The Environment Manager, the conditions guardian, at the operations console reading air, wind, and water alongside the restricted-area camera feeds, with the two jobs of the view: a live read of the air, the wind, and the water, and cameras catching a violation the moment it happens.
The Environment Manager view exists to keep air, wind, and water conditions safe and comfortable for guests, and to catch anything unsafe before guests are affected by it. It is the conditions guardian for the destination: a live read of the air people breathe, the wind across the bays, and the water they swim in, paired with the cameras that watch the restricted areas.
It does this in two ways at once. It holds a live read of environmental conditions across the resort, and it watches the camera feeds for violations such as swimming in a restricted area, alerting security the moment one is detected rather than after the fact. The shift it is built around is simple: from finding out conditions are unsafe once guests are already affected, to seeing air, wind, and water move and acting before any impact reaches a guest.
The wide view of the destination, with the environmental read along the bottom: air quality, wind, and water.
What you see
At the wide view, the bottom strip is the environmental read for the whole destination, covering air quality, wind, and water. This strip is the baseline picture. It does not ask for an action on its own; it is the read that every response below starts from.
| 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 read works at two levels. At the wide view the strip covers the whole destination. Drop into a zone, here Shura Marina, and the same air, wind, and water read rescopes to that one area, which is usually where a destination-wide signal resolves into the place driving it.
| Aspect | Detail |
|---|---|
| Problem | Unsafe air, wind, or water was often only identified once guests had already been affected, or once an incident had begun to escalate. |
| Goal | Hold a live, local read of air, wind, and water so a risk can be advised on, or an area closed, before guests feel it. |
| Precondition | The environmental sensor feed is live: the air stations, the on-site wind station, and the water buoys are reporting. |
| Steps | 1. Open the Environment Manager from the persona bar. 2. Read the destination strip: air quality and its pollutant breakdown, wind, and the water suite. 3. Drop into a zone to see the same read scoped to one area. 4. Watch for any band moving toward its threshold. |
| Postcondition | A developing risk is visible early, with the zone driving it identified, while there is still time to act ahead of guest impact. |
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.
The same read holds across the zone from other vantage points.
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 conditions read answers what is happening now. The same panel also answers a slower question the sustainability team owns: is this building using less than it did. One analysis window at the head of the panel switches the whole read between NOW, MONTHLY, and YEARLY, so a live snapshot and a long trend live in the same place.
The top of the panel at NOW, the live conditions read: air quality and its pollutant breakdown, wind, and the water suite, each as a chart rather than a bare figure.
Scroll the same panel and the read shifts from conditions to consumption. The upper half is what the site is doing to the air and water around it right now; the lower half is what the site is drawing to run, and whether that draw is falling. Keeping both in one panel is deliberate: a manager reading a live spike can drop straight to the trend behind it without changing view.
The lower panel at NOW, the live draw: electricity, water, renewable share, and estimated CO2 as they stand this moment.
The lower panel at MONTHLY, the same fields read against the month.
The lower panel at YEARLY, the scope the sustainability team uses to track reduction across a full year.
Read as a set, the lower panel is three blocks with three jobs.
| Block | The question it answers | Why it is framed this way | What it drives |
|---|---|---|---|
| Analysis window | Live state, or trend | One control over the whole panel, not per metric | Switches every figure between now, month, and year without leaving the site |
| Sustainability | Is this building using less than it did | Per building, because reduction is won or lost building by building, not destination-wide | Whether an efficiency initiative is actually moving the number |
| Building Management Systems | How hard is the building working right now | Live plant read, placed next to consumption | Explains a consumption spike by tying it to cooling load and occupancy |
On MONTHLY and YEARLY, the tint reflects whether the change is favorable or adverse, not the direction of the number itself. NOW carries no tint, as there is no prior window to compare against.
| Tint | Meaning |
|---|---|
| Green | Favorable movement, such as lower electricity draw or higher renewable share |
| Red | Adverse movement against the target |
Responding at a single site
At the closest level the view drills into a single site, and instead of a plain reading it surfaces a recommended action. Each card states the situation, carries the live feed for the spot so it can be confirmed without leaving the card, and offers two choices: a primary action that acts now, and Remind me later to defer and resurface it. Three situations recur.
Keeping monitoring live
A read is only as trustworthy as the sensors behind it. A probe that drops offline or a camera that degrades quietly opens a blind spot, and the strip can look healthy while one corner of the destination has gone dark.
| Aspect | Detail |
|---|---|
| Problem | Monitoring is only useful for as long as the sensors are actually reporting, and a silent failure leaves a gap no one is watching. |
| Goal | Catch a failing sensor the moment it stops reporting and restore coverage before the gap matters. |
| Precondition | The environmental sensor feed is live and the asset health count is being tracked, here 43 monitoring assets. |
| Steps | 1. The Asset Offline card surfaces: 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. |
| Postcondition | A technician is en route to Lagoon East, the blind spot is closing, and the asset count returns toward 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 can drift out of range well before it would be noticed from the shore, and by the time it shows it may already be affecting the lagoon.
| Aspect | Detail |
|---|---|
| Problem | A shift in the water can build unseen, so without an early signal the first sign is often the visible change itself. |
| Goal | Catch a shift in the water against its own baseline, confirm it against a probe, and get a team to the water before the change becomes visible. |
| Precondition | The water buoys and probes are reporting, and a baseline colour index is established, here 94. |
| Steps | 1. The Water Anomaly card surfaces: colour index at 81 against a 94 baseline. 2. Read the corroboration: 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. |
| Postcondition | A marine team is checking the lagoon, the anomaly is being traced to its source, and the colour index can be tracked back toward baseline. |
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
A restricted area is restricted for a reason, usually a fragile reef or an unsafe stretch of water. The risk is that a breach is only found after the fact.
| Aspect | Detail |
|---|---|
| Problem | Unauthorized access to a restricted area used to be discovered after the fact, if it was discovered at all, by which point the risk to the guest and the reef had already played out. |
| Goal | Have the cameras catch the violation as it happens and put security on the exact spot in real time. |
| Precondition | The violation-detection feed is running on the restricted-zone cameras. |
| Steps | 1. The Violation card fires: 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. |
| Postcondition | Security is moving to the exact location within a minute of detection, turning a delayed report into an immediate response. |
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
The Environment Manager runs the simulations that read the natural systems and the site's footprint on them: the clean-energy balance, the load the network throws off, the water around the destination, and the heat sitting on the ground. Each read is summarised below and documented in full in the Simulation chapters.
| Category | Simulation | What it reads | What it drives | Read in full |
|---|---|---|---|---|
| People | Outdoor thermal comfort | Site-wide exposure and how far passive cooling carries | Aim canopy and planting at the stretches that fail | Outdoor thermal comfort |
| Traffic | Energy | Renewable share, emissions, curtailment, reserve | Protect the renewable target under real demand | Energy |
| Transport | Emissions and noise | Where the load gathers and where it dissipates | Target the genuine sources, not the whole site | Emissions and noise |
| Transport | Flood and storm surge | Where water reaches habitats and how sediment moves | Plan protection and recovery around the areas that bear the load | Flood and storm surge |
| Environment | Water quality | How dissolved oxygen, nutrients, turbidity, and temperature move together | Respond while a response still changes the outcome | 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 | Protect the coast genuinely under pressure | Wave |
| Environment | Coral reef | Bleaching risk on the degree-heating-weeks scale over the horizon | Plan protection while the reef is still approaching the line | Coral reef |
People
Outdoor thermal comfort. A site that performs, where shading and surface choices keep the footprint comfortable as conditions push. The twin plays heat forward across the whole footprint, reading where exposure concentrates, how much ground stays shaded, and how far passive cooling carries, so canopy and planting are aimed at the stretches that genuinely fail. Read in full
Outdoor thermal comfort, Environment read. Site shade availability against the heat-stress footprint, exposure rising as midday peaks.
Traffic
Energy. Protect the sustainability commitment, maximising the load met by renewables while clean generation is not wasted. The twin plays demand and supply forward and reads the climate cost of any drift: renewable share, emissions, curtailment, and reserve, so dispatch and reserve choices protect the renewable target. Read in full
Energy, Environment read.
Transport
Emissions and noise. Keep the wider footprint clean and quiet where it is supposed to be, reading the load as a site condition. The twin plays the dispersion forward across the site, reading where it gathers and where it dissipates, so effort targets the genuine sources rather than treating the whole site as uniformly affected. Read in full
Emissions and noise, Environment read.
Flood and storm surge. Protect the habitats in the surge's path, the ground that floods, the sediment that shifts, and the recovery that follows. The twin plays the surge forward to show where water reaches the habitats and how sediment moves, so protection and post-event recovery are planned around the areas that bear the load. Read in full
Flood and storm surge, Environment read.
Environment
Water quality. Keep the water the destination is built around in the condition guests came for, catching a problem while it can still be acted on. The twin plays a wind, discharge, temperature, and flushing scenario forward across the lagoon, reading how dissolved oxygen, nutrients, turbidity, and temperature move together, so the team responds while a response still changes the outcome. Read in full
Water quality, Marine Environment read.
Ocean current. Understand how the basin keeps itself healthy, since residence time, mixing, and sediment transport drive most water-quality outcomes. The twin plays a tidal, wind, and seasonal scenario forward to read how the basin flushes and mixes and where sediment is carried, so interventions address the mechanism rather than the symptom. Read in full
Ocean current, Marine Environment read.
Wave. Stay ahead of shoreline change, knowing where breaking energy concentrates and drives erosion before a season reshapes the coast. The twin plays an offshore swell scenario forward to the shoreline, reading where wave energy concentrates and breaks, so the coast genuinely under pressure is protected rather than guessed at. Read in full
Wave, Marine Environment read.
Coral reef. Protect an asset and a responsibility, getting ahead of heat stress that builds invisibly before bleaching shows. The twin plays a heat-stress, water-quality, and disturbance scenario forward, reading bleaching risk on the degree-heating-weeks scale and projecting accumulated stress over the horizon, so protection is planned while the reef is still approaching the line. Read in full
Coral reef, Marine Environment read.
Working in this view
- Open the Environment Manager from the persona bar.
- Read the destination air, wind, and water strip at the wide view.
- Drop into a zone to inspect its environmental detail.
- Drill into a site when a card surfaces, confirm it on the live feed, and act or defer.
Reef and marine detail sits in the Marine Operations Manager view.