Participated in 14 SESAR projects covering trajectory management (PJ18 4DTM), airspace management (PJ08 AAM), free routing (PJ06 ToBeFREE), separation provision (PJ10 PROSA), and more.
CONSORZIO SICTA SISTEMI INNOVATIVI PER IL CONTROLLO DEL TRAFFICO AEREO
Italian ATM research consortium specializing in SESAR air traffic control modernization, airport operations, and aviation safety systems.
Their core work
SICTA is an Italian research consortium dedicated to air traffic management (ATM) innovation, developing and validating advanced systems for controlling airspace, airports, and flight trajectories. They contribute technical expertise to Europe's SESAR programme — the continent-wide effort to modernize air traffic control — working on everything from controller workstation interfaces to runway throughput optimization. Their work spans the full ATM chain: en-route airspace management, arrival/departure procedures, surface movement, remote tower operations, and safety nets. Based in Naples, they operate as a specialized third-party contributor embedded within large-scale European ATM research consortia.
What they specialise in
Contributed to PJ02 EARTH (runway throughput with AMAN/DMAN, wake vortex, RECAT), PJ03a SUMO (surface management), PJ03b SAFE (airport safety nets), and PJ01 EAD (arrivals/departures).
Participated in Future Sky Safety (aviation safety research coordination, fire safety, human performance) and DARWIN (resilience engineering, disaster management, serious gaming).
Contributed to PJ16 CWP HMI (controller working position interfaces), PJ05 Remote Tower (multi-airport remote operations), and RETINA (synthetic vision for control towers).
Participated in BLUEGNSS (promoting EGNOS adoption in BlueMed FAB) and BEYOND (EGNSS capacity building in neighbouring domains).
How they've shifted over time
SICTA's early H2020 work (2015) focused on aviation safety fundamentals — fire safety, human performance, organizational safety, and resilience engineering through projects like Future Sky Safety and DARWIN. From 2016 onward, their portfolio shifted decisively toward operational ATM modernization under SESAR, covering the full spectrum of air traffic control: trajectory management, airspace design, runway operations, controller tools, and system interoperability. This evolution reflects a move from broad safety research toward hands-on engineering of next-generation ATM infrastructure.
SICTA is deepening its role in SESAR's operational ATM pipeline — expect continued focus on trajectory-based operations, digital tower systems, and airport capacity optimization.
How they like to work
SICTA operates exclusively as a third-party contributor — they have never coordinated or directly participated in any of their 19 H2020 projects. This strongly suggests they are linked to a larger parent organization (likely Italy's air navigation service provider) and provide specialized R&D capacity to SESAR consortia. Despite the third-party role, they have touched 151 unique partners across 39 countries, indicating deep embeddedness in Europe's ATM research ecosystem.
Connected to 151 unique partners across 39 countries, almost entirely through the SESAR programme's large consortia. Their network is pan-European by nature, with particular strength in Mediterranean ATM coordination (Italy, Greece, Malta, Cyprus via BlueMed FAB).
What sets them apart
SICTA offers rare depth across the entire ATM value chain — from en-route airspace to airport surface — within a single organization, making them a one-stop contributor for SESAR-related R&D. Their Naples base and BlueMed FAB involvement give them specific expertise in Mediterranean airspace challenges. For consortium builders, SICTA provides proven ATM domain knowledge without the overhead of engaging a full air navigation service provider directly.
Highlights from their portfolio
- Future Sky SafetyLarge-scale aviation safety coordination project (2015-2019) covering fire safety, human performance, and organizational safety — their broadest safety research engagement.
- PJ02 EARTHComprehensive runway throughput project integrating wake vortex, RECAT separation, AMAN/DMAN, GBAS, and LiDAR — their most technically diverse ATM contribution.
- DARWINCross-domain resilience project applying serious gaming and social media analysis to disaster management — their most unconventional topic, extending beyond pure aviation.