Every PRECISE product is backed by a specific technical system, not a marketing claim.

Technology

Every PRECISE product is backed by a specific technical system, not a marketing claim.

A PRECISE product's accuracy, reliability, and field durability all trace back to five engineering systems shared across the product line: the MATRIX positioning engine, MLF-SLAM multi-sensor fusion, GNSS+IMU fusion, point-cloud processing, and field-ready hardware engineering. This page explains what each one actually does, and which products depend on it.

Why This Page Exists

Most positioning-technology vendors describe their systems in adjectives: “advanced,” “industry-leading,” “next-generation.” PRECISE's technology claims are traceable to specific mechanisms: an algorithm module that runs a named machine-learning model, a sensor-fusion architecture that names its sensors, a processing pipeline that names its file formats. This page is where that traceability starts. Each card below links to a page that names the mechanism, shows which PRECISE products use it, and states the real, disclosed numbers behind it, including the conditions that can affect those numbers in the field.

Technology Capabilities

Five Systems Behind Every Product

MATRIX Positioning

The positioning engine inside every PRECISE RTK product, built from 500+ algorithm modules and 3,000+ parameters that work together to deliver a 99.9% average fix rate under normal field conditions.

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MLF-SLAM

PRECISE's multi-sensor SLAM approach, fusing LiDAR, visual cameras, and IMU so 3D scanners keep tracking accurately in feature-poor, GNSS-denied environments like tunnels, open fields, and underground structures.

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GNSS+IMU Fusion

Combining satellite position with inertial attitude sensing to solve what GNSS alone can't: a tilted survey pole, a moving excavator bucket, or a tractor steering across sloped ground.

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Point-Cloud Processing

The pipeline that turns raw LiDAR and imagery capture into classified, registered, georeferenced 3D data ready for GIS, CAD, and BIM, not just a colored point cloud.

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Field-Ready Engineering

The IP ratings, operating temperature ranges, and mechanical durability specs, tested and disclosed per product, that let PRECISE hardware keep working on the sites it's actually built for.

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Want to see how these systems apply to your specific project?

Whether you're evaluating PRECISE against another vendor or specifying equipment for a project with unusual field conditions, a PRECISE engineer can walk through exactly which technology systems apply to your use case, and the disclosed numbers behind them.