Skymantics Wins $4.2M FAA Contract for Flight Data Tech

Data analytics firm Skymantics, LLC has been awarded a $4.2 million contract by the Federal Aviation Administration (FAA) to evaluate critical flight information services that underpin the modernization of the U.S. air traffic management system. The project, known as the Demonstration of En-route Adaptation Coordination and Negotiation Services (DEACNS), is a key step in the FAA's transition to Trajectory Based Operations (TBO) and the global implementation of Flight and Flow Information for a Collaborative Environment (FF-ICE).

This initiative aims to replace legacy flight planning systems with a dynamic, data-rich environment where aircraft, airlines, and air traffic control share a single, authoritative source of flight information. By maturing concepts like the Flight Object, Flow Object, and the Globally Unique Flight Identifier (GUFI), the project will establish a framework for managing flight data consistently across the National Airspace System (NAS). The ultimate goal is to enhance situational awareness, improve predictability, and enable more efficient use of airspace, which could reduce flight delays and fuel consumption.

According to an estimate from Airbus, the implementation of TBO and FF-ICE has the potential to reduce the inaccuracy of current air traffic management prediction models by approximately 30-40 percent. To validate these benefits, Skymantics will lead a series of controlled laboratory simulations and live-flight demonstrations. These tests will involve collaboration with airframe manufacturers, airlines, third-party planning vendors, and both domestic and international Air Navigation Service Providers (ANSP).

“As the industry shifts toward a more collaborative and data-centric future, we are proud to partner with the FAA on the DEACNS project to modernize the National Airspace System,” said Charles Chen, CEO of Skymantics. “Leveraging our deep expertise in data analytics and systems engineering, we will build a safer, more interconnected airspace for all.”

Stakeholder Impact

The transition to FF-ICE represents a significant technological and operational shift for several key aviation stakeholders.

• Air Navigation Service Providers (ANSPs): These organizations, including the FAA, face the high-impact task of upgrading legacy automation systems. They must be re-engineered to process modern, XML-based data formats like the Flight Information Exchange Model (FIXM) and support the complex negotiation services required by FF-ICE.
• Airline Dispatch and Flight Operations: Airline operations centers will move from filing static flight plans to engaging in continuous, dynamic trajectory negotiation. This change will allow for more optimized routing in real-time but requires new software and updated operational procedures.
• Third-Party Flight Planning Vendors: Companies that provide flight planning software to airlines will need to update their products to support FF-ICE messaging standards and the generation and management of GUFIs.

Broader Industry Context

The DEACNS project is part of a multi-decade global effort to modernize air traffic control. It builds upon the foundation laid by the FAA's NextGen System Wide Information Management (SWIM) program, which established the necessary IP-based data-sharing infrastructure throughout the 2010s. The official FAA portal on Trajectory Based Operations details this long-term strategy.

This evolution represents a fundamental shift from traditional, clearance-based air traffic control to the more fluid and optimized model of TBO. Instead of simple routes, TBO relies on precise 4D trajectories that include latitude, longitude, altitude, and time. This allows automation systems to continuously deconflict and optimize flight paths for maximum efficiency.

The last major global flight planning update was the ICAO 2012 Flight Plan (FPL2012) mandate, which was necessary to accommodate advanced navigation capabilities. The FF-ICE framework, detailed by both Eurocontrol and the International Civil Aviation Organization (ICAO), is designed to replace and vastly expand upon the capabilities of the FPL2012 format.

Legacy Flight Planning vs. FF-ICE

Technical Analysis

This contract award signifies a crucial validation phase for the next generation of air traffic management technology. While the concept of TBO has been developed for years, the DEACNS project aims to provide the concrete, operational data needed to justify large-scale investment and guide the final stages of deployment. It moves FF-ICE from a theoretical concept to a system being tested under real-world conditions. The project's success is critical for the FAA to keep pace with global modernization efforts, particularly in Europe, where FF-ICE implementation is already mandated.

This transition also introduces new complexities. Aviation cybersecurity analysts have noted that sharing detailed 4D trajectory data across numerous international systems could expose aircraft and ground infrastructure to new cyber threats, requiring robust security protocols. The DEACNS demonstrations will be essential in identifying and mitigating such risks before widespread adoption. Ultimately, this project is less about developing a single piece of software and more about proving the viability of a globally interoperable system for air traffic flow management.

What Comes Next

The timeline for FF-ICE implementation is advancing globally. The European Commission, through the SESAR Deployment Manager, has a confirmed mandate for the initial phase, FF-ICE/R1, to be implemented by December 31, 2025.

In the U.S., the DEACNS project awarded to Skymantics is a multi-year effort. According to federal contract information, the project task is expected to be completed by April 2028. The findings from its simulations and live-flight demonstrations will directly inform the FAA's subsequent investment decisions and deployment schedules for the wider National Airspace System.

Why This Matters

For the aviation industry, the Skymantics DEACNS project is a critical step toward realizing the long-promised benefits of a modernized, digital air traffic management system. It provides a structured pathway to validate the technologies that can lead to fewer delays, more efficient routes, and lower fuel burn. This development signals an acceleration in the shift away from decades-old infrastructure, positioning the U.S. to maintain compatibility with evolving global standards and ensure a safer, more interconnected airspace.