The checklist, with a line on how each one is applied.
A logo wall carries no weight. What a procurement team needs is the standard, the scope and the sentence that says what NEAT actually does about it.
NEAT / TECHNICAL ENGINEERING
CENELEC AND IEC
Railway.
EN 50126RAMS specification and demonstration. The lifecycle every NEAT railway product is developed under.
EN 50128 / EN 50716Software for railway control and protection. GeminiX-OS and the protocol libraries are certified to SIL 4 under it.
EN 50129Safety-related electronic systems for signalling. The architecture argument in Table E.4 is the one our platforms use.
EN 50159Safety-related communication in transmission systems. The basis for PVS and RaSTA.
EN 50155 / EN 50121Rolling stock electronics and EMC, for on-board applications.
IEC 61508Functional safety, parts 2 and 3, applied alongside the CENELEC set.
ERTMS AND NATIONAL
Signalling specifications.
SUBSET-026, 037, 039, 098Implemented in the RBC Generic Product, with versions stated and in-house scope distinguished from third-party libraries.
SUBSET-137 and SS-146ETCS on-line key management, implemented in the KMC library.
SS-098 and CEI 9-206The standards PVS is based on.
DIN VDE V 0831-200RaSTA, the safety communication layer used inside EULYNX.
EULYNXThe architecture our RaSTA implementation is deployed inside.
THE OTHER DOMAINS
Aerospace, space, cybersecurity and quality.
ARINC® 653The avionics partitioning standard whose APEX interface inspired the GeminiX-OS kernel API. Inspiration, not conformance: NEAT claims no ARINC 653 certification.
DO-178C and DO-254Airborne software and hardware development assurance.
DO-160Environmental conditions and test procedures for airborne equipment.
ECSSThe European space standards, applied on the space programmes.
EN IEC 62443 and TS 50701Cybersecurity for industrial automation and for railways.
EN 9100:2018Aerospace quality management.
ISO 9001:2015Quality management.