BASTION WORKPLACE EXPERIENCE MODULE
Part of Forge Bastion IWMS · Built in Rust

A building is not a place you occupy. It is an environment that occupies you

Bastion Aether transforms buildings from passive containers into responsive, occupant-aware environments — sensing air quality, thermal comfort, acoustic conditions, and light levels in real time, then adjusting autonomously to create spaces that people choose to work in, not spaces they are assigned to.

90%
Of employees say indoor air quality at work is important to them. Yet most buildings cannot tell you what the CO² level is in any room right now. The gap between what occupants expect and what buildings deliver is the reason return-to-office mandates fail, lease renewals decline, and the best talent chooses the competitor with the better workspace.
8
Intelligence engines
$200B+
Smart building market by 2030
34%
Satisfaction improvement
WELL/LEED
Certification ready
The Experience Gap

People spend 90% of their time indoors. The air they breathe, the temperature they feel, the light they work under, and the noise they endure shape their productivity, health, satisfaction, and willingness to return. Yet most commercial buildings are environmentally blind — unable to measure, monitor, or respond to the conditions experienced by their occupants.

The result is a dangerous disconnect: organizations invest millions in return-to-office strategies while providing workplaces that are objectively worse than home offices — stale air, inconsistent temperatures, fluorescent lighting, and open-plan noise that destroys concentration. Bastion Aether closes this gap by giving buildings the ability to sense what their occupants experience and respond in real time — creating environments that are not merely tolerable but genuinely preferred.

Intelligence Engines

Eight engines. One sentient building.

01
Indoor Air Quality Intelligence
CO² · VOCs · PM2.5/PM10 · Real-time monitoring · WELL/RESET compliance
▼
Air quality is the most impactful environmental factor on cognitive performance — and the least visible. Aether deploys IoT air quality sensors across every zone, monitoring CO², total volatile organic compounds (TVOCs), particulate matter (PM1/PM2.5/PM4/PM10), temperature, and relative humidity at configurable intervals from 1 to 60 minutes. When CO² exceeds 800 ppm in a conference room or VOCs spike after a cleaning cycle, the AI triggers ventilation adjustments automatically through BAS integration — returning air quality to optimal levels before occupants notice degradation.
Multi-pollutant monitoring — CO², TVOCs, PM1/PM2.5/PM4/PM10, temperature, and humidity measured per zone. Sensors are RESET AIR accredited for certification-grade data quality
Autonomous ventilation response — when pollutant levels exceed thresholds, Aether signals the BAS to increase outside air fraction, adjust air handling unit speed, or activate supplemental filtration
Occupant-facing air quality displays — real-time IAQ dashboards displayed on lobby screens and accessible via mobile app. Transparent air quality data builds trust and supports return-to-office confidence
WELL & RESET certification support — continuous air quality documentation that satisfies WELL Building Standard v2 and RESET Air performance verification requirements without separate monitoring systems
6
Pollutant types monitored
1min
Minimum sampling interval
RESET
AIR accredited sensors
Auto
Ventilation response
02
Thermal Comfort Optimization
Zone-level control · Occupant preference learning · Complaint elimination
▼
Thermostats measure wall temperature at one point. Occupants experience radiant temperature, air velocity, humidity, and metabolic load across an entire zone — and no two people agree on what “comfortable” means. Aether’s Thermal Comfort engine moves beyond single-point temperature measurement to multi-sensor comfort modeling that calculates Predicted Mean Vote (PMV) per zone, learns occupant preferences over time, and autonomously adjusts HVAC setpoints to minimize thermal complaints while respecting energy constraints set by Bastion Meridian.
PMV-based comfort modeling — calculates Predicted Mean Vote using air temperature, radiant temperature, humidity, air velocity, metabolic rate, and clothing insulation estimates. Targets PMV between -0.5 and +0.5
Occupant preference learning — AI learns temperature preferences by zone, time of day, and season through feedback loops and complaint pattern analysis. Personalized comfort without individual thermostat wars
Hot/cold spot elimination — multi-sensor deployments detect thermal gradients across large zones. Identifies perimeter cold spots, solar gain hot spots, and HVAC distribution imbalances invisible to single-point measurement
Energy-constrained optimization — thermal comfort targets integrate with Bastion Meridian energy budgets. Comfort is the constraint, not the casualty — but energy waste from overcooling or overheating is eliminated
PMV
-0.5 to +0.5 target range
72%
Thermal complaint reduction
AI
Occupant preference learning
Meridian
Energy integration
03
Acoustic Environment Management
Sound level monitoring · Speech privacy analysis · Noise masking control
▼
Noise is the invisible productivity destroyer. Open-plan offices amplified it. Hybrid work made it worse — the remaining in-office occupants are concentrated on video calls that project into shared space. Aether’s Acoustic engine monitors sound pressure levels, speech transmission index, and background noise spectrum per zone, identifying areas where acoustic conditions drive occupant avoidance. The data informs both immediate interventions (sound masking adjustments, zone reassignment) and long-term space design decisions (panel placement, material selection, zone reconfiguration).
Continuous sound monitoring — dB(A) levels tracked per zone at 5-minute intervals. Identifies zones that consistently exceed 55 dB(A) during focused work hours, correlating noise data with occupancy avoidance patterns
Speech privacy analysis — measures speech transmission index (STI) to quantify acoustic privacy. Zones where conversations are intelligible beyond the intended audience are flagged for masking or panel intervention
Sound masking integration — connects with sound masking systems to dynamically adjust background noise levels based on real-time occupancy and activity patterns, maintaining consistent acoustic privacy
Zone avoidance correlation — integrates with Bastion Horizon occupancy data to identify zones that employees consistently avoid. Correlates avoidance patterns with acoustic, thermal, and IAQ data to diagnose the environmental root cause
86min
Daily productivity lost to noise
55dB(A)
Focus-work threshold
STI
Speech privacy quantification
Horizon
Avoidance pattern correlation
04
Smart Lighting & Circadian Control
Daylight harvesting · Color temperature scheduling · Task-appropriate illumination
▼
Light is not merely illumination — it is a biological signal. Cool-white light (5000K+) in the morning promotes alertness. Warm light (3000K) in the afternoon supports sustained focus without circadian disruption. Fluorescent lighting at a fixed color temperature all day suppresses melatonin production, degrades sleep quality, and contributes to the fatigue that office workers cannot explain. Aether’s Lighting engine transforms static lighting into a dynamic, circadian-aware system that adjusts brightness and color temperature throughout the day, harvests daylight to reduce energy consumption, and provides task-appropriate illumination for different space types.
Circadian color scheduling — LED fixtures shift from 5000K (cool white) in the morning to 3500K (warm white) by afternoon and 3000K in late afternoon. Supports natural alertness cycles without disrupting evening melatonin production
Daylight harvesting — photosensors measure ambient daylight and dim artificial lighting proportionally. Perimeter zones with abundant natural light receive minimal artificial supplement, saving up to 40% on lighting energy
Task-appropriate illumination — maintains 500+ lux at desk surfaces for detailed work while providing softer ambient levels in collaboration and social zones. Prevents the flat, institutional uniformity of traditional lighting design
Occupancy-linked control — integrates with Bastion Horizon sensors for presence-based on/off and dimming. No lights running at full output in empty zones. Security-level lighting for unoccupied floors during off-hours
5000→3000K
Circadian color shift (AM→PM)
40%
Lighting energy savings
500+lux
Task surface illuminance
WELL
Light concept compliance
05
Wayfinding & Space Booking
Indoor navigation · Real-time room availability · Desk booking · Mobile-first experience
▼
The physical friction of navigating a large building is one of the most underestimated barriers to workplace satisfaction. Finding an available room, locating a colleague, navigating to a meeting in an unfamiliar building — these micro-frustrations compound into a perception that the workplace is hostile to productivity. Aether’s Wayfinding engine provides mobile-first indoor navigation, real-time room and desk availability, and frictionless booking that makes finding and reserving space as intuitive as opening a map on a phone.
Indoor wayfinding — turn-by-turn indoor navigation via mobile app using BLE beacons. Guides new employees, visitors, and cross-campus travelers to their destination without asking for directions or wandering hallways
Real-time room availability — sensor-confirmed room status (not booking-system status). Integrates with Bastion Horizon auto-release to show genuinely available rooms, not phantom-booked ones
Desk booking & hot-desking — employees reserve desks via mobile app with floor-plan visualization showing available desks, nearby colleagues, amenity proximity, and environmental conditions (temperature, light, noise)
Colleague finder — privacy-respecting feature that shows which floor/zone a colleague is working in today (opt-in only). Supports spontaneous collaboration in hybrid work environments where planned encounters replace hallway meetings
12min
Room-search time eliminated
Mobile
First experience
Sensor
Confirmed availability (not booking)
Opt-in
Privacy-respecting colleague finder
06
Visitor & Access Intelligence
Frictionless check-in · Pre-registration · QR-based access · Security integration
▼
The visitor experience begins before arrival and shapes the perception of every client, partner, and candidate who walks through the door. Manual sign-in sheets, badge printers that jam, and lobby wait times while someone calls up to the host — these are the first impressions that modern buildings still deliver. Aether’s Visitor engine provides a frictionless, pre-registered, QR-based access experience that moves guests from arrival to destination without waiting, signing, or asking for help.
Pre-registration & QR access — hosts pre-register visitors via the Aether app. Visitors receive a QR code by email that grants lobby access, elevator authorization, and wayfinding to the meeting room
Host notification — automated notification to the host when their visitor arrives, checks in, and is en route. Eliminates the call-up delay and ensures the host is ready when the guest arrives at the meeting room
Security compliance — visitor logs with timestamped entry/exit, photo capture (where legally permitted), NDA/policy acknowledgment, and emergency evacuation roster integration. Complete audit trail for security review
Watchlist integration — pre-registration screening against restricted visitor lists and previous incident records. Flags sensitive visits for security team pre-authorization without creating visible friction for routine guests
30s
Average check-in time
QR
Contactless access
100%
Visitor log compliance
Auto
Emergency roster integration
07
Wellness Certification Engine
WELL v2 · LEED O+M · Fitwel · RESET Air · Continuous performance verification
▼
Wellness certifications have shifted from marketing differentiators to tenant expectations. The WELL Building Standard v2 alone contains over 100 features across 10 concepts, many requiring continuous performance monitoring rather than point-in-time audits. Aether’s Certification engine provides continuous, automated data collection and documentation for WELL v2, LEED Operations & Maintenance, Fitwel, and RESET Air — eliminating the manual audit preparation that typically consumes hundreds of hours per certification cycle.
WELL v2 performance tracking — continuous monitoring of Air, Water, Light, Thermal Comfort, Sound, and Movement concepts. Auto-documents compliance evidence for performance verification submissions
LEED O+M integration — feeds energy data from Bastion Meridian, water monitoring, IAQ measurements, and waste tracking into LEED for Existing Buildings performance documentation
RESET Air continuous monitoring — RESET AIR-accredited sensors providing the continuous PM2.5 and CO² data required for RESET certification without separate monitoring infrastructure
Certification gap analysis — maps current building performance against target certification requirements. Identifies the specific improvements needed to achieve each credit, with cost and timeline estimates
4
Certifications supported
Continuous
vs. point-in-time audit
100s
Audit hours eliminated
Auto
Evidence documentation
08
Occupant Feedback Intelligence
Sentiment tracking · Complaint pattern analysis · Experience scoring · Closed-loop resolution
▼
Sensors measure the environment. Occupants experience it. The gap between objective measurement and subjective experience is where workplace satisfaction lives or dies. Aether’s Feedback engine captures continuous occupant sentiment through in-app micro-surveys, kiosk interactions, and complaint pattern analysis — then correlates subjective feedback with objective sensor data to diagnose the environmental root cause of dissatisfaction. When someone submits “too cold,” the system checks the thermal data, identifies whether it’s a real temperature issue or a radiant/draft problem, and routes the resolution to the right system.
Micro-survey intelligence — 2-question in-app surveys prompted at configurable intervals. Non-intrusive, high completion rates. Captures thermal comfort, air quality perception, noise satisfaction, and overall experience scores
Complaint-to-sensor correlation — when a thermal complaint is submitted, the system automatically checks zone temperature, humidity, air velocity, and occupancy density data to diagnose root cause before dispatching a technician
Experience scoring — calculates a continuous Occupant Experience Score per building, floor, and zone — combining sensor data, feedback scores, and behavioral signals (space avoidance, booking patterns, dwell times)
Closed-loop resolution — every complaint generates a tracked resolution workflow. The occupant receives notification when the issue is addressed. Unresolved patterns escalate automatically to facilities leadership
2Q
Micro-survey length
Auto
Complaint-to-sensor diagnosis
0–100
Continuous experience score
100%
Complaints tracked to resolution
Deployments

The buildings that learned to feel

Class A Office Tower · 42 Floors · WELL Platinum Target
WELL Platinum achieved in 8 months — with tenant satisfaction scores that increased lease renewal rates from 76% to 91%
A trophy Class A office tower targeting WELL Platinum certification deployed Aether across all 42 floors. The IAQ engine immediately identified that CO² levels in interior conference rooms regularly exceeded 1,200 ppm during meetings — well above the 800 ppm threshold that research links to cognitive decline. Autonomous ventilation response resolved the issue within 48 hours. The circadian lighting system shifted color temperature throughout the day, and within 3 months tenants reported measurably improved sleep quality. Acoustic sensors identified 6 zones where speech privacy was inadequate, leading to targeted sound masking adjustments. WELL Platinum was achieved in 8 months. Tenant satisfaction scores rose 34%, and lease renewal rates increased from 76% to 91%.
WELL Pt
Certification achieved (8 months)
34%
Satisfaction improvement
76%→91%
Lease renewal rate
1,200→650
Peak CO² ppm in meeting rooms
Technology Campus · 8 Buildings · 6,400 Employees
Return-to-office attendance increased 28% when employees could choose environments based on real-time conditions
A technology company struggling with return-to-office adoption deployed Aether across its 8-building campus. The hypothesis was simple: if the office is objectively better than home, people will choose it. Aether’s mobile app gave employees real-time visibility into environmental conditions by floor and zone — temperature, air quality, noise levels, available desks, and nearby colleagues. Employees began selecting their workspace based on conditions rather than assignment, gravitating toward zones with the best air quality and lowest noise. Campus-wide attendance increased 28% in 4 months. Thermal complaints dropped 72%. The facilities team used zone avoidance data to redesign 3 underperforming floors, replacing open-plan layouts with mixed-mode environments informed by actual occupant behavior.
+28%
Return-to-office attendance
72%
Thermal complaint reduction
3
Floors redesigned from behavior data
6,400
Employees with environmental choice
Corporate HQ · 62 Buildings · $250K Energy Savings in 3 Months
4,400 sensors across 62 buildings — $250K in energy savings in the first quarter through occupancy-linked environmental control
A provincial government deployed 4,400 Aether sensors and 440 gateways across 62 buildings, monitoring temperature, CO², and occupancy across the entire portfolio. By linking environmental controls to actual occupancy rather than fixed schedules, the deployment achieved $250,000 in energy savings in the first 3 months while simultaneously improving indoor air quality across every monitored building. The occupant feedback system revealed that 40% of thermal complaints originated from 8% of zones — all near exterior walls with inadequate insulation. This data informed a targeted envelope improvement program that resolved the chronic complaints at a fraction of the cost of building-wide HVAC upgrades.
$250K
Energy savings (first 3 months)
4,400
Sensors deployed
62
Buildings monitored
8%
Of zones causing 40% of complaints
From the Field

We spent two years telling people to come back to the office. Attendance went up when we stopped telling and started improving. Aether gave our employees a reason to choose the office: real-time air quality they could see, thermal comfort they could feel, and acoustic zones they could trust. Attendance rose 28% without a single mandate.

VP, Workplace Strategy
People & Places
Global Technology Company

Our conference rooms had CO² levels hitting 1,200 ppm during afternoon meetings. People couldn’t think. They attributed it to “afternoon slump” — it was actually the air. Aether identified it in the first week. Autonomous ventilation resolved it in 48 hours. Our meeting productivity data improved measurably within a month.

Director, Facilities & Building Operations
Corporate Real Estate
Class A Office Tower

We thought we had a building-wide HVAC problem. Aether showed us we had an envelope problem in 8% of our zones that generated 40% of all thermal complaints. Instead of a $4 million HVAC overhaul, we invested $380,000 in targeted insulation improvements. The complaints stopped. The savings funded our entire smart building deployment.

Chief Operating Officer
Government Property Services
Provincial Government
90%
Employees care about IAQ
34%
Satisfaction improvement
28%
RTO attendance increase
$200B+
Smart building market by 2030
Make Your Building Sentient

Stop guessing how your building feels. Start knowing.

Schedule a demonstration of Bastion Aether — configured for your buildings, your occupant population, and your wellness objectives.

Or contact our workplace experience team at aether@brindwell.com