Core contributor across nearly all SESAR PJ projects including trajectory management (PJ18 4DTM), airspace management (PJ08 AAM), and controller tools (PJ10 PROSA).
TECHNO SKY SRL TECHNOLOGIES FOR AIR TRAFFIC MANAGEMENT
Italian ATM technology provider and ENAV subsidiary, validating SESAR air traffic management and drone integration concepts in real operational environments.
Their core work
Techno Sky is the technology and systems arm of ENAV (Italy's Air Navigation Service Provider), responsible for developing, deploying, and maintaining the technical infrastructure that runs Italian air traffic management. Within SESAR — Europe's flagship ATM modernization program — they contribute operational expertise and validation of new ATM concepts across the full spectrum: from runway and airspace management to drone integration and digital tower technologies. Their role is to ensure that research concepts actually work in a real operational ATM environment, bridging the gap between R&D prototypes and deployed systems.
What they specialise in
Sustained work from PJ02 EARTH through PJ02-W2 AART and PJ01 EAD on runway throughput, arrivals/departures, GBAS approaches, and surface management.
Projects PJ09 DCB, PJ09-W2 DNMS, and PJ07-W2 OAUO cover ATFCM, network operations planning, and dynamic airspace management.
Recent projects CORUS-XUAM (U-space concept of operations for urban air mobility), PJ13-W2 ERICA (RPAS insertion in controlled airspace), and ECHO (higher airspace operations) signal clear expansion into unmanned traffic.
RETINA (synthetic vision for control towers), PJ05 Remote Tower, and PJ05-W2 DTT (digital technologies for tower) cover the full remote tower evolution.
e-Airport (European GNSS for airports), VLD1-W2 DREAMS (GBAS CAT II/III demonstrations), and PJ02-W2 AART (GNSS curved approaches) demonstrate satellite navigation expertise for landing systems.
How they've shifted over time
In the early period (2015–2019), Techno Sky focused heavily on traditional ATM modernization — runway throughput, demand-capacity balancing, separation management, and controller HMI — the bread-and-butter of SESAR Wave 1. From 2019 onward, while continuing core ATM work in Wave 2, they expanded significantly into new airspace users: RPAS integration (PJ13-W2 ERICA), U-space and urban air mobility (CORUS-XUAM), and even higher airspace operations for supersonic/hypersonic traffic (ECHO). This shift mirrors the broader European push to integrate drones and new aircraft types into managed airspace.
Techno Sky is positioning itself at the intersection of conventional ATM and unmanned aviation, making them a strong partner for any project needing to validate drone or UAM operations within real European airspace infrastructure.
How they like to work
Techno Sky operates almost exclusively as a third party (32 of 34 projects), meaning they contribute through their parent organization ENAV rather than contracting directly with the EU. This is typical for ANSP technology subsidiaries — they bring operational infrastructure and validation environments that cannot be replicated in a lab. With 189 unique partners across 29 countries, they are deeply embedded in the European ATM research ecosystem but as a support player rather than a project driver.
Extraordinarily broad network of 189 partners across 29 countries, reflecting the collaborative nature of SESAR where all major European ANSPs, airports, airlines, and aerospace companies participate together. Their connections span nearly all EU aviation research players.
What sets them apart
Techno Sky offers something most research partners cannot: access to Italy's live ATM infrastructure for validation and demonstration of new concepts. As the technology arm of ENAV (one of Europe's largest ANSPs by traffic volume), they can test research outputs against real operational conditions, real controller workflows, and real airspace configurations. For any consortium needing to prove that an ATM concept works beyond simulation, Techno Sky is one of a handful of organizations in Europe that can provide that validation environment.
Highlights from their portfolio
- CORUS-XUAMDefines the concept of operations for European U-space services in urban air mobility — a foundational project shaping how drones and eVTOLs will operate in European cities.
- VLD1-W2 DREAMSLive demonstration of GBAS CAT II/III satellite-based precision approaches, directly validating technology that could replace legacy instrument landing systems at airports.
- ECHOExplores traffic management for higher airspace operations including hypersonic and commercial space vehicles — a frontier domain with very few active projects in Europe.