The Environment Manager console combines live air, wind, and water readings with restricted-area camera feeds and violation detection.
The Environment Manager view brings air, wind and water readings together with cameras from restricted areas. Start with the destination totals, then open a zone or site to investigate a change that could affect guests.
The readings help you assess local conditions, while restricted-area cameras detect violations such as swimming where access is prohibited. A detected violation alerts security, allowing the team to check the location and respond.
The wide view of the destination, with environmental readings along the bottom: air quality, wind, and water.
What you see
At the destination overview, the bottom strip summarises air quality, wind, and water conditions. These readings provide context for the recommended actions that appear at individual sites.
| Field | Example | What it tells you |
|---|---|---|
| Air quality | 88, Moderate (USAQI) | Air quality index for the destination |
| Particulates and gases | PM2.5 19, PM10 52, NO2 34, O3 46, SO2 8, CO 380 | The pollutant breakdown behind the index |
| Wind | 3.6 m/s, 308° NW | Speed and direction |
| Water quality index | 8.6 of 10, Clear | Overall water quality, the headline reading |
| Turbidity | 2.4 NTU | How clear the water is |
| pH | 8.04 | Acidity of the water |
| Dissolved O2 | 96% | Dissolved oxygen saturation |
| Chlorophyll A | 0.4 µg/l | Algae-related pigment, running average |
| Blue/green algae | 0.2 µg/l | Cyanobacteria level, running average |
| TDS | 39,400 mg/l | Total dissolved solids, running average |
Reading conditions across the destination
The destination overview shows conditions across the resort. Select a zone, such as Shura Marina, to see the same metrics for that area and locate the source of a wider change.
| Aspect | Detail |
|---|---|
| Why it matters | A change in air, wind, or water conditions may be missed until guests are affected. |
| What to check | Monitor local conditions so the team can issue advice or close an affected area. |
| Before you start | The environmental sensor feed is live: the air stations, the on-site wind station, and the water buoys are reporting. |
| What to do | 1. Sign in to the Environment Manager view using your assigned account. 2. Read the destination strip: air quality and its pollutant breakdown, wind, and the water suite. 3. Select a zone to see its local readings. 4. Watch for any band moving toward its threshold. |
| Expected result | You have identified the zone where conditions are changing and can review a response. |
The Shura Marina zone. The bottom strip carries air quality at 88, wind at 3.6 metres per second from the northwest, and a water quality index of 8.6 of 10 with turbidity of 2.4 NTU.
Changing the viewing angle keeps the same zone selected, so its readings stay in view.
The Shura Marina zone, across the villa clusters along the channel.
The Shura Marina zone, looking down on the resort core.
The Shura Marina zone, angled across the villa island toward the next key.
Reading over time: sustainability and building systems
The panel shows both current environmental conditions and longer-term consumption trends. Use the analysis window at the top to switch the whole panel between NOW, MONTHLY, and YEARLY. This lets the sustainability team compare a building's use over time.
The NOW panel charts current air quality, individual pollutants, wind, and water readings.
Scroll down to move from environmental conditions to electricity and water consumption, renewable share, and estimated CO2. Keeping these figures in the same panel lets you review a consumption trend alongside a current change in conditions.
The lower NOW panel shows current electricity and water use, renewable share, and estimated CO2.
The MONTHLY panel shows the same metrics over the month.
The YEARLY panel lets the sustainability team track reductions over a full year.
The lower panel groups the controls and readings as follows.
| Block | The question it answers | How it is organised | How to use it |
|---|---|---|---|
| Analysis window | Current conditions or a longer-term trend? | One time-window control applies to all metrics | Compare current, monthly, and yearly figures for the selected site |
| Sustainability | Is this building using less than before? | Building-level readings show where consumption changes | Assess whether an efficiency initiative is reducing consumption |
| Building Management Systems | How much work are the building systems doing? | Live plant readings sit beside consumption data | Investigate consumption changes alongside cooling load and occupancy |
In MONTHLY and YEARLY, green indicates a favourable change and red an adverse change. The colour depends on what the change means: lower electricity use and a higher renewable share can both be favourable. NOW has no comparison tint because it has no previous window to compare with.
| Tint | Meaning |
|---|---|
| Green | Favourable change, such as lower electricity draw or higher renewable share |
| Red | Adverse movement against the target |
Responding at a single site
At site level, recommended-action cards identify conditions that need attention. Each card describes the situation and includes a live camera feed for checking it. Select the primary action to respond or Remind me later to defer the card.
Keeping monitoring live
An offline probe or degraded camera leaves a gap in monitoring, even if the other readings look normal. Check asset-health alerts to see where coverage needs restoring.
| Aspect | Detail |
|---|---|
| Why it matters | A failed sensor or degraded camera leaves a gap in monitoring. |
| What to check | Identify the affected assets and arrange to restore coverage. |
| Before you start | The environmental sensor feed is live and the asset health count is being tracked, here 43 monitoring assets. |
| What to do | 1. The Asset Offline card shows: water probe LG-04 offline for 6 minutes, reef camera RB-01 degraded, 41 of 43 assets reporting. 2. Confirm the affected site, Lagoon East, on the live feed in the card. 3. Dispatch a technician to restore coverage, or choose Remind me later to defer. |
| Expected result | A technician is dispatched to Lagoon East. Monitor the asset count as coverage is restored towards 43 of 43. |
Close-up of Shura Marina. The red card sends a technician to Lagoon East because water probe LG-04 has been offline for 6 minutes and reef camera RB-01 is degraded, leaving 41 of 43 monitoring assets reporting.
Spotting a water anomaly
Water conditions can change before the difference is visible from shore. Compare a new reading with the baseline and supporting probe data before responding.
| Aspect | Detail |
|---|---|
| Why it matters | Water conditions can change before the difference is visible. |
| What to check | Compare the change with its baseline and probe readings, then send a team to investigate. |
| Before you start | The water buoys and probes are reporting, and a baseline colour index is established, here 94. |
| What to do | 1. The Water Anomaly card shows: colour index at 81 against a 94 baseline. 2. Check the supporting readings: probe LG-04 confirms the reading, and air quality and wind are both nominal, so the signal is in the water rather than the air. 3. Dispatch a marine team to Lagoon East, or defer with Remind me later. |
| Expected result | A marine team is sent to investigate Lagoon East, while the colour index remains available for tracking recovery. |
Close-up of Shura Marina. The amber card sends a marine team to Lagoon East for a water anomaly, because the colour index has dropped to 81 from a 94 baseline, probe LG-04 confirms the reading, and air quality and wind are both nominal.
Catching a violation
Restricted-area cameras help detect access that could put guests or the reef at risk. Check the live feed to confirm a detection and its location.
| Aspect | Detail |
|---|---|
| Why it matters | Delayed detection of restricted-area access can expose guests and the reef to harm. |
| What to check | Confirm the camera detection and send security to the reported location. |
| Before you start | The violation-detection feed is running on the restricted-zone cameras. |
| What to do | 1. The Violation card reports: 2 swimmers in a restricted reef zone, alert 1 minute old, water quality reads 94. 2. Confirm the detection on the live feed pinned inside the card. 3. Dispatch security to the spot, SLS Red Sea, or defer with Remind me later. |
| Expected result | Security is dispatched to SLS Red Sea in response to the detection. |
Close-up of Shura Marina. The red card calls security to SLS Red Sea for unauthorized swimmers, because 2 people are in a restricted reef zone, the alert is 1 minute old, and water quality reads 94.
Simulations this view runs
Environment simulations examine heat exposure, renewable energy, emissions, and conditions in the water and on the reef. The table summarises the available simulations, with fuller explanations below and in the linked chapters.
| Category | Simulation | What it shows | Decisions it supports | Details |
|---|---|---|---|---|
| People | Outdoor thermal comfort | Heat exposure and the effect of passive cooling across the site | Target canopy and planting at areas with high heat exposure | Outdoor thermal comfort |
| Traffic | Energy | Renewable share, emissions, curtailment, reserve | Assess demand against the renewable-energy target | Energy |
| Transport | Emissions and noise | Where emissions and noise accumulate or dissipate | Prioritise the sources contributing most to exposure | Emissions and noise |
| Transport | Flood and storm surge | Where water reaches habitats and how sediment moves | Plan protection and recovery for affected areas | Flood and storm surge |
| Environment | Water quality | Changes in dissolved oxygen, nutrients, turbidity, and temperature | Investigate changes before water quality deteriorates | Water quality |
| Environment | Ocean current | How the basin flushes, mixes, and carries sediment | Address the mechanism behind water-quality outcomes | Ocean current |
| Environment | Wave | Where breaking energy concentrates and drives erosion | Identify coastal areas needing protection | Wave |
| Environment | Coral reef | Bleaching risk over the forecast period in degree heating weeks | Plan protection before the bleaching-risk threshold is reached | Coral reef |
People
Outdoor thermal comfort. Review where heat exposure concentrates and shade or passive cooling is insufficient. The forecast helps target canopy, planting and surface changes where they would address the greatest exposure. Read in full
Outdoor thermal comfort, Environment view. Site shade availability against the heat-stress footprint, exposure rising as midday peaks.
Traffic
Energy. Read renewable share, emissions, curtailment and reserves together to assess the selected scenario against the renewable-energy target. Check for unused generation alongside falling reserves when reviewing dispatch choices. Read in full
Energy, Environment view.
Transport
Emissions and noise. Trace where emissions and noise accumulate or disperse across the site. Reviewing affected areas alongside their sources helps the team direct mitigation where it can address the exposure. Read in full
Emissions and noise, Environment view.
Flood and storm surge. Review inundation and sediment movement through sensitive habitats. The forecast identifies exposed ecosystems and changing water levels to support protection and post-event recovery planning. Read in full
Flood and storm surge, Environment view.
Environment
Water quality. Compare dissolved oxygen, nutrients, turbidity and temperature under the selected wind, discharge and flushing conditions. Investigate readings that move out of balance before deterioration becomes visible. Read in full
Water quality, Environment view.
Ocean current. Review residence time, mixing and sediment movement under the selected tide, wind and seasonal conditions. This helps explain water-quality changes, such as material remaining in an area that flushes slowly. Read in full
Ocean current, Environment view.
Wave. Follow offshore swell towards the shore to identify where breaking waves concentrate energy. Use those locations to plan monitoring or protection against erosion before seasonal conditions develop. Read in full
Wave, Environment view.
Coral reef. Review how heat stress, water quality and disturbance affect bleaching risk over the forecast period. Compare the degree-heating-weeks reading with its threshold when planning protection or site rotation. Read in full
Coral reef, Environment view.
Working in this view
- Sign in to the Environment Manager view using your assigned account.
- Read the destination air, wind, and water strip at the wide view.
- Select a zone to inspect its environmental readings.
- Open the site associated with a card, check its live feed, and choose whether to respond or defer.
Reef and marine detail sits in the Marine Operations Manager view.