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Aertek

Decontamination
Prepare. Protect. Restore.
Decontamination
Without Compromise

AERTEK combines autonomous aerial robotics with customer-approved decontamination processes to help reduce personnel exposure and restore mission-critical infrastructure after hazardous contamination

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Autonomous Robotics for Aerospace, Defense, Critical Infrastructure & Decontamination

Aertek plans to integrate ZeenKleen, a decontamination chemistry whose underlying technology has been tested by NASA, with Autonomous Robotics for Decontamination where appropriate to meet customer requirements.

aertek-autonomous-decontamination-aerial-drone-robotic
AI Drive drone

Aertek

Aertek is an advanced robotics and engineering company specializing in autonomous inspection, precision cleaning, and contamination control for mission-critical infrastructure using
NOAA-compliant robotic platforms.

Smarter Maintenance

Automated solutions that improve efficiency, precision, and asset performance.

Safer
Operations

Reduce human exposure to hazardous and high-risk environments.

Mission
Ready

Reliable robotic systems designed to perform when it matters most.

Aertek Ai Driven Working Drones

Industries Served

Aerospace

Aerospace

•Launch facilities •Hangars •Manufacturing •Spaceports

Defense

Defense

•Military installations •Aircraft maintenance •Logistics centers •Shipyards

Energy

Energy

•Power generation •Solar farms •Utilities •Industrial facilities

Critical Infrastructure

Critical Infrastructure

•Airports •Ports •Water treatment •Government facilities

aertek-labs-autonomous-robotics-decontamination
Innovation Division

Aertek Labs

Aertek Labs serves as the company’s dedicated research and development center.
Primary research areas include:

Autonomous aerial robotics
AI-powered inspections
Precision chemical delivery systems
Advanced decontamination technologies
Autonomous aerial robotics
AI-powered inspections
Precision chemical delivery systems
Advanced decontamination technologies

Our objective is to continuously develop technologies that improve safety and operational performance in high-consequence environments.

Aertek Work Process

Simple 4-Step Drone Services Process

STEP 01

ASSESSMENT

We evaluate the site, mission requirements, and operational conditions to define the right robotic solution.
STEP 02

PLANNING

We develop a mission plan covering scope, safety, equipment, procedures, and scheduling.
STEP 03

EXECUTION

AERTEK deploys autonomous robotic systems to perform cleaning, washdowns, or specialized decontamination.

STEP 04

VERIFICATION

We verify mission completion and provide digital reporting to document the work performed.
Insights & Innovation

Aertek Engineering the Future of Autonomous Maintenance

Discover insights, technologies, and industry perspectives advancing autonomous maintenance, robotic cleaning, and mission-critical infrastructure protection.

Aertek

Frequently Asked Questions

AERTEK provides technology-enabled infrastructure maintenance using autonomous aerial robotics, specialized cleaning processes, and decontamination solutions. Our services are designed to help protect mission-critical assets while improving safety, consistency, and operational efficiency.

AERTEK supports aerospace, defense, government, energy, utilities, industrial facilities, and other critical infrastructure environments. Applications include launch facilities, hangars, manufacturing sites, tanks, towers, airports, ports, and other difficult-to-access assets.

Robotic operations help reduce personnel exposure to hazardous environments, work at height, contaminants, and difficult-to-access areas. By performing cleaning, inspection, and specialized maintenance remotely, AERTEK can support safer and more repeatable maintenance operations.

AERTEK specializes in aerospace and infrastructure decontamination, including post-launch residue removal, industrial contamination response, acid residue cleanup, and support for hydrazine and MMH residue response. Decontamination processes and chemistries are selected according to customer requirements and approved procedures.

A typical project begins with a site assessment and mission planning, followed by robotic cleaning and, when required, specialized decontamination. The process concludes with verification and digital maintenance reporting to document the completed work.