Salient Sense®
Most buildings operate without a clear understanding of how spaces are used, how air quality changes throughout the day, or where energy is being consumed inefficiently.
Without this visibility, organisations cannot meaningfully improve efficiency, reduce environmental impact, or create better workplace experiences.
The starting point for smarter environments is not more technology. It is better data about how real environments actually behave.
Sensing technology
LoRaWAN is a low-power, open-standard wireless protocol designed for long-range sensor communication. It enables small, battery-powered devices to transmit environmental data reliably across large buildings and campuses with minimal infrastructure.
LoRaWAN is not the full solution. It is the enabling technology that makes meaningful data collection practical at scale.
By deploying LoRaWAN-enabled sensors across a building environment, organisations gain continuous visibility into conditions that were previously unmeasured or only checked manually. Occupancy patterns, air quality, temperature, humidity, CO₂ levels, and space utilisation become visible in real time.
This data creates the foundation for informed decisions about efficiency, sustainability, and workplace performance.
Sensing applications
Understand how spaces are actually used across offices, floors, and shared environments.
Monitor CO₂, humidity, temperature, and environmental comfort in real time.
Identify meeting room utilisation patterns, desk usage, and underused spaces.
Use continuous data to identify inefficiencies and support measurable sustainability improvements.
Hardware ecosystem
Purpose-built hardware that integrates seamlessly with software platforms and delivers reliable data across demanding environments.
Environmental, occupancy, air quality, and leak detection devices for continuous, real-time measurement across building environments.
Long-range and multi-protocol connectivity for sensor networks, providing reliable data transport across buildings and campuses.
Intelligent HVAC and lighting control driven by real-time sensor data, enabling responsive and efficient building management.
Energy meters, utility monitors, and power quality analysers for granular consumption visibility and operational insight.
Local compute and protocol conversion at the network edge, bridging sensor networks with cloud and enterprise platforms.
Markets
Sensing technology deployed across diverse environments where visibility drives measurable improvement.
Comfort, energy, and space intelligence for modern workplaces.
Footfall, environment, and estate monitoring for improved customer experience.
Guest comfort and operational efficiency through connected environmental sensing.
Air quality and classroom environment monitoring for healthier learning spaces.
Clinical-grade environmental compliance and patient comfort monitoring.
Ruggedised sensing for demanding environments with critical monitoring requirements.
Salient Fusion® ecosystem
LoRaWAN sensing is one layer within a broader ecosystem. The data it captures becomes valuable when it is connected to platforms that transform it into actionable insight.
Practical deployment
LoRaWAN sensing can be deployed across buildings, campuses, and portfolios with minimal infrastructure complexity and no major disruption to operations.
The opportunity
Organisations are under increasing pressure to reduce environmental impact, improve operational efficiency, demonstrate sustainability credentials, and create better workplace experiences.
These goals share a common requirement: understanding how buildings and workplaces actually perform. Without data, improvement is guesswork. With data, it becomes structured, measurable, and continuous.
LoRaWAN-enabled sensing provides a practical, affordable starting point for organisations ready to move from assumption to evidence.
Explore how sensing, software, and strategy come together across the Salient Fusion® ecosystem.
We design connected infrastructure and building environments that improve visibility, performance, and user experience across modern spaces.
We design connected infrastructure and building environments that improve visibility, performance, and user experience across modern spaces.
We design connected infrastructure and building environments that improve visibility, performance, and user experience across modern spaces.