  Aviation, maritime, and aerospace traffic control, radar, communication, and
software technologies received increasing attention in the research literature
over the past decade, as software-defined radios have enabled practical
wireless attacks on communication links previously thought to be unreachable by
unskilled or low-budget attackers. Moreover, recently it became apparent that
both offensive and defensive cybersecurity has become a strategically
differentiating factor for such technologies on the war fields (e.g., Ukraine),
affecting both civilian and military missions regardless of their involvement.
However, attacks and countermeasures are usually studied in simulated settings,
thus introducing the lack of realism or non-systematic and highly customized
practical setups, thus introducing high costs, overheads, and less
reproducibility. Our "Unified Cybersecurity Testing Lab" seeks to close this
gap by building a laboratory that can provide a systematic, affordable,
highly-flexible, and extensible setup.
  In this paper, we introduce and motivate our "Unified Cybersecurity Testing
Lab for Satellite, Aerospace, Avionics, Maritime, Drone (SAAMD)" technologies
and communications, as well as some peer-reviewed results and evaluation of the
targeted threat vectors. We show via referenced peer-reviewed works that the
current modules of the lab were successfully used to realistically attack and
analyze air-traffic control, radar, communication, and software technologies
such as ADS-B, AIS, ACARS, EFB, EPIRB and COSPAS-SARSAT. We are currently
developing and integrating support for additional technologies (e.g., CCSDS,
FLARM), and we plan future extensions on our own as well as in collaboration
with research and industry. Our "Unified Cybersecurity Testing Lab" is open for
use, experimentation, and collaboration with other researchers, contributors
and interested parties.
