The U.S. Federal Aviation Administration (FAA) has concluded a five-day International Aviation Safety Assessment (IASA) of Kazakhstan’s aviation oversight system, marking a critical regulatory step toward establishing direct commercial flights between the Central Asian nation and the United States.

According to a September 28, 2026, statement from the Civil Aviation Committee of the Ministry of Transport of the Republic of Kazakhstan, FAA experts presented their final oral findings to local authorities on September 25 in Astana. The assessment evaluates whether the country’s regulatory framework meets International Civil Aviation Organization (ICAO) safety standards, a prerequisite for achieving an FAA Category 1 rating.

The path to Category 1 certification

The formal assessment ran from September 21 to 25, 2026, following a preliminary technical review conducted by the FAA between August 26 and 30, 2024. The IASA program specifically audits a civil aviation authority’s compliance with ICAO standards, focusing on Annex 1 for personnel licensing, Annex 6 for aircraft operations, and Annex 8 for airworthiness.

As part of the evaluation, FAA inspectors conducted an on-site technical visit to the headquarters of national carrier Air Astana on September 24 to verify regulatory data. The Civil Aviation Committee described the visit as a “very positive experience and mutually beneficial for all organizations.”

Air Astana’s US market ambitions

Kazakhstan’s Ministry of Transport, the Civil Aviation Committee, and the Aviation Administration of Kazakhstan (AAK) have spent two years aligning local regulations with U.S. requirements. A Category 1 rating is mandatory before the U.S. Department of Transportation (DOT) will process applications from foreign carriers to operate direct flights to U.S. destinations.

Air Astana has already submitted a formal application to the DOT for economic authority to launch commercial service to the United States. The airline’s expansion plans remain contingent on the FAA issuing a final written determination granting Kazakhstan Category 1 status.

AirPro News analysis

The conclusion of the on-site IASA audit is a major milestone, but it does not immediately grant Category 1 status. We expect the FAA to issue a formal written notification outlining any required corrective actions. Kazakhstan’s aviation authorities will need to address these findings during final consultations before the FAA officially upgrades the country’s safety rating. If successful, Air Astana will clear its most significant regulatory hurdle for U.S. expansion, though securing DOT economic authority and finalizing fleet allocation for long-haul transoceanic routes will dictate the actual timeline for inaugural flights.

Sources: Civil Aviation Committee of Kazakhstan (via Qazinform News Agency)

This article summarizes reporting by Reuters by David Shepardson.

U.S. Transportation Secretary Sean Duffy and aviation industry leaders formally requested an additional $30 billion from Congress on September 28, 2026, to overhaul the aging air traffic control infrastructure of the United States. The funding push follows a massive telecommunications failure that disrupted East Coast airspace and a fatal 2025 mid-air collision that exposed systemic vulnerabilities.

The proposed legislation, introduced by U.S. Senator Eric Schmitt (R-Mo.) as the Modern Skies Act, aims to complete the Brand New Air Traffic Control System (BNATCS) overhaul. According to Reuters, the total projected cost for the modernization program has risen to $42.5 billion, significantly exceeding the $12.5 billion previously allocated by Congress in June 2025.

Funding Allocation and Technological Upgrades

The requested $30 billion is divided into three primary categories. Approximately $10 billion is earmarked for replacing aging air traffic control towers and physical infrastructure. Another $10 billion is designated for telecommunications and technology systems, including cybersecurity enhancements. The final $10 billion is allocated for infrastructure improvements at medium-sized Airports.

A specific $7.2 billion portion of the funding will expand the Strategic Management of Airspace, Routes and Trajectories (SMART) system. The Federal Aviation Administration (FAA) recently began deploying this artificial intelligence-supported platform in the Washington, D.C., area to utilize predictive analytics for flight management and congestion relief.

Industry stakeholders, including Airlines for America (A4A), the Air Line Pilots Association (ALPA), and the National Business Aviation Association (NBAA), have endorsed the funding request. National Air Traffic Controllers Association (NATCA) President Nick Daniels emphasized the necessity of the capital injection.

The $12.5 billion that Congress provided last year helped get this effort moving, and we’re seeing meaningful progress. But there’s a large amount of work still remaining, and this additional $30 billion would allow the FAA to accelerate replacement of the aging infrastructure, deploy modern technology and build a system capable, finally, of meeting the demands of the future.

Recent Disruptions Highlight System Vulnerabilities

The urgency of the funding request follows a severe telecommunications outage that paralyzed air traffic along the U.S. East Coast. On September 20, 2026, the FAA switched to a backup fiber line after detecting error messages in a primary circuit at a Philadelphia Terminal Radar Systems (TRACON) facility. The following day, a New Jersey Transit contractor accidentally severed the backup fiber-optic cable near New Brunswick, New Jersey.

The severed connection resulted in the delay or cancellation of approximately 9,500 flights. FAA Administrator Bryan Bedford noted that the agency only discovered the break in the backup fiber when the system attempted to failover from the primary circuit. While Secretary Duffy initially attributed the severed cable to an Amtrak crew on social media, New Jersey Transit later confirmed its contractors were responsible for the damage.

Broader safety concerns also underscore the modernization push. In January 2025, a mid-air collision at Ronald Reagan Washington National Airport (DCA) resulted in 67 fatalities. The accident spurred initial legislative action, leading to the June 2025 funding package. Secretary Duffy stated on social media that the previous funding levels would take 300 years to replace the nation’s air traffic control towers, calling the timeline unacceptable and urging Congress to finish the job.

AirPro News analysis

We observe that the escalating cost of the BNATCS program reflects the historical difficulty of executing large-scale technological transitions within the national airspace system. The jump from a $12.5 billion allocation to a projected $42.5 billion total cost indicates that initial estimates likely underestimated the complexity of integrating predictive analytics like the SMART system with legacy radar and telecommunications networks.

The recent East Coast outage demonstrates a critical lack of redundancy in the current architecture. A single point of failure in a backup fiber line causing 9,500 flight disruptions highlights why the $10 billion earmarked specifically for telecommunications and cybersecurity is a focal point of the Modern Skies Act. Securing this funding will require navigating a divided Congress, but the combination of a fatal accident and severe operational disruptions provides substantial leverage for the Department of Transportation and industry advocates.

Sources: Reuters

The Boeing Company is developing a permanent software fix, expected in early 2028, for a newly disclosed navigation glitch on the Boeing 737 MAX that disables automated vertical navigation following a missed approach. The issue has prompted major operators to request deliveries with older software versions and could complicate certification timelines for the final two variants of the MAX family.

According to reporting by The Wall Street Journal on September 26, 2026, Boeing first became aware of the anomaly in November 2024 but did not formally notify operators until August 2026. The Federal Aviation Administration (FAA) is currently assessing the situation and plans to convene a Corrective Action Review Board to determine the appropriate regulatory response.

Operational impact and airline response

The software anomaly affects the aircraft’s automated vertical navigation capabilities specifically during a landing attempt that follows a go-around. While Boeing stated the issue does not pose an immediate safety risk, it requires pilots to manually intervene or follow specific procedures to restore the automated functions.

Southwest Airlines (WN) and United Airlines (UA) have responded to the August 2026 notification by requesting that Boeing deliver their new Boeing 737 MAX aircraft equipped with an older, unaffected version of the flight control software. Boeing confirmed it is collaborating with carriers to establish formal procedures allowing flight crews to reenable the automated systems if the glitch occurs in flight.

“We shared information with operators that reinforced existing pilot procedures for safely handling such cases,” Boeing stated, adding that engineers are developing a permanent software update.

Regulatory scrutiny and certification timelines

The FAA is monitoring the software anomaly through its Corrective Action Review Board process. The regulator noted it will mandate immediate action if the review identifies an active safety concern for the current in-service fleet.

The disclosure introduces potential hurdles for the pending certification of the Boeing 737 MAX 7 and Boeing 737 MAX 10. According to The Air Current, the FAA review of the software issue could delay the regulatory approval required to bring these final two MAX variants into commercial service.

AirPro News analysis

We note that the timeline between Boeing’s initial discovery of the software issue in November 2024 and its operator notification in August 2026 is likely to draw intense scrutiny from the FAA. While the glitch involves a specific and relatively rare flight profile, any software anomaly affecting automated flight path management on the 737 MAX carries heavy historical and regulatory weight. The requests from Southwest and United to revert to older software versions indicate a strong operator preference for known, stable configurations over newer iterations carrying unmitigated bugs.

Sources: The Wall Street Journal