Securing the Energy Sector Skies: Counter‑Drone Priorities for U.S. Critical Infrastructure in 2026

Drone Defense for Energy Infrastructure in 2026
As drone threats rise in 2026, energy operators must adopt advanced drone defense strategies, combining RF Cyber-Takeover technology and authorized agency partnerships to secure critical infrastructure airspace without disrupting operations.

As the U.S. regulatory environment evolves and expands C-UAS capability for State, Local, Tribal and Territorial (SLTT) law enforcement, energy producers and refiners have been increasingly prioritizing drone defense strategies to harden facilities against unmanned aircraft system (UAS) threats.

Private-sector firms, such as oil and gas producers and refiners, in response to UAS threatening their facilities , are establishing public-private partnerships with local law enforcement to protect their people and critical infrastructure. These partnerships allow trained SLTT agencies, operating under new federal frameworks, to detect, identify, and mitigate credible drone threats in defined contexts, including critical infrastructure sites.

Why Energy and Petrochemical Sites Are High‑Value Targets

Drone related threats to energy production and petrochemical facilities are vast – ranging from espionage and reconnaissance to potential payload delivery, disruption of operations, and environmental and safety hazards. 

Though a direct large-scale attack on a major U.S. energy facility has not yet occurred, the threat remains real and operators should take proactive steps to protect their assets. While the probability of an attack may appear to be low, the potential consequences and aftermath could be catastrophic for nearby communities, employees, the environment, operators, shareholders, and customers. For many critical infrastructure sites, a disruption could also put national security at risk.

Modern day UAS threats are in some ways akin to cyber threats – low‑cost, scalable, and capable of creating disproportionate impact far beyond the point of attack.

Recent and ongoing conflicts have shown how drones can be used to strike refineries and petrochemical complexes abroad, disrupting fuel production and exports and underscoring how attractive energy infrastructure has become as a target.

Quiet, Continuous Drone DefenseWithout Disruption

Fortunately for critical infrastructure operators, effective drone defense against UAS attack and disruption does not have to be intrusive or operationally disruptive. 

Counter‑UAS systems built on RF‑based, cyber‑takeover technology can operate mainly passively, continuously monitoring the airspace for rogue drones while maintaining continuity of operations and communications. 

Ideally, C-UAS systems should be largely unseen and unnoticed to day-to-day operations, quietly listening for drone activity nearby, prepared to take control over threatening drones and enable controlled landings in predefined safe zones, while allowing legitimate communications and authorized UAS operations to continue . 

U.S. and international homeland security and law enforcement agencies have successfully employed this model of low-collateral, non-kinetic counter-drone protection for years to secure the skies over high-risk events, known in the US as SEAR (Special Event Assessment Rating) events. 

This same approach: precise, non‑kinetic mitigation that supports safety and continuity, is increasingly relevant for fixed critical infrastructure.

Counter-Drone Defense for Critical Energy Infrastructure

Building on proven counter‑drone models from high‑risk events, critical infrastructure operators outside of the U.S. leverage D‑Fend Solutions’ EnforceAir technology to protect airports, energy assets, and other high‑value facilities from drone‑enabled attack and disruption, using D-Fend’s precise, cyber‑driven mitigation instead of broad‑spectrum jamming or kinetic measures. 

In December 2025, Congress passed and President Donald Trump signed the FY26 National Defense Authorization Act (NDAA) including the SAFERSKIES Act, giving critical infrastructure operators in the U.S. a pathway to have nearby authorized agencies legally mitigate a drone threatening their facilities. 

Sure, operators could otherwise monitor the air space with basic detection systems, but what good is a “duck and cover” plan for a facility producing massive amounts of energy per day? 

Ground Security Is Not Enough

Downstream and upstream oil and gas facilities are already extremely attentive to devices that enter on the ground, and rightly so due to the complexity and sensitivity of their environment. Beyond obviously prohibited items such as weapons, they also tightly control networking devices, chemicals, incendiary devices, non-intrinsically safe electronics, and other items that could create leaks, explosions, process disruption, or opportunities for espionage. No comparable, widely standardized protection has historically existed for the airspace above these facilities.

In parallel, global reporting shows a steady rise in unauthorized and hostile drone activity near critical infrastructure and transportation hubs, putting new pressure on existing security models. Unfortunately, the airspace attack vector outpaced defense, until now.

2026: Closing the Airspace Security Gap

In 2026, that gap is no longer acceptable. As drones become more capable, affordable, and accessible, energy operators face an imperative to extend their risk‑management mindset from the fence line to the airspace. 

By combining modern C‑UAS technology such as D‑Fend Solutions’ EnforceAir – designed to safely detect, identify, track, and take control of rogue drones without interfering with legitimate communications, industrial processes, or authorized UAS operations – with strengthened partnerships under SAFER SKIES, operators can begin to close the airspace security gap around critical energy infrastructure.

For public safety agencies and energy operators alike, 2026 is a pivotal year to translate new authorities and technologies into concrete airspace security plans, joint operating procedures, and live exercises that support a safe, lawful, and effective response before a drone incident escalates. Contact me, or anybody at D-Fend today, we’d be happy to help connect the dots and help you bring security to an unsecure environment.

Frequently Asked Questions About Drone Defense for Energy Infrastructure