Purpose-built IoT devices for connected assets.

Key Capabilities

• Bridges Zigbee, LoRaWAN, WiFi, Modbus, and CAN devices into one workflow.
• Built-in storage protects data continuity during connectivity interruptions.
• 4G LTE support keeps remote sites online when wired links are unavailable.
• Local processing enables edge-based automation and real-time control loops.
• Designed for easy installation in built environments and on mobile assets.

Where It Fits

• Built environments that need one edge hub for many assets.
• Distributed sites and remote infrastructure that require centralized visibility.
• Mobile assets that need to bring telemetry into a single operational view.
• Remote locations with limited connectivity options.
• Facilities that need to integrate with Modbus or CAN-based equipment.
• Interoperability needs that require bridging across multiple protocols and device types.

Key Capabilities

• Measures load behavior at the circuit level for detailed operational visibility.
• Scales from a few circuits to large multi-panel deployments.
• Supports trend analysis, anomaly detection, and measurement and verification workflows.
• Designed for easy installation in commercial and industrial electrical panels.
• Enables energy audits, load studies, and tenant submetering programs with circuit-level insights.
• Provides the granularity needed for benchmarking, fault detection, and operational optimization at the circuit level.

Where It Fits

• Submetering and cost allocation in mixed-use properties.
• Load studies for HVAC, lighting, pumps, and critical equipment.
• Operational monitoring that needs circuit-level insights for fault detection and maintenance planning.
• Facilities that need to benchmark and track energy performance at the circuit level.
• Projects that require detailed load disaggregation for energy management and optimization.
• Savings programs that need precise measurement and verification of energy reductions at the circuit level.

Key Capabilities

• Adds remote control to installed HVAC and electrical systems without major replacement.
• Supports rule-based automation and operator-initiated commands.
• Designed for practical deployment with minimal user training.
• Enables demand response, schedule-based control, and sensor-driven automation programs without needing to replace existing thermostats or control hardware.
• Provides a cost-effective way to add control capabilities to existing equipment for energy management and operational optimization.
• Facilitates quick implementation of control strategies that can reduce energy waste and improve operational efficiency without the need for extensive retrofits or equipment upgrades.

Where It Fits

• Thermostat optimization across homes, offices, and hospitality rooms.
• Pump, relay, and load switching based on sensor conditions.
• Automated routines that enforce operating schedules and reduce waste.
• Facilities that want to add control capabilities without replacing existing thermostats or control hardware.
• Projects that need to implement demand response, schedule-based control, or sensor-driven automation quickly and cost-effectively.
• Operational optimization programs that can benefit from remote control and automation without major retrofits or equipment upgrades.

Key Capabilities

• Zigbee 3.0 ensures interoperability across a wide range of devices and manufacturers, making it easier to build and expand your indoor IoT ecosystem with compatible sensors, actuators, and controllers.
• Provides a reliable and scalable wireless communication solution for indoor environments, enabling robust connectivity for a variety of IoT devices and applications within buildings.
• Supports low-power operation, making it ideal for battery-powered sensors and devices that require long-term deployment without frequent maintenance.
• Enables responsive communication for real-time monitoring and local control loops, allowing for efficient automation and operational optimization within occupied spaces.

Where It Fits

• Facilities that want to deploy a wireless mesh layer for indoor sensing, local automation, and reliable device coordination inside occupied spaces.
• Projects that require a low-power, scalable, and interoperable wireless communication solution for indoor IoT deployments.
• Operational optimization programs that can benefit from responsive communication and local control loops within buildings without the need for extensive wiring or infrastructure changes.
• Environments where battery-powered sensors and devices are preferred for long-term deployment with minimal maintenance.

Key Capabilities

• Long-range coverage reduces infrastructure needs across large footprints.
• Low-power communications support remote telemetry points.
• Pairs well with utility metering, outdoor infrastructure, and field assets.

Where It Fits

• Water, energy, and environmental monitoring across campuses or open areas.
• Mobile and remote assets that cannot rely on dense local networking.
• Facilities that need to bring dispersed telemetry into one operational view.

Key Capabilities

• Detects and classifies people, vehicles, safety conditions, and site events in real time.
• Automatically stores incident snapshots and clips for evidence-driven reporting.
• Correlates visual detections with temperature, humidity, gas, occupancy, and other environmental sensor signals.
• Supports edge-triggered alerts, incident timelines, and searchable event history.
• Designed for fixed sites, outdoor areas, fleet yards, and mobile asset workflows.

Where It Fits

• Site safety monitoring for PPE, restricted-area entry, and unsafe behavior.
• Vehicle detection, vehicle counting, and asset movement visibility.
• Plate detection and vehicle identification at gates, depots, and yards.
• Regulatory and compliance workflows that require evidence-backed incident records.
• Operational analytics that combine camera events with environmental sensor measurements.