Faster inspections. Safer sites. Zero downtime.

Man operating a drone with a remote controller on a dirt road surrounded by electric power transmission towers.

Why Traditional Inspections Slow Teams Down

High-risk areas are difficult and dangerous to access

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Inspections require shutdowns, scaffolding, or rope access

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Confined space inspections are hazardous and time-consuming

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Visual coverage is limited from the ground

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Data is fragmented across tools and formats

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Oversight is hard to maintain across large asset portfolios  

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Manual methods delay defect detection and reporting

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Specialised tools must be deployed separately for each data type

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End-to-End Inspections Without Shutdowns

FEDS inspects live assets, like flare stacks, powerlines, and chimneys, without interrupting operations. Using advanced sensors and certified pilots, we capture detailed data remotely while eliminating safety risks and costly downtime. Our UAV Inspection technology ensures accurate, real-time results.

Drone flying near a power plant with smokestacks emitting smoke at sunset.
Technical audit dashboard showing categories and details of site inspection findings with a highlighted aerial image of a telecom antenna tower.
AI-Enabled Anomaly Detection and Reporting

Captured data is processed using AI models trained to identify structural risks, electrical faults, corrosion, and other anomalies. We deliver annotated visuals and actionable insights that help you prioritise maintenance, reduce rework, and improve compliance.

Access to Confined, Hazardous, and Underwater Spaces

From confined tanks to underwater foundations, our specialised drones and ROVs reach places where humans can’t. Every mission is precisely planned and remotely executed to protect your teams and minimise permit overhead.

Black drone hovering over ocean water with a device lowered into the sea on a cable.
Drone inspection robot equipped with protective cage flying inside a large metal pipe.
Multi-Sensor Intelligence From a Single Deployment

Our drones can be equipped with thermal, UV, gas, RGB, GPR, and medium-format sensors, enabling you to gather comprehensive asset data in one go. No need to coordinate multiple teams or tools. The use of drone sensor technology guarantees clarity and consistency.

Built for Precision, Safety, and Scale

01

Drone Platforms
and Payloads

Man in safety helmet and orange reflective vest crouching next to a professional drone on a sandy construction site with a green SUV in the background.

End-to-end UAV inspection solutions tailored to your asset type and risk profile. Our fleet includes drones and ROVs equipped with thermal, UV, gas, RGB, GPR, and high-resolution medium-format sensors, rigorously tested for field reliability.

02

Data Accuracy
and Coverage

A DJI Mavic 2 drone hovering mid-air above a rooftop parking lot at dusk.

We capture close-range visuals, thermal scans, and UV imagery at scale without shutdowns, enabling detailed inspections of flare stacks, powerlines, chimneys, boilers, tanks, and underwater infrastructure, even in remote or high-risk zones.

03

Processing
and Analysis

Electrical transmission tower with labeled porcelain insulators and vibration dampers set against a desert background.

Captured data is analyzed using AI-assisted workflows and industry-specific models. Outputs include defect annotations with severity grading, 2D/3D visuals, and inspection-grade reports, delivered in formats compatible with your existing workflows and asset management systems.

04

Security
and Compliance

Black drone flying over a white SUV vehicle on desert sand under a cloudy sky with text stating compliance with international and local standards.

Aligned with UAE aviation and municipal regulations, FEDS is an ISO 21384-3:2023, ISO 9001, ISO 14001, ISO 45001 and ISO 27001 certified entity.

How FEDS Cut 800+ Days of Work to 183

CLIENT

Saudi Electric Company (SEC)

THE CHALLENGE

Traditional inspections required shutdowns and tower climbs—only 3 towers could be inspected per day across remote terrain.

FEDS SOLUTIONS

Mobilised certified drone teams with high-resolution, thermal, and UV sensors.
Inspected 5,500 towers remotely without shutting down powerlines.
Used UV sensors to detect defects such as Corona discharge.

Results
30 towers inspected per day (vs. 3)
Entire project completed in 183 days (vs. 1,000+ days traditionally)
40% of towers flagged for maintenance, preventing potential system-wide failures
Zero human exposure to live towers or harsh terrain
Analysis of Plant Compounds showing structure and analytical data on a dark background.