Grease · Fire Risk
2 systems · 10 sensors
Peak Deposit
64%
Threshold
127d
Next Clean
14 Jun
Compliant
2/2
Compliant
Air · Ventilation
3 systems · 8 sensors
Peak Deposit
31 µm
Threshold
189d
Next Clean
22 Jul
Compliant
3/3
Compliant
Systems
Navigate by
Installed Systems — Demo Company Shoreditch
Click any system to view detail
| System Name | System ID | Type | Sensors | Avg Deposit vs Limit | Max Temp | Status | Spectra | |
|---|---|---|---|---|---|---|---|---|
Extract System 1 Main Kitchen |
SYS-S001 | Grease | 6 |
64% of limit
|
61°C | Monitor | Approaching threshold | |
Extract System 2 Prep Kitchen |
SYS-S002 | Grease | 3 |
37% of limit
|
44°C | Monitor | Building steadily | |
Supply Air System Front of House |
SYS-S003 | Supply | 4 |
57% of limit
|
21°C | Compliant | Steady | |
Re-circulation System Dining Area |
SYS-S004 | Re-circ | 4 |
82% of limit
|
22°C | Monitor | Building steadily | |
Extract Air System Kitchen & WC |
SYS-S005 | Extract | 4 |
44% of limit
|
23°C | Compliant | Steady |
Survey Report
Active Alerts
318 µm — approaching clean threshold
Advisory 25 Apr 2026
61°C temperature spike — fire risk elevated
Detected 26 Apr 2026
183 µm — Extract System 2 building steadily
Advisory 27 Apr 2026
Space Details
Space ID
SPC-S0001
Address
E1 6JJ, London
Space Type
Quick Service Restaurant
Systems
5 installed (2 grease, 3 air)
Sensors
18 · all online
Compliance Engine
TR19® Recommended
Grease Limit
500 µm
Air Limits
Supply60 µm
Re-circ90 µm
Extract180 µm
Temp Limits
Warning60°C
Critical90°C
Added
14 Jan 2026
Back to Space
Extract System 1
2 Active Alerts
Grease
6 Sensors
Monitor
~6 wks
Next Clean Due
Before 500 µm threshold
318 µm
Peak Deposit
64% of 500 µm limit
61°C
Max Temperature
Spike detected · Fire risk
+14 µm/wk
Accumulation Rate
2× above baseline
Deposit Accumulation — 8 Weeks
All sensors
Temperature Profile — 30 Days
S2 sensor (hotspot)
3 spikes above 50°C threshold · All during peak Fri/Sat service windows
Spectra Insights
Turbulent deposition detected at mid-duct
S2 accumulating at 2.3× the rate of S1 despite being further from grease source. Low-pressure zone at the 2.5m bend in duct geometry causing particle settlement.
Accumulation rate step-change detected 20 Feb
Rate increased from +6 µm/week to +14 µm/week. Correlates with extended opening hours introduced week commencing 17 Feb.
Fire risk score: 74/100 — High
Combined 318 µm deposit + recurring temperatures above 50°C significantly elevate flammability risk. Clean and inspection recommended immediately.
Seasonal Risk Pattern
Peak risk: Mar–Apr · Oct–Nov
System Specifications
System ID
SYS-S001
System Type
Grease Extract
Location
Main Kitchen
Sensors
6 installed · all online (4 pre-fan, 2 post-fan)
Duct Length
~6m
Compliance Engine
TR19® Recommended
Grease Limit
500 µm
Accumulation Rate
+14 µm/week
Baseline Date
14 Jan 2026
Last Clean
None recorded
Cleans Detected
0
Installed Sensors — Extract System 1
6 sensors · all online · click any row to view sensor profile
| Sensor ID | Location | Deposit | vs Limit | Temperature | Next Clean | Compliance | Optics | Battery | Connection | |
|---|---|---|---|---|---|---|---|---|---|---|
| AC-100041 | Inlet Zone 1m from canopy |
280 µm | 53°C | ~8 wks | Monitor | Clear | 89% | Online | ||
| AC-100042 ★ | Mid-duct Fastest growth 2.5m from canopy |
318 µm | 61°C | ~6 wks | Monitor | Clear | 64% | Online | ||
| AC-100043 | Mid-run 4m from canopy |
241 µm | 47°C | ~12 wks | Monitor | Clear | 91% | Online | ||
| AC-100044 | Pre-fan 6m from canopy |
38 µm | 28°C | ~42 wks | Compliant | Clear | 96% | Online | ||
| AC-100045 | Post-fan 7.5m from canopy |
12 µm | 24°C | ~80 wks | Compliant | Clear | 99% | Online | ||
| AC-100046 | Exhaust 9m from canopy |
6 µm | 21°C | ~160 wks | Compliant | Clear | 99% | Online |
Ductwork Digital Twin
Extract System 1 · Main Kitchen · 9m duct run (6m pre-fan + 3m post-fan)
Deposit Overlay
Temperature Overlay
Deposit:
0 – 500 µm
Active hotspot
Airflow direction
Spectra:
280 µm differential S2→S4 · bend turbulence at 2.5m · post-fan clean (6 µm) confirms no redistribution
Zone-by-Zone Deposit Comparison
S2
Mid-duct · 2.5m64% of limit · Highest in system — monitor closely
S1
Inlet zone · 1m56% of limit · High — approaching threshold
S3
Mid-run · 4m48% of limit · Elevated — monitor closely
S4
Fan side · 6m8% of limit · Normal range
Deposit Flow Analysis
Turbulent deposition — mid-duct anomaly
S2 accumulating at 2.3× the rate of S1 despite being further from the grease source. Low-pressure zone at the 2.5m bend causing particle settlement.
Deposit gradient: 280 µm differential
The difference between S2 (318 µm) and S4 (38 µm) confirms grease particles are dropping out well before the extraction fan. Fan suction pulls remaining particles through without settling at S4.
Fan performance confirmed normal
S4 consistently low at 38 µm. No backflow or deposition anomalies detected at the fan end. Extraction system is mechanically healthy.
S1AC-100041Inlet · 1m
S2AC-100042Mid-duct · 2.5m
S3AC-100043Mid-run · 4m
S4AC-100044Fan side · 6m
Predictive Forecast
Schedule clean by ~20 Apr 2026
At current rate of +14 µm/week, S2 will reach 500 µm threshold in approximately 6 weeks. Cleaning now prevents a non-compliance event.
Projected ~400 µm by mid-April if no action
S2 is on a trajectory to 400 µm within 4 weeks. Each additional week of delay makes cleaning harder and more expensive.
Post-clean: compliance restored
Spectra will auto-detect the deposit reset and notify you. All sensors expected to return to below 20 µm baseline.
Forecast Timeline
Today · 6 Mar
S2 at 318 µm — 64% of limit
Accumulating at +14 µm/week
~20 Mar
Projected ~400 µm — 80% of limit
Schedule clean before this point
~13 Apr
Projected ~500 µm — threshold breach
Non-compliant if no clean by this date
Post-clean
Compliance restored
Spectra auto-detects reset and notifies you
Cleaning & Maintenance Calendar
March 2026
Mon
Tue
Wed
Thu
Fri
Sat
Sun
Clean overdue/required
Projected threshold
Sensor check / post-clean
Scheduled activity
S1AC-100041Inlet · 1m
S2AC-100042Mid-duct · 2.5m
S3AC-100043Mid-run · 4m
S4AC-100044Fan side · 6m
+14 µm/wk
Fastest Growth Rate
S2 · mid-duct
+7 µm/wk
System Average Rate
Across all 6 sensors
2.3×
Acceleration Factor
S2 vs S1 growth
~13 wks
S2 Days to Threshold
At current +14 µm/wk
Growth Rate by Sensor
S2
Mid-duct
2.5m from canopy · duct bend
+14 µm/wk
S1
Inlet zone
1m from canopy
+6 µm/wk
S3
Mid-run
4m from canopy
+4 µm/wk
S4
Fan side
6m from canopy
+1 µm/wk
Why S2 Is Accumulating Fastest
Duct bend creates low-pressure zone
The 2.5m bend in this kitchen's duct geometry slows airflow at the S2 position. Grease particles drop out of suspension here at 2.3× the rate of S1, despite S2 being further from the canopy.
Growth rate doubled since 20 Feb
S2 accumulation jumped from +6 µm/week to +14 µm/week. Correlates with extended opening hours introduced week commencing 17 Feb — more cooking hours means more grease loading at the bend.
S3 and S4 growing within normal range
Downstream sensors at +4 and +1 µm/week respectively. Particles that pass the S2 bend continue through to extraction without significant settling. No secondary hotspot forming.
Growth Rate Trend — 6 Weeks
S2 growth accelerated after extended opening hours · S4 flat near fan as expected
3
Temp Spikes (30d)
Above 50°C threshold
61°C
Peak Temperature
Recorded 05 Mar 2026
6
Abnormal Readings
Flagged this month
49°C
Avg Daily Temp
S2 sensor avg
Environmental Event Log
05 Mar · 19:14
Temperature spike — 61°C · Sensor S2
Exceeded 50°C fire risk threshold. Peak sustained 18 minutes during Friday dinner service. Combined with 318 µm deposit — critical flammability risk.
27 Feb · 20:02
Temperature spike — 56°C · Sensor S1
Second spike event within 2 weeks. Duration 13 minutes. Pattern consistent with Friday evening peak service.
20 Feb · 21:33
Abnormal deposit jump — +38 µm in single reading · S2
Single-reading jump detected. Likely brief obstruction or canopy overflow event. Next reading returned to trend.
17 Feb · 09:22
Accumulation rate step-change detected
Rate increased from +6 µm/week to +14 µm/week. Consistent with extended opening hours from 17 Feb.
14 Jan · 10:14
Sensor installation — baseline captured
All 6 sensors installed into clean ductwork. Baseline readings: S1 11 µm, S2 13 µm, S3 10 µm, S4 9 µm, S5 4 µm, S6 2 µm.
Event Pattern Analysis
Spike frequency
~1 per week
Typical spike duration
9–18 minutes
Peak risk window
Fri/Sat 19:00–22:00
Trigger pattern
High-volume frying service
Deposit jump post-spike
+4–6 µm avg
Spectra fire risk score
74 / 100 · High
64%
Deposit Load
of 500 µm limit
+4.3 µm/day
Deposit Velocity
event-weighted
182 µm
Headroom to Limit
before TR19® 500 µm
~42 days
Projected Days to Limit
at current velocity
How these are calculated
Every figure derives only from the raw deposit reading (µm) and the TR19® 500 µm limit — reproducible by hand.
Deposit load %
peak ÷ limit × 100 = 318 ÷ 500 × 100 = 64%
Deposit velocity
7-day mean Δ deposit = +4.3 µm/day (baseline +2.0, Friday peaks lift the mean)
Headroom
limit − peak = 500 − 318 = 182 µm
Days to limit
headroom ÷ velocity = 182 ÷ 4.3 ≈ 42 days
AirCare measures deposit accumulation (µm) and temperature only. No airflow, fan-load, energy or air-quality modelling is applied — those are not measured.
Deposit vs 500 µm Limit
318
µm · peak (S2)
0 µm250 µm500 µm limit
Peak deposit (S2) sits at 64% of the TR19® compliance limit. At the current event-weighted velocity it is projected to reach 500 µm in ~6 weeks — schedule a clean before breach.
DUE SOON
Clean Status
~6 weeks to threshold
0
Cleans Detected
Since install 14 Jan
—
Days Since Last Clean
No clean on record
Pending
Compliance Certificate
Awaiting first clean
Clean Detection & Validation Workflow
Spectra automatically detects cleaning events by monitoring for a significant deposit step-drop across sensors. Once detected and validated, it enables compliance certificate generation.
1
Clean event detection
Spectra watches for a drop of ≥60 µm across any sensor within a 4-hour window. Not yet triggered.
2
Post-clean baseline reset
Records new post-clean baseline for each sensor and begins fresh accumulation tracking.
3
Compliance validation
Post-clean readings must be below 500 µm across all sensors within 24 hours.
4
Compliance certificate generation
Auto-generated with system details, clean date, pre/post sensor readings, and Spectra AI sign-off.
Active Cleaning Alerts
Schedule clean — approaching threshold
S2 at 318 µm (64%). At current rate, threshold breach in ~6 weeks. S1 at 280 µm (56%), S3 at 241 µm (48%).
Combined fire risk — clean and inspect
61°C spike + 318 µm at S2. Fire risk score 74/100. A clean AND engineer inspection should happen before next peak service.
Schedule clean before ~20 Apr 2026
S2 deposit at 318 µm and rising at +14 µm/week. Contact CleanAir Solutions Ltd to schedule before threshold breach.
Clean History
🧹
No clean events recorded
Sensors installed 14 Jan 2026. Once a clean is performed, the full record will appear here.
Post-Install Report
Back to Extract System 1
AC-100042
Monitor
★ Fastest growth
S2 · 2.5m from canopy · SYS-S001
Grease Extract
Baseline: 13 µm
Compliance Limit: 500 µm
Online
Battery 64%
Export Data
Est. Cumulative
363 µm
45 + 318 µm
Temperature
61°C
Peak · 05 Mar
Growth Rate
+14 µm/wk
2.3× system avg
Days Since Install
51
Since 14 Jan 2026
Next Clean Due
~6 weeks
At current rate
Overview
Accumulation Trend
Intelligence
Position Analysis
Anomaly Detection
Compliance
History
Sensor Information
Sensor ID
AC-100042
System
Extract System 1 · SYS-S001
Space
Demo Company Shoreditch · Main Kitchen
System Type
Grease Extract
Grease Limit
500 µm
Install Date
14 Jan 2026
Reading Frequency
Every 6 hours
Total Readings
1,224
Sensor Health
Optics
✓ Clear
Battery
64%
Connection
◉ Online
Signal Strength
−64 dBm · Strong
Last Sync
06 Mar 2026 · 08:00
Firmware
v2.4.1 · Up to date
Deposit Trend — Last 7 Days
AC-100042 · Hourly readings
Deposit (µm)
Temp spike event
64% of 500 µm limit · Monitor
Location
Zone
Main Kitchen · Mid-duct
Duct position
2.5m from canopy inlet
Duct profile
400mm × 250mm rectangular
Orientation
Horizontal · Under mounted
Access Doors
2
Duct feature
Bend at 2.5m
Sensor Metrics
Current sensor reading
318 µm
Avg weekly build-up
+14 µm / week
Peak reading (all time)
318 µm · Today
Avg temperature
49°C
Peak temperature
61°C · 05 Mar 2026
Estimated Reading
Pending verification
This sensor was installed into existing ductwork with pre-existing deposit. The engineer recorded an estimated visual reading at the point of install. The sensor reading accumulates on top of this estimate until the first clean verifies the actual baseline.
Engineer estimate at install
45 µm
Sensor reading since install
+ 318 µm
Estimated cumulative deposit
363 µm
Unverified — This estimate will be confirmed at the first clean. The cleaning contractor measures actual deposit, which replaces the engineer estimate and resets the verified baseline to 0 µm post-clean.
+14 µm/wk
Current Rate
Fastest in system
+6 µm/wk
Pre-step Rate
Before 20 Feb
2.3×
Rate Increase
Step-change 20 Feb
305 µm
Net Accumulation
Sensor only (excl. est.)
Deposit History — Since Install
Growth rate doubled after extended opening hours on 20 Feb
Deposit by Day of Week
Mon
+19 µm
Tue
+17 µm
Wed
+15 µm
Thu
+18 µm
Fri
+28 µm
Sat
+22 µm
Sun
+6 µm
Friday peak — +28 µm/day. Cooking volume drives 77% more deposit than the weekly average. The 61°C temp spike on 05 Mar occurred during Friday evening service.
Sunday — lowest accumulation. 79% below weekly average. Optimal window for maintenance.
Fire Risk Score
Elevated
52
/100
0 Safe255075100 Critical
Calculated from deposit level, temperature history, accumulation rate, and duct geometry. At 64% of the 500 µm limit with recurring temp spikes above 50°C, this sensor zone is in the elevated-risk range.
Deposit contribution
+21 pts
Temperature spikes
+18 pts
Accumulation rate
+13 pts
Energy Efficiency Rating
D — Poor
D
24% airflow obstruction
Grease deposit restricts airflow and increases fan motor load. Rating reflects current obstruction at this sensor zone.
A
0–5%
B
5–10%
C
10–18%
D
18–28%
E
28–40%
F
40%+
Now
D
24% blocked
After clean
Projected
A
~3% blocked
A clean reduces fan motor load by ~21% and saves approximately £22/month in energy at this location.
Footfall Intelligence — Deposit Correlation
Daily deposit accumulation vs kitchen occupancy · AC-100042
Deposit by Day of Week
Mon
+19 µm
Tue
+17 µm
Wed
+15 µm
Thu
+18 µm
Fri
+28 µm
Sat
+22 µm
Sun
+6 µm
Spectra Footfall Insights
Friday peak — +28 µm/day
Friday frying volumes drive 77% more deposit than the weekly average. The 61°C spike on 05 Mar occurred during Friday evening service — confirming the correlation.
Sunday — lowest footfall window
Sunday accumulation is 79% below weekly average. Spectra recommends Sunday 04:00–08:00 as the maintenance window — before prep begins for the week.
Correlation coefficient: 0.92
Spectra detects a 92% correlation between kitchen occupancy and accumulation rate at AC-100042 — confirming cooking volume as the primary driver for this sensor zone.
Event Markers — Annotated Timeline
05 Mar
18:42
18:42
61°C peak — fire risk threshold exceeded
18 min above 50°C · Friday service · Fire risk score jumped to 52/100 · Alert sent
27 Feb
19:15
19:15
56°C temp spike — 13 min
Friday dinner service · Second spike in 2-week window · Pattern flagged
20 Feb
12:30
12:30
Abnormal single-reading jump +38 µm
Likely canopy overflow · Resolved next reading · Logged as anomaly
17 Feb
00:00
00:00
Accumulation rate step-change
+6 → +14 µm/week · Correlates with extended 16hr service hours beginning 17 Feb
14 Feb
20:10
20:10
First temp spike — 52°C · 9 min
Valentine's Day peak service · Initial monitoring flag triggered
14 Jan
10:00
10:00
Sensor installed into existing ductwork
Engineer estimated existing deposit: 45 µm · Reading frequency set to 1hr · Sensor reading accumulates on top until first clean verifies actual baseline
Duct Position Context
Distance from canopy
2.5m
Distance to fan
3.5m
Duct feature
90° bend
Airflow at position
Reduced (turbulence)
Sensor upstream
S1 (AC-100041) · 1m
Sensor downstream
S3 (AC-100043) · 4m
Position risk
High — bend zone
Why This Position Accumulates Faster
Duct bend creates low-pressure zone
The 90° bend at 2.5m slows airflow, causing grease particles to drop out of suspension. This is a known geometry effect — bends, junctions, and transitions are always higher-risk positions.
2.3× faster than upstream S1
S1 at 1m from canopy accumulates at +6 µm/wk. Despite being further from the grease source, S2 at the bend collects at +14 µm/wk — confirming the geometry effect outweighs proximity.
Downstream sensors confirm flow recovery
S3 (+4 µm/wk) and S4 (+1 µm/wk) show airflow recovers after the bend. Particles that pass S2 travel through to extraction without significant settling.
Position vs. Other Sensors
S1
1m · Inlet
280 µm
S2
2.5m · Bend ★
318 µm
S3
4m · Mid-run
142 µm
S4
6m · Fan side
38 µm
S2 holds 40% of total system deposit despite covering only 25% of the duct length. Position-driven accumulation.
Duct Position Map
CAN
→ → →
FAN
S1
1m
Inlet
280 µm
S2
2.5m
Bend ★
318 µm
S3
4m
Mid-run
142 µm
S4
6m
Fan side
38 µm
3
Anomalies (30d)
Events logged
+38 µm
Largest Single Jump
20 Feb · Canopy overflow
3
Temp Spikes (>50°C)
Peak 61°C on 05 Mar
0
False Readings
All validated
Anomaly Event Log
05 Mar
18:42
18:42
Temperature spike — 61°C for 18 min
Friday evening service. Peak temperature exceeded 50°C fire risk threshold. Alert sent to site manager. Temperature returned to 48°C within 22 minutes.
27 Feb
19:15
19:15
Temperature spike — 56°C for 13 min
Friday dinner service. Second spike in 2-week window. Pattern emerging — Friday evenings are consistently driving temperature events at this position.
20 Feb
12:30
12:30
Abnormal single-reading jump +38 µm
Single-reading jump detected. Likely brief canopy overflow event — possibly from high-volume frying. Next reading returned to trend. Logged as anomaly, no action required.
20 Feb
00:00
00:00
Accumulation rate step-change detected
Growth rate changed from +6 µm/wk to +14 µm/wk. Spectra correlates this with extended opening hours (16hr service) beginning 17 Feb. Not a sensor fault — confirmed by consistent readings across multiple cycles.
14 Feb
20:10
20:10
Temperature spike — 52°C for 9 min
Valentine's Day peak service. First temperature event recorded for this sensor. Triggered initial monitoring flag.
14 Jan
10:00
10:00
Sensor installed — baseline 13 µm
Clean ductwork confirmed at install. Baseline reading established. Reading frequency set to every 1 hour.
Compliance Status
Compliant
Sensor reading
318 µm
Engineer estimate at install
+45 µm
Estimated cumulative
363 µm
Compliance limit
500 µm
Headroom
137 µm remaining (27%)
Status
Below limit — monitor
Projected breach date
~10 Apr 2026
Last clean
No clean recorded
Estimated cumulative includes engineer estimate (45 µm) — pending verification at first clean.
Clean Before / After — Simulated
Projected
No clean has been performed yet. This shows the deposit reset Spectra expects once a clean is completed — the step-drop that triggers validation.
Before Clean
318 µm
64% of limit
After Clean (est.)
~13 µm
Baseline restored
Compliance Certificate — Preview
Available post-clean
Complete Reading Log — AC-100042
1,224 readings · 14 Jan – 06 Mar 2026 · Hourly
Export CSV
Tamper-Proof Record
COURT-ADMISSIBLE
Every reading is sealed to an immutable ledger at the point of capture. This data cannot be altered, deleted, or backdated — by anyone.
1,224
verified readings
Battery Health
90%+
7
70–89%
5
50–69%
2
< 50%
0
Est. battery life remaining: ~18 months
Signal Strength
Excellent
9
Good
4
Fair
1
Poor
0
Device Summary
Device modelAirCare AC-1000
ConnectivityLTE NB-IoT
Reporting intervalEvery 6 hours
CalibrationAutomatic
WarrantyActive — 24 months
Reports
Build and export reports from your live sensor data — customise, preview, then download or schedule.
Compliance Report
TR19® & BS EN 15780 evidence across your estate.
Clean Certificate
Tamper-evident proof of a verified, effective clean.
ROI & Savings
Board-level return: money saved, cleans avoided, compliance uptime, carbon.
Live Preview
Updates as you configure · A4
Manage your cleaning partners
Add and manage cleaning companies who service your spaces. Partners you invite get their own login to view sensor data, receive clean notifications, and submit post-clean reports.
+ Add Partner
What can cleaning partners see? Partners with access can view live sensor readings and deposit levels for their assigned spaces, see clean windows suggested by Spectra, and submit post-clean reports. They cannot view other spaces, billing, or data from other partners.
Space Coverage
Demo Company Shoreditch
VentClean Ltd
Primary
Monitor · Forecast clean ~mid Apr
Demo Company Battersea
VentClean Ltd
Primary
Compliant · All clear
Demo Company Fitzrovia
DuctPro Services
Primary
Compliant · All clear
Deposit change events
Every time a sensor records a significant deposit change — from a clean, environmental shift, or anomaly — it's logged here. This is your auditable trail of what happened, when, and by how much.
22 Mar 2026 · 06:15
Clean Detected
Spectra detected a cleaning event at Battersea
Pre-Clean Deposit
198 µm
−176 µm
Post-Clean Deposit
22 µm
0 µm
Compliance limit: 500 µm
Space
Battersea
System
Extract Sys 1
Sensors
4 verified
Contractor
VentClean Ltd
Certificate
Issued
05 Mar 2026 · 19:42
Anomaly
Temperature spike detected
Space
Shoreditch
Sensor
AC-100042
Temp Peak
61°C
Deposit After
+28 µm/day
27 Feb 2026 · 14:00
Accumulation
Weekly deposit reading recorded
Space
Shoreditch
System
Extract Sys 1
Peak Reading
304 µm
Rate
+14 µm/wk
20 Feb 2026 · 14:00
Accumulation
Weekly deposit reading recorded
Space
Battersea
System
Extract Sys 1
Peak Reading
198 µm
Rate
+6 µm/wk
13 Feb 2026 · 14:00
Accumulation
Weekly deposit reading recorded
Space
Fitzrovia
System
Supply Sys 1
Peak Reading
94 µm
Rate
+3 µm/wk
28 Jan 2026 · 14:00
Accumulation
First deposit readings across estate
Spaces
All 3
Sensors
14 reporting
Estate Avg
142 µm
Status
All compliant
14 Jan 2026 · 10:00
Baseline Set
AIRO system installed — baseline established
Spaces
3 activated
Systems
5 installed
Sensors
14 online
Engineer
AIRO Install Team
How can we help?
Search our guides or browse by topic below
Spaces & Systems
4 articles
Compliance
3 articles
Sensors & Hardware
5 articles
Cleaning & Partners
3 articles
Getting Started
1
Navigating your dashboard
Overview of Core's key pages and features
2
Understanding your Spaces
How spaces, systems and sensors are structured
3
Reading your sensor data
What µm readings mean and how to interpret them
4
Compliance thresholds explained
How TR19® and other standards are applied
5
Scheduling a clean
How to request quotes and book through Core
Frequently Asked Questions
What does the µm reading mean?
How does AIRO detect a clean?
When will I receive an alert?
Who is my Technology Partner?
Can I change my subscription plan?
What is Spectra?
Settings
Manage your account and preferences
Organisation
Notifications
Compliance
Data & Reports
Subscriptions
Security
Organisation Details
Your company information as it appears across AIRO Core.
Technology Partner
Your AIRO-certified installation and maintenance partner.
AirVent Solutions Active
AIRO Certified · London & South East
Contact: James Hartley
Email: james@airventsolutions.co.uk
Phone: +44 20 7123 9999
Team Members
People with access to this AIRO Core account.
Email Notifications
Choose which events trigger an email to your registered address.
Threshold Warnings
System reaches warning level (e.g. 75%)
Compliance Breaches
Sensor exceeds compliance limit
Clean Detected
Significant deposit reduction recorded
Partner Activity
Quote submitted, invite accepted, or report filed
Sensor Offline
No data reported in over 24 hours
Weekly Digest
Summary every Monday morning
Monthly Digest
Full monthly report on the 1st of each month
Notification Recipients
Additional email addresses that receive notifications.
SC
demo@democompany.comDO
d.okafor@democompany.comDelivery Preferences
How and when you receive notifications.
Email
In-app notifications
SMS (critical only)
Compliance Engine
Your compliance standard is determined by territory and system type. You can enable both system types and amend thresholds at any time.
Grease Systems
Kitchen extract — grease deposit monitoring
Air Systems
Ventilation hygiene — dust & particulate monitoring
Changes to compliance settings form part of your compliance record and are visible to AIRO and your Technology Partner.
Threshold Mode
Use the recommended standard for your territory, or set custom thresholds.
Use recommended standard
TR19®, United Kingdom
Customise my own thresholds
Set your own cleaning and temperature alert values
Warning Threshold
When a system reaches this percentage of its compliance limit, warnings are triggered and cleaning partners are automatically notified to quote.
50%
75%
95%
75%
At 75%, all registered cleaning partners are automatically notified to submit quotes for the affected system. Adjust this to control how early the notification fires.
Important Notice
AIRO is a continuous monitoring and intelligence platform. AIRO monitors your ventilation hygiene systems, provides real-time compliance data, generates alerts, and facilitates communication with your registered cleaning partners. However, AIRO does not perform physical cleaning, maintenance, or remedial works. It is the sole responsibility of the client and/or their appointed facilities management team to act upon the information, alerts, and recommendations provided by the platform. AIRO IAQ Technologies Limited ("AIRO"), a subsidiary of AIRO Group Holdings Limited, and its Technology Partners accept no liability for any loss, damage, regulatory action, insurance claim, or harm arising from a failure to act on alerts, recommendations, or compliance notifications issued by the platform. All compliance settings, threshold adjustments, and notification preferences selected by the client are recorded and form part of the compliance audit trail.
AIRO is a continuous monitoring and intelligence platform. AIRO monitors your ventilation hygiene systems, provides real-time compliance data, generates alerts, and facilitates communication with your registered cleaning partners. However, AIRO does not perform physical cleaning, maintenance, or remedial works. It is the sole responsibility of the client and/or their appointed facilities management team to act upon the information, alerts, and recommendations provided by the platform. AIRO IAQ Technologies Limited ("AIRO"), a subsidiary of AIRO Group Holdings Limited, and its Technology Partners accept no liability for any loss, damage, regulatory action, insurance claim, or harm arising from a failure to act on alerts, recommendations, or compliance notifications issued by the platform. All compliance settings, threshold adjustments, and notification preferences selected by the client are recorded and form part of the compliance audit trail.
Compliance Configuration
Last saved: 14 Apr 2026, 09:32
Regional Preferences
Affects how dates, times, and measurements display.
Sensor Reading Frequency
How often AirCare sensors report data.
Every 6 hours
18 sensors · LTE NB-IoT
Managed by your Technology Partner
Data Retention
How long sensor data is stored in AIRO Core.
Raw readings24 months
Aggregated dataIndefinite
Clean historyIndefinite
Data Export
Download your sensor data and compliance reports.
Sensor Data
CSV · Raw deposit readings
Compliance Report
PDF · Status with deposit trends
Clean History
CSV · Deposit change events
AIRO Core Plans
Each space has its own subscription. Upgrade per space at any time.
Your Space Subscriptions
Each space runs on its own plan. Upgrade at any time.
Total monthly across all spaces
£459.86 /month
Two-Factor Authentication
Add an extra layer of security to your account.
Enabled Active
Authenticator app configured
Password
Manage your account password.
Last changed45 days ago
StrengthStrong
Active Sessions
Devices currently signed in to your account.
SC
Sarah Clarke
Online
Operations Director · Demo Company
Cleans This Year
6
across 3 spaces
On track for Q2
Avg. Deposit Level
203
µm
41% of limit
Quick Actions
Settings
Organisation, compliance, notifications
Help Centre
Guides, FAQs, contact support
Log Out
End your current session
Account Summary
Spaces
3
Shoreditch · Battersea · Fitzrovia
Sensors
14
Systems
5
Team
4
Compliance Active
TR19® · GB
Recent Activity
View all →
Shoreditch Extract System 1 approaching threshold
Deposit at 318µm (64% of limit) · Velocity 2.0 µm/day
2h ago
Partner quote received from VentClean Ltd
Shoreditch Extract System 1 cleaning — £1,450
5h ago
Clean detected — Battersea Extract Sys 1
Deposit dropped 198µm → 22µm · Automatically recorded
Yesterday
Sensor calibration complete across all spaces
18 sensors passed automatic calibration check
2 days ago
Session & Security
Last Login
Today, 08:14
Session Duration
2h 46m
2FA Status
Enabled
Password last changed 42 days ago. We recommend updating every 90 days.
My Spaces
Demo Company · Awaiting sensor installation
Your spaces are ready
Your 3 spaces have been configured and are awaiting AirCare sensor installation. Once sensors come online, each space will show live deposit readings, compliance status, and system health.
Demo Company Shoreditch
E1 6JJ, London
5 systems · 18 sensors planned
Demo Company Battersea
SW11 3TN, London
2 systems · 4 sensors planned
Demo Company Fitzrovia
W1T 1JY, London
1 system · 3 sensors planned
No sensors installed yet
Your AirCare sensor fleet will appear here once installed. You'll be able to monitor individual sensor health, battery life, signal strength, and data quality across your entire estate.
—
Total Sensors
—
Online
—
Avg Battery
—
Signal
25 sensors will be installed across 3 spaces — your Technology Partner will coordinate installation.
No alerts yet
Once your sensors are active, AIRO will monitor deposit levels, temperature, and system health 24/7. Alerts will appear here when thresholds are approached or breached.
Alert types you'll receive
Threshold Warning
Approaching 500µm limit
Compliance Breach
Exceeded TR19 threshold
Temperature Alert
Warning 60°C · Critical 90°C
Sensor Offline
Device connectivity issue
Reports available after activation
Once your sensors are reporting, you'll be able to generate compliance certificates, estate summaries, and deposit trend reports — automatically or on demand.
Report types
Compliance Certificate
TR19 compliance verification for insurers
Estate Summary
Monthly overview across all spaces
Deposit Trend Analysis
Historical velocity and accumulation patterns
Add your first Cleaning Partner
Assign your preferred ductwork cleaning company now so they're ready to receive data-driven work orders when your sensors go live. AIRO will notify them automatically when a system approaches the cleaning threshold.
Add Cleaning Partner
How it works
1
You assign your cleaning company
Add their details and assign them to your spaces
2
AIRO monitors deposit levels
Spectra forecasts when cleaning is needed based on live data
3
Your partner receives a work order
Data-driven cleaning — no more fixed schedules or guesswork
No cleaning history yet
Once your systems are live and monitored, cleaning events will be logged here with full before/after verification data. AIRO tracks every clean with sensor-verified proof of completion.
How cleaning works with AIRO
1
Data triggers clean
Spectra forecasts when deposits approach 500µm
2
Partner cleans
Your Cleaning Partner performs the work based on data
3
Verified by sensor
AirCare confirms the deposit drop — tamper-evident proof