Autonomous Edge Node

Zero friction.
Absolute autonomy.

A self-contained hardware unit designed for brutal environments. Built to survive active construction zones and harsh marine environments without requiring configuration from the site crew.

ASENSE

Hardware architecture decoupled from infrastructure.

We eliminated the need for external power supplies, complex routing, and vulnerable local networks. The Edge Node integrates the sensor array, the processing DSP, and the cellular uplink into one hermetically sealed block.

Zero Infrastructure

Designed to be mounted directly to perimeter fencing, piers, or retaining walls. The unit requires no external power cables or local network access to function, slashing installation costs.

Industrial Power

Continuous operation powered by an internal industrial-grade primary battery backup, supporting optional integrated solar harvesting for indefinite deployments.

Direct Cellular Uplink

An integrated LTE-M module establishes a secure connection to the cloud immediately upon activation, bypassing unreliable worksite Wi-Fi and generic gateways.

Algorithmic Flexibility

One chassis.
Endless algorithms.

From edge-computed FFTs and double-integration to cloud-based Cross Power Spectral Density and Kalman filtering, our hardware fundamentally adapts to the mathematical operation required.

Triaxial Tiltmeter

Resolves absolute inclination with sub-milliradian precision. Ideal for monitoring pier settling, retaining wall deflection, and deep excavation stability.

Algorithmic Processing

Modal Accelerometer

Ultra-low noise floor captures ambient structural frequencies. Powers Operational Modal Analysis (OMA) to track degradation in bridges and wind turbines.

Algorithmic Processing

Triaxial Vibrometer

Computes Peak Particle Velocity (PPV) at the edge to track transient vibration events and prevent structural damage during heavy construction or blasting.

Algorithmic Processing

Dynamic Displacement

Utilizes advanced double-integration algorithms locally to calculate physical displacement amplitudes (in mm) from transient vibration events.

Algorithmic Processing

Technical Specifications.

Precision engineered for the edge. Integrates the TDK InvenSense high-fidelity 6-axis MEMS sensor for unmatched performance.

Internal Core
TDK InvenSense SmartIndustrial™
Processing
ARM Cortex-M4 or M0+ DSP
Telemetry
LTE-M Cellular Uplink
Hardware Sync
RS485 Serial Bus
Power Source
Internal Lithium Battery
Upload Bandwidth (LTE-M)
Up to 1.1 Mbps
GPS/GNSS Accuracy
1.5 Meters
Sampling Rate
Configurable Edge-DSP

Deploy Intelligence.
Quantify Risk.

Join the world's most demanding civil and structural engineering teams. Contact our engineering team to design your deployment topology.

Available in EU/EEA