Both FLYSEC and TRESSPASS centre on airport checkpoint processes, with ICTS contributing operational expertise in how screening is conducted in live environments.
I.C.T.S.(U.K.) LIMITED
London-based airport security operator with EU research experience in risk-based passenger screening and checkpoint process optimisation.
Their core work
I.C.T.S. (UK) is the British arm of ICTS Europe, a major provider of aviation and transport security services operating across European airports. Their real-world work is the hands-on delivery of passenger screening, security checks, and threat detection at airport checkpoints — making them an operational partner rather than a research lab. In EU research projects, they contribute ground-level expertise: knowledge of how security processes actually work in live airport environments, where theoretical screening systems must meet operational reality. They bridge the gap between academic research on security technologies and the practical constraints of high-throughput passenger flows.
What they specialise in
TRESSPASS (2018–2021) focused specifically on robust risk-based screening and alert systems for passengers and luggage, reflecting ICTS's operational knowledge of threat profiling.
FLYSEC (2015–2018) addressed optimising time-to-fly alongside security, indicating ICTS's familiarity with the tension between throughput speed and detection rigour.
As an end-user operator in both projects, ICTS is well-positioned to validate whether newly developed screening technologies are deployable in real airport conditions.
How they've shifted over time
In their earliest H2020 engagement (FLYSEC, 2015–2018), ICTS focused on the passenger journey as a whole — the process of moving through an airport securely and efficiently, reflecting a broad operational question about checkpoint design. By their second project (TRESSPASS, 2018–2021), the focus had narrowed and deepened into risk-based screening specifically — a more analytically sophisticated approach that uses passenger data and behavioural signals to prioritise who receives intensive checks. This shift tracks a real industry-wide movement: from blanket screening toward intelligence-led, differentiated security.
ICTS is moving toward data-driven, risk-differentiated security models, making them a relevant partner for projects involving AI-assisted threat assessment, biometric screening, or automated alert systems at transport hubs.
How they like to work
ICTS participates exclusively as a consortium partner — never as project coordinator — which is consistent with the profile of a large operational company that brings real-world deployment context rather than research leadership. Their two projects involved broad European consortia (averaging 16+ partners), suggesting they are comfortable operating within large, multi-actor research settings. The 33 unique partners across 12 countries in just two projects indicates they work in diverse, non-repeating consortia rather than maintaining a tight circle of recurring collaborators.
ICTS (UK) has engaged with 33 distinct consortium partners across 12 countries through just two projects, suggesting broad European exposure concentrated in the security and transport research community. Their network skews toward the P3-Security pillar, likely including technology developers, academic security researchers, and other airport operators.
What sets them apart
What sets ICTS apart in a research context is that they are an actual airport security operator, not a consultancy or research group simulating the environment — they work the checkpoints daily. This means they can offer real validation environments, live passenger data contexts, and operational constraints that purely academic or technology partners cannot replicate. For any consortium building a security technology that needs to prove it works in a real airport, ICTS represents direct access to that test environment and the regulatory knowledge that surrounds it.
Highlights from their portfolio
- FLYSECThe larger of the two projects by EC contribution (EUR 356,250), FLYSEC addressed the dual challenge of passenger throughput and security effectiveness — a commercially sensitive operational problem that required an industry partner with live airport access.
- TRESSPASSRepresents ICTS's move into algorithmic and risk-based security paradigms, signalling openness to technology-led transformation of traditional manual screening workflows.