Regulations & Safety
EASA-IATA 2025 Workshop Tackles Aviation GNSS Interference Threats
EASA and IATA collaborate in Cologne to address rising GNSS interference risks and enhance aviation navigation resilience through global cooperation.

Building Aviation Resilience: The 2025 EASA-IATA PNT Workshop and the Future of GNSS Interference Mitigation
As modern aviation increasingly relies on satellite-based navigation systems, the resilience of these technologies has become a critical concern. Positioning, Navigation, and Timing (PNT) data, largely delivered via Global Navigation Satellite Systems (GNSS), are foundational to safe and efficient flight operations. However, the growing threat of GNSS interference, including jamming and spoofing, is challenging the aviation sector’s ability to maintain reliability in air navigation.
In response, the European Union Aviation Safety Agency (EASA) and the International Air Transport Association (IATA) are taking proactive steps to address these challenges. Their joint 2025 PNT Resilience Workshop, held in Cologne, Germany, aims to move beyond reactive containment and toward a future-proof aviation infrastructure. With a sharp focus on collaboration, technology, and regulatory alignment, this workshop marks a pivotal moment in the global aviation community’s response to GNSS vulnerabilities.
Understanding the Scope and Impact of GNSS Interference
GNSS systems, such as the U.S. GPS, Europe’s Galileo, Russia’s GLONASS, and China’s BeiDou, are indispensable to aviation. They provide precise geolocation and timing data used in route planning, air traffic control, and onboard navigation systems. However, these signals are inherently weak and susceptible to interference from both natural and man-made sources.
Jamming involves blocking GNSS signals, while spoofing deceives receivers with false signals. These disruptions can result in loss of situational awareness, navigation errors, and increased risk of mid-air or runway incidents. According to IATA, GPS signal loss events surged by 220% globally from 2021 to 2024, based on data from the Global Aviation Data Management Flight Data eXchange (GADM FDX).
Regions such as Eastern Europe and the Middle East have experienced frequent interference incidents, though the issue is increasingly global. The economic implications include rerouting, delays, and higher operational costs. With the commercial aviation industry contributing over $800 billion annually to the global economy, ensuring the reliability of GNSS is not just a safety issue, it’s an economic imperative.
“GNSS disruptions are evolving in terms of both frequency and complexity. We are no longer just containing GNSS interference; we must build resilience.” , Jesper Rasmussen, EASA Flight Standards Director
Operational Challenges and the Need for Resilience
Traditional responses to GNSS interference have focused on containment, isolating affected areas and rerouting aircraft. While effective in the short term, this approach is increasingly inadequate. The aviation industry now faces a more complex threat landscape, with interference events that are more frequent, more targeted, and harder to detect.
The challenge is further compounded by the proliferation of low-cost jamming and spoofing devices. These tools, once limited to state actors, are now accessible to non-state entities and individuals, raising the risk of intentional disruptions. Moreover, geopolitical tensions have increased the likelihood of state-sponsored interference, making the need for robust, resilient systems more urgent.
To address these challenges, the 2025 EASA-IATA PNT Resilience Workshop emphasizes a shift in mindset, from containment to resilience. This means designing systems and procedures that can withstand or quickly recover from interference, ensuring continuity of operations even under degraded conditions.
The 2025 PNT Resilience Workshop: Key Themes and Objectives
Held on May 22–23, 2025, at EASA’s headquarters in Cologne, the workshop brought together stakeholders from across the aviation ecosystem. Participants included regulators, air navigation service providers (ANSPs), airline operators, cybersecurity experts, and representatives from international organizations.
The agenda focused on six key areas: evaluating the effectiveness of current mitigation strategies, sharing operational experiences, understanding the role of ATM and ANSPs, addressing regulatory challenges, exploring future technologies, and enhancing civil-military cooperation. The event was conducted under the Chatham House Rule to encourage open dialogue and information sharing.
One of the most urgent topics discussed was the need for improved detection and reporting systems. Collecting real-time data on interference incidents allows for better situational awareness and faster response. Participants also stressed the importance of harmonized international standards, calling on the International Civil Aviation Organization (ICAO) to prioritize GNSS resilience at its upcoming assembly.
Strategic Collaboration and Policy Development
The workshop underscored the importance of global cooperation. EASA and IATA jointly released a comprehensive plan outlining four pillars: enhanced information gathering, robust prevention and mitigation measures, smarter use of infrastructure, and improved coordination. This plan aims to align industry and regulatory efforts at both the European and global levels.
Nick Careen, IATA’s Senior Vice President of Operations, Safety, and Security, highlighted the urgency: “With continued geopolitical tensions, it is difficult to see this trend reversing in the near term. IATA and EASA are working together to reinforce the redundancies that are built into the system, to keep flying safe.”
The plan encourages ICAO to lead the charge in establishing global standards and guidance on GNSS interference. This includes protocols for incident reporting, technical specifications for resilient systems, and best practices for airspace management. The goal is to create a unified framework that allows all stakeholders to operate under consistent, reliable conditions.
“To stay ahead of the threat, aviation must act together and without delay.” , Nick Careen, IATA Senior Vice President
Technology and the Path Forward
While policy and coordination are vital, technology will play a central role in achieving PNT resilience. Multi-layered navigation systems are emerging as a promising solution. These include inertial navigation systems (INS), ground-based augmentation systems (GBAS), and alternative PNT technologies that can serve as backups when GNSS is compromised.
For example, INS can maintain accurate positioning over short durations without relying on external signals. GBAS, on the other hand, provides localized corrections to GNSS signals, improving accuracy and reliability. Additionally, emerging technologies such as eLORAN (Enhanced Long Range Navigation) and quantum navigation are being explored as long-term solutions.
Investing in these technologies requires both funding and regulatory support. The workshop emphasized the need for public-private partnerships to accelerate development and deployment. By fostering innovation while maintaining rigorous safety standards, the aviation industry can build a robust defense against GNSS threats.
Conclusion
The 2025 EASA-IATA PNT Resilience Workshop represents a critical step forward in addressing one of aviation’s most pressing challenges. As GNSS interference becomes more common and more sophisticated, the industry must evolve from reactive containment to proactive resilience. Through collaboration, innovation, and harmonized policy, aviation can safeguard its navigation systems and maintain the highest standards of safety and efficiency.
Looking ahead, the success of this initiative will depend on sustained engagement from all stakeholders. From airlines and regulators to technology providers and international bodies, a unified approach is essential. The workshop has laid the groundwork, now it’s time to build on it with action, investment, and global cooperation.
FAQ
What is GNSS interference?
GNSS interference refers to the disruption of satellite-based navigation signals, including jamming (blocking signals) and spoofing (sending false signals).
Why is GNSS interference a threat to aviation?
It can lead to navigation errors, loss of situational awareness, and increased safety risks during flight operations.
What is the goal of the 2025 EASA-IATA PNT Resilience Workshop?
To develop comprehensive strategies that move beyond containment and build long-term resilience against GNSS threats in the aviation sector.
What technologies can help mitigate GNSS interference?
Inertial navigation systems (INS), ground-based augmentation systems (GBAS), and emerging technologies like eLORAN and quantum navigation.
What role does ICAO play in this issue?
ICAO is being urged to lead in establishing global standards and guidance to address GNSS interference and promote international coordination.
Sources
- EASA
- IATA
- EASA Event Page
- Global Aviation Data Management Flight Data eXchange (GADM FDX)
- ICAO Assembly 2025 documentation
Photo Credit: AI Generated
Regulations & Safety
FAA Highlights Aircraft Fuel Contamination Risks and New Detection Tech
FAA Advisory Circular 20-105C addresses aircraft fuel contamination risks. Coulson Aviation’s SafeFuel system automates real-time detection during refueling.

Aircraft fuel contamination remains a critical safety hazard in the aviation industry, capable of causing severe engine performance issues, component wear, and complete in-flight failures. According to recent reporting by the National Business Aviation Association (NBAA), mitigating these risks requires strict adherence to maintenance best practices and an understanding of the latest technological advancements.
The Federal Aviation Administration (FAA) has increasingly focused on this vulnerability. In late 2023, the agency issued Advisory Circular (AC) 20-105C, which explicitly identified fuel contamination, improper fueling, and maintenance oversights as primary root causes of reciprocating engine power-loss incidents.
As operators and fixed-base operators (FBOs) grapple with these challenges, industry experts are highlighting both traditional manual checks and emerging automated systems designed to catch contaminated fuel before it ever reaches an aircraft’s tanks.
The Persistent Threat of Fuel Contamination
Understanding the Contaminants
Aviation fuel is exposed to numerous contamination risks as it moves from refineries through storage and transfer systems. The NBAA reporting and industry filtration specialists outline four primary categories of contamination, water ingress, microbial growth, particulate matter, and chemical contaminants.
Water is often considered the most persistent threat, entering tanks through condensation, rain, or humid transfer conditions. It can form ice crystals at high altitudes that block fuel flow, or foster microbial growth on the ground. This microbial sludge can clog filters, cause fuel gauge malfunctions, and induce microbiologically influenced corrosion (MIC), severely damaging fuel tank structures.
Chemical contaminants also pose severe risks. The industry has seen incidents where Diesel Exhaust Fluid (DEF) was mistakenly added instead of Fuel System Icing Inhibitor (FSII) because both are clear liquids. DEF crystallizes in the aircraft’s fuel supply, leading to clogged filters and uncommanded engine shutdowns. Additionally, Super Absorbent Polymers (SAP) from aging filter separators can migrate into the fuel system, causing further obstructions.
Expert Guidance and Maintenance Best Practices
The Human Element in Fuel Safety
Preventing these hazards relies heavily on rigorous maintenance protocols and supply chain vigilance. Ed English, Vice President and Technical Director at Fuel Quality Services and an NBAA member, emphasized in the reporting that recent aviation incidents often stem from off-spec fuel caused by water, microbes, DEF cross-contamination, and SAP migration.
Traditional mitigation strategies depend on aviation maintenance technicians (AMTs) and flight crews strictly following preflight checklists. Best practices mandate sumping fuel tanks before flight to drain accumulated water or debris and taking regular fuel samples.
“Experts share their guidance on the latest best practices to guard against aircraft fuel contamination,” according to the NBAA Business Aviation Insider.
Deviations from these manual checks significantly increase the likelihood of contaminated fuel reaching the engine. Whether operators use their own fuel farms or rely on FBOs, experts strongly recommend rigorous check-and-balance procedures, ensuring dispensing equipment is clean and personnel are adequately trained.
Technological Breakthroughs in Fuel Quality Assurance
Automating Contamination Detection
While manual checks are essential, verifying fuel quality at the exact point of entry has historically been a vulnerability for the industry. To address this safety gap, Coulson Aviation recently introduced “SafeFuel,” described as the aviation industry’s first patented onboard automated fuel quality assurance system.
Britton “Britt” Coulson, President and COO of Coulson Aviation, explained that the SafeFuel system integrates directly into an aircraft’s single-point refueling manifold. It utilizes multiple sensors to continuously monitor and analyze fuel for water, particulates, and chemical anomalies in real time during the refueling process.
If the system detects degradation or contamination, it automatically halts the fueling operation and alerts the crew immediately. This automated prevention stops contamination at its inception, preventing a ripple effect of mechanical failures, expensive inspections, and grounded aircraft. Furthermore, it digitally records fuel quality data over time, allowing operators to identify patterns in fuel exposure.
AirPro News analysis
We observe that the aviation industry is at a transitional point regarding fuel safety. The reliance on manual sumping and visual sampling, while foundational, leaves a margin for human error that modern aviation operations can ill afford. The introduction of automated, inline detection systems like SafeFuel represents a necessary evolution in risk management.
Furthermore, the FAA’s explicit focus on fuel contamination in AC 20-105C signals that regulatory scrutiny will likely increase. Operators who proactively adopt digital fuel quality tracking and automated shut-off systems will not only enhance safety but also protect themselves from the steep financial liabilities associated with fuel system overhauls and engine replacements.
Frequently Asked Questions (FAQ)
- What is the most common cause of aircraft fuel contamination?
Water ingress is considered the most persistent issue, as it can lead to ice formation at altitude and foster microbial growth in fuel tanks on the ground. - What did FAA Advisory Circular 20-105C address?
Issued in late 2023, it analyzed root causes of reciprocating engine power-loss accidents, highlighting fuel contamination and maintenance oversights as major contributing factors. - How does the SafeFuel system work?
Developed by Coulson Aviation, it is an onboard system that monitors fuel in real time during refueling, automatically halting the process if water, particulates, or chemical anomalies are detected.
Sources
Photo Credit: Envato
Regulations & Safety
NATA Workers’ Compensation Program Celebrates 50 Years with New Underwriter
NATA’s Workers’ Compensation Insurance Program marks 50 years, returning $26M+ in dividends and partnering with Global Aerospace as new underwriter in 2026.

This article is based on an official press release from Global Aerospace and NATA.
The National Air Transportation Association (NATA) has reached a half-century milestone for its Workers’ Compensation Insurance Program, marking 50 years of providing specialized coverage and safety-focused financial returns to aviation businesses. In conjunction with this anniversary, NATA announced a new underwriting partnership with Global Aerospace, Inc., which will officially take effect on July 1, 2026.
According to an official press release published by Global Aerospace, the long-standing program has historically rewarded aviation companies that prioritize workplace safety. Over its five-decade run, the initiative has distributed more than $26 million in dividends back to its participants, demonstrating a tangible financial benefit for maintaining rigorous safety standards.
The transition to Global Aerospace as the new underwriting provider signals a continuation of the broker-driven program’s core mission. As the aviation industry continues to evolve, the partnership aims to sustain the specialized coverage that thousands of aviation businesses have come to rely on for risk management and employee protection.
A Legacy of Safety and Financial Returns
Since its inception, the NATA Workers’ Compensation Insurance Program has been rooted in the philosophy that safer workplaces lead to stronger business operations. By offering specialized coverage tailored to the unique risks of the aviation sector, the program has successfully served thousands of companies over the years.
The financial incentives tied to the program are substantial. The press release notes that in the last year alone, the program returned over $1.8 million in dividends to its participants. This brings the historical total to more than $26 million, underscoring the economic value of investing in comprehensive safety practices.
“NATA’s workers’ compensation program is designed to reward a safety-first culture with tangible financial results. Reaching this 50-year milestone reflects the value of long-term industry partnership and a shared commitment to safer workplaces.”
, Curt Castagna, NATA President and CEO
Transitioning to Global Aerospace
As the program enters its next chapter, Global Aerospace will step in as the new underwriting provider starting July 1, 2026. Global Aerospace is a prominent aviation insurance provider, and its selection highlights NATA’s commitment to maintaining high-quality, broker-driven insurance solutions for its nearly 3,700 member businesses.
The transition is framed as a seamless continuation of the program’s legacy. Global Aerospace representatives have expressed their commitment to building upon the strong foundation established over the past 50 years, ensuring that participants continue to receive the specialized benefits they expect.
“The program’s 50-year history reflects the strength and trust that define it. We look forward to building on this strong foundation and delivering the specialized coverage and benefits aviation businesses have come to rely on through the NATA program.”
, Chuck Couch, Vice President and Underwriting Manager at Global Aerospace
Industry Impact and Future Outlook
AirPro News analysis
The partnership between NATA and Global Aerospace represents a strategic alignment within the aviation insurance market. Workers’ compensation in the aviation sector requires a nuanced understanding of specific operational hazards, from ground handling to maintenance and flight operations. By partnering with a specialized underwriter like Global Aerospace, NATA is likely aiming to leverage deep industry expertise to keep premiums competitive while maintaining high dividend returns.
Furthermore, the emphasis on a “safety-first culture” aligns with broader industry trends where proactive risk management is increasingly tied to financial performance. As aviation businesses face rising operational costs, programs that offer tangible financial returns for safety compliance will remain highly attractive. We anticipate that the transition on July 1, 2026, will be closely monitored by industry stakeholders to see how the new underwriting structure might introduce further innovations in risk management.
Frequently Asked Questions
What is the NATA Workers’ Compensation Insurance Program?
It is a specialized insurance program designed for aviation businesses, offering workers’ compensation coverage and financial dividends to companies that maintain strong workplace safety records. The program is celebrating its 50th anniversary in 2026.
Who is the new underwriter for the program?
Effective July 1, 2026, Global Aerospace, Inc. will become the new underwriting provider for the broker-driven NATA program.
How much has the program returned in dividends?
According to the official press release, the program has returned more than $26 million in dividends over its 50-year history, including over $1.8 million in the past year alone.
Sources
Photo Credit: NATA
Regulations & Safety
U.S. House Ends DHS Shutdown Funding TSA and Key Agencies
The U.S. House passes bipartisan bill ending the 76-day DHS shutdown, funding TSA, FEMA, Coast Guard, and Secret Service through September 2026.

This article summarizes reporting by Bloomberg and Erik Wasson. This article summarizes publicly available elements and public remarks.
The U.S. House of Representatives has voted to end the longest partial government shutdown in American history, passing a bipartisan funding measure for the majority of the Department of Homeland Security (DHS). According to reporting by Bloomberg, the legislative move on April 30, 2026, comes just days before emergency funds used to pay Transportation Security Administration (TSA) workers were set to expire, averting widespread disruptions at Airports nationwide.
The 76-day lapse in appropriations, which began on February 14, 2026, impacted approximately 193,867 employees, representing nearly 10% of the federal workforce. The newly passed bill, which previously cleared the Senate unanimously, secures funding for the TSA, the Federal Emergency Management Agency (FEMA), the Coast Guard, and the Secret Service through September 2026.
However, the legislation notably excludes funding for Immigration and Customs Enforcement (ICE) and Customs and Border Protection (CBP). House leadership has opted for a two-track strategy, planning to fund these specific agencies through a separate, partisan budget reconciliation process.
The Toll on Aviation and the TSA
Staffing Shortages and Operational Strain
The prolonged shutdown placed immense financial and operational strain on the nation’s aviation security apparatus. Because TSA agents are classified as essential personnel, they were required to continue working without standard pay. Industry data indicates that the financial burden led to severe attrition, with more than 1,000 TSA officers resigning during the 76-day period.
This loss of personnel directly impacted airport operations. In March 2026, daily call-out rates at security checkpoints surged to a nationwide average of 11%, up from a pre-shutdown baseline of 4%. According to DHS figures, some individual airports reported absentee rates exceeding 40%, resulting in hours-long security lines and missed flights at major hubs.
Emergency Funding Exhaustion
To prevent total systemic collapse, President Donald Trump authorized emergency funding via executive memorandum in late March to compensate TSA employees. However, DHS Secretary Markwayne Mullin recently cautioned that these reserves were rapidly depleting ahead of a critical early May deadline.
“My payroll through DHS is just over $1.6 billion every two weeks,” Mullin warned prior to the vote, noting that once depleted, “there is no emergency funds after that.”
Ha Nguyen McNeill, the senior official performing the duties of TSA Administrator, highlighted the severe personal toll on the workforce during a March congressional hearing. She testified that dedicated public servants were running out of options to feed their families.
“Many have received eviction notices, lost their childcare, missed bill payments and been charged late fees,” McNeill stated.
Political Deadlock and the Path Forward
Origins of the Impasse
The historic 76-day shutdown stemmed from a deep partisan divide over immigration enforcement. The standoff was catalyzed by the fatal shootings of two U.S. citizens by federal agents during protests against an immigration crackdown in Minneapolis. In response, Democratic lawmakers demanded operational reforms for ICE, including a ban on agents wearing masks and a requirement for judicial warrants before entering private residences.
The Trump administration and congressional Republicans rejected these conditions, leading to the prolonged funding lapse.
The Two-Track Legislative Strategy
To bypass the deadlock and reopen critical agencies like the TSA, House Speaker Mike Johnson orchestrated a bifurcated approach. The first track involved passing the Senate-approved bipartisan bill to fund the bulk of the DHS via a voice vote.
“It is about damn time,” remarked Rep. Rosa DeLauro (D-Conn.), the top Democrat on the House Appropriations Committee, following the successful vote.
The second track involves utilizing the budget reconciliation process to fund ICE and Border Patrol, allowing Republicans to bypass Democratic opposition in the Senate. House Republicans have already adopted a budget resolution aiming to allocate $70 billion for immigration enforcement and deportations through the remainder of the presidential term in January 2029.
AirPro News analysis
At AirPro News, we observe that while the immediate threat of airport chaos has been mitigated, the aviation sector may still face lingering headwinds. The loss of over 1,000 TSA officers cannot be rectified overnight. According to DHS estimates, recruiting and training a new TSA officer requires four to six months.
As the summer travel season approaches, and with the upcoming FIFA World Cup drawing closer, airports may continue to experience elevated wait times and staffing bottlenecks. The U.S. airlines trade group, Airlines for America, recently urged Congress to provide stable funding, emphasizing that the aviation system should not be subjected to political brinkmanship. We anticipate that airlines and airport operators will need to implement robust contingency plans to manage passenger flow while the TSA works to rebuild its depleted ranks.
Frequently Asked Questions
When did the DHS shutdown begin and end?
The partial shutdown began on February 14, 2026, and effectively ended on April 30, 2026, lasting 76 days. It is the longest partial government shutdown in U.S. history.
Which agencies are funded by the new bill?
The bipartisan bill funds the TSA, FEMA, the Coast Guard, and the Secret Service through September 2026.
Why were ICE and Border Patrol excluded from this bill?
Due to partisan disagreements over operational reforms following incidents in Minneapolis, Republicans plan to fund ICE and Border Patrol separately through a budget reconciliation process, bypassing the need for Democratic support.
Sources
Photo Credit: Homeland Security
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