Azmyth is GIS software that turns pole imagery into measurable data. Users can measure heights, attachments, and clearances from 360° imagery and iPhone or Android imagery. They can apply specific rules to these measurements like NESC clearances or lead length measurements. Results can be exported to KML, SHP, or CSV.

Azmyth On Foot is the mobile app version of Azmyth, built for iPhone and Android devices. Instead of 360° vehicle imagery, it lets field teams capture GPS-integrated photos for fast, flexible collection. This data is instantaneously uploaded to the Azmyth platform for further use.

RYG is our make ready assessment service. We use a color-coded system for fiber and telecom companies to determine pole-attachment viability. Based on NESC clearance standards, Green means attachment is viable, Yellow means conditional, and Red means not viable. This prevents unnecessary pole replacements and streamlines make ready engineering.

We manufacture precision dynamometers (10k and 20k models) used to measure conductor tension during stringing, and the WaveTimer, which measures conductor sag with high accuracy. These tools are trusted by transmission and distribution crews to improve safety and reliability in the field.

We also sell a range of Emlid GPS units and equipment.

A dynamometer measures the pulling force or tension in a conductor during line construction. Linemen use our 5k, 10k and 20k dynamometers to ensure proper sag and tension when stringing new conductors.

The WaveTimer measures conductor sag by timing wave travel down a span during a jerk test. This gives crews a quick, accurate way to confirm sag without climbing poles or using heavy equipment.

Yes. Our dynamometers and WaveTimer are widely used in transmission projects, while Azmyth, Azmyth on Foot and RYG assessments are common in distribution and fiber deployments.

A joint use audit is a field assessment of existing attachments on utility poles to verify ownership, compliance with safety standards, and available space for new attachments.

Make ready engineering is the process of preparing a utility pole for new attachments by identifying required modifications, such as moving existing lines or replacing the pole.

Costs typically include field data collection, engineering design, contractor labor for moving or installing attachments, and most significantly, pole replacements when necessary.

Sag is the vertical drop of a conductor between two structures, while tension is the force applied to keep the conductor in place.

Sag and tension are calculated using conductor properties, span length, temperature, and loading conditions, often based on engineering formulas and field measurements.

As temperature increases, conductors expand, increasing sag and reducing tension. Lower temperatures cause contraction, increasing tension.

Improper sag or tension can lead to clearance violations, increased risk of outages, and potential safety hazards for workers and the public.