Customers

Infrastructure and utility teams that use Larx in day-to-day operations.

Our early-access program brought together operations teams from transmission utilities, environmental programs, and pipeline operators. Here is what they reported after 60 to 90 days on the platform.

Early-access cohort results.

Three teams, three asset types, one consistent theme: operations teams acting on confirmed data instead of scheduled patrols.

Closing the patrol gap on a 240-mile transmission corridor.

This team had been running quarterly helicopter patrols over a 240-mile corridor and relying on fixed-wing overflights for the long stretches between scheduled visits. Change events were happening in the window between flights.

After connecting their corridor geometry and enabling satellite change-detection rules in Larx, the team received their first confirmed encroachment alert within two weeks of onboarding. The alert identified third-party activity within the right-of-way buffer that their next scheduled patrol would not have covered for another six weeks.

"When we detected an encroachment event before our next scheduled patrol, that was the moment the value became obvious."

Operations Lead, early-access pilot program

240 mi Corridor covered

14 days To first alert after onboarding

60 days To measurable reduction in unscheduled inspections

Turning an inspection backlog into a risk-scored queue.

This distribution utility managed approximately 1,800 miles of feeder network and had accumulated a three-to-five month inspection backlog going into the program. Crew dispatch was driven primarily by circuit age and time elapsed since last inspection.

After importing their feeder asset registry and connecting satellite vegetation monitoring, the team used Larx's satellite canopy change scores to re-sort their backlog. The locations with confirmed recent vegetation growth moved to the front of the crew dispatch queue, regardless of when they had last been scheduled.

"Before Larx, our inspection priority list was basically a calendar. Now it reflects what is actually happening in the field."

Distribution Operations Manager, early-access program participant

1,800 mi Distribution feeder network

3-5 mo Inspection backlog at program start

Ongoing Daily satellite vegetation scoring in production

Assembling a compliance spatial record in minutes instead of days.

This environmental monitoring team managed more than 45 stormwater BMP sites and monitoring stations across a large project area. When a compliance inquiry arrived, assembling the spatial record for a specific site at a specific date required pulling from three separate systems and reconciling coordinates manually.

After connecting their monitoring geometry and sensor feeds into Larx, the team used the platform's time-series query to build compliance documentation packages directly from the workspace. The imagery, sensor readings, and event log for any site at any date became a single export action.

"Assembling the spatial record for a compliance response used to take us two days. With Larx, we pull it in about twenty minutes."

Environmental Program Manager, early-access program participant

45+ sites BMP and sensor monitoring stations

20 min Compliance record assembly vs. 2 days before

Daily Satellite refresh for priority monitoring areas

Across the early-access cohort.

Aggregate observations from teams across the program after their first 60 to 90 days on Larx.

3 Asset classes in active production use

14 days Median time to first operational alert after onboarding

60 days Average time to measurable change in team operations workflows

Who Larx is built for.

Operations teams managing large linear asset portfolios.

Transmission utilities, pipeline operators, and corridor infrastructure managers who need continuous change detection between scheduled patrols. If your monitoring cadence is quarterly or monthly, there is a window where events happen undetected. Larx is built to close that window.

Distribution utilities with vegetation management programs.

Distribution operations teams managing feeder vegetation risk who want to prioritize crews based on confirmed satellite change data rather than age-based scheduling. Larx scores your backlog against current canopy change so the highest-risk spans go first.

Environmental compliance teams with multi-site monitoring obligations.

Environmental program managers running stormwater, habitat, or remediation monitoring programs who need a faster path from satellite and sensor data to compliance documentation. Larx gives you a single queryable workspace for the spatial and temporal record of any site.

Infrastructure developers managing active construction or transition periods.

Development teams that need more frequent change monitoring during active construction phases, right-of-way clearing, or asset handoff periods. Larx supports higher-frequency imagery tasking for sites that need closer coverage during temporary risk windows.

Join the Program

See what 60 days on Larx changes for your operations team.

We run demos tailored to your asset type and operations workflow. Bring your corridor profile and current monitoring challenges.

Request Demo See Platform