Aerial coordination of drone fleet over transmission infrastructure
Angel-Funded · Phoenix, AZ · Founded 2024

The mission-coordination OS
for enterprise drone fleets.

UAVsynq deconflicts the airspace, plans the routes, and unifies sensor payloads from up to 40 concurrent drones. One dashboard replaces 40 SD cards.

Integrates with leading drone hardware

40 Concurrent drones per mission
<1s Real-time airspace deconfliction
1 Unified sensor dashboard
12+ Compatible drone platforms
The coordination problem

Enterprise drone programs run on spreadsheets and radio calls.

Today's multi-drone inspection programs coordinate via shared radio channels, manual flight planning in disparate software, and a pile of SD cards collected post-mission. When something goes wrong in the air, there's no single picture of where every aircraft is.

The result: safety risks, data pipeline delays of days, and mission planners spending more time managing logistics than delivering insights.

UAVsynq gives operations directors one surface — live fleet telemetry, automated airspace separation, and a unified payload repository — from first waypoint to final deliverable.

See how it works →
UAVsynq mission dashboard showing fleet coordination overview
Platform Modules

Four integrated modules. One command surface.

Mission planning, fleet operations, sensor ingestion, and airspace deconfliction — built as a unified system, not bolted-together tools.

Mission Planning

Terrain-aware auto-routing, no-fly zone enforcement, and multi-objective mission sequencing. Upload a site map and UAVsynq generates compliant flight plans for your entire fleet.

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Fleet Operations

Live position tracking, battery state monitoring, signal quality dashboard, and real-time incident alerting across every aircraft in your fleet — simultaneously.

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Sensor Ingestion

RGB, thermal IR, multispectral, LiDAR, and gas sensor data collected into a single geo-referenced payload repository. Auto-tagged, compressed, and ready for export.

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Airspace Deconfliction

Sub-second conflict detection with dynamic altitude separation and emergency override priority. Designed to support Part 107 and Part 135 compliance workflows.

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40
1s
5
Operational Scale

Built for the missions that count.

40 Drones per mission Fleet tier supports up to 25; Enterprise tier unlocks full 40-drone operations.
<1s Deconfliction cycle time Dynamic altitude separation recalculated continuously as fleet positions update.
5 Sensor modalities ingested RGB, thermal IR, multispectral, LiDAR point cloud, gas concentration.
Use Cases

One platform. Four demanding industries.

From transmission line corridors to open-pit mines, UAVsynq coordinates the fleet so your operators focus on the mission.

Drone fleet over transmission line corridor
Utilities & Energy

Transmission Line Inspection

Multi-drone thermal and visual survey across hundreds of miles of corridor. Automated tower-to-tower routing.

Drone fleet conducting pit mine volumetric survey
Mining

Pit Mine Volumetric Survey

LiDAR point cloud survey of active pit with automated volume calculation. Survey in hours, not days.

Aerial progress monitoring of construction site
Construction

Bridge Structural Assessment

Multi-angle structural inspection with RGB and thermal sensors. Automated anomaly flagging on deliverable report.

Emergency scene aerial coordination
Public Safety

Emergency Scene Mapping

Real-time multi-drone coordination for incident commanders. Live perimeter feed with deconflicted airspace.

How It Works

From site map to unified dashboard in three steps.

01

Upload site map & define zones

Import a KMZ/KML file or draw flight zones directly in UAVsynq. Define no-fly areas, altitude ceilings, and mission objectives.

02

UAVsynq auto-routes & deconflicts

The platform generates terrain-aware flight paths for every aircraft, assigns waypoints, and establishes separation buffers. Review and launch.

03

Unified data dashboard

All sensor payload lands in one geo-referenced repository. Export GeoTIFF, LAS, or video. No SD card collection. No manual file merging.

What operators say

Built for people who've run drone ops the hard way.

Before UAVsynq, coordinating eight drones over a 40-mile transmission corridor meant three people on radio, two laptops tracking position manually, and a six-hour data consolidation process after the mission. Now the deconfliction is automatic and the data hits the repository before we land the last aircraft.

Drone Operations Manager, Southwest power utility operating 40+ aircraft across 12,000 miles of transmission corridor

Volumetric surveys that used to take our team four days on the ground now run as a multi-drone UAVsynq mission in under six hours. The LiDAR ingestion pipeline alone saves us two days of post-processing. Our surveyors spend time on interpretation, not wrangling files.

Senior Survey Engineer, mining operation running quarterly volumetric surveys across multiple open-pit sites

Command your entire fleet from one surface.

See how UAVsynq handles the coordination so your operators handle the mission.