OmniAir Consortium® Certification is an Independent Third-Party Certification program that assesses the conformance, interoperability, and security of vehicle-to-everything (V2X) and Radio Frequency Identification (RFID) technologies used in transportation and connected vehicle applications. This certification program helps manufacturers, suppliers, and service providers demonstrate that their devices, such as V2X communication modules, roadside units, and on-board units, follow the industry standards and specifications for over-the-air, trusted communications.
The certification process involves rigorous testing of devices to verify their compliance with established standards, including those defined by the Institute of Electrical and Electronics Engineers (IEEE), the Society of Automotive Engineers (SAE) and other relevant industry organizations.
The testing evaluates the device’s ability to transmit and receive messages, maintain connectivity, and adhere to security protocols. Certified devices are granted the OmniAir Certification mark, indicating their compliance with the consortium’s requirements (test specifications).
OmniAir Consortium Certification provides assurance to stakeholders, including automakers, transportation agencies, and technology providers, that certified devices will connect and operate within the larger ecosystem of connected vehicles and intelligent transportation systems. It promotes conformance, interoperability and security, enabling the deployment of advanced transportation technologies and accelerating the adoption of autonomous vehicles with connectivity.
OmniAir Connected Vehicle & Tolling Certification Scope
OmniAir Connected Vehicle LTE-V2X Available Test Cases Listing of Test Specifications derived from Standards & Requirements (Pending Board Approval)
3GPP 36-521 LTE Radio Release 14, PC5 Physical Layer (PHY) and MAC (Transmit and Receive Power and Sensitivity)
SAE J3161:2022 and J3161/1:2020 LTE-V2X V2V Protocol Radio Behavior
IEEE 1609.2:2022 Security Services (WSMs/BSMs and WSAs, Certificate Changes/Authentication)
CAMP Requirements for Security Credentials Management Services (SCMS) Certificates Procurement
IEEE 1609.3:2020 Network Services (PSIDs, WSMs, and WSAs)
SAE J3161/1:2022 & J3161/1A:2022 LTE-V2X V2V Minimum Performance Test Procedure (Applied for Device-Level) in reference to SAE J2945/1:2022 V2V Minimum Performance (Bench - BSM contents, and Simulated Drive Test Attributes).
SAE J3161/1A:2022 V2V Minimum Performance Test Procedure (Applied for Device-Levels, Field Drive Test and Location Accuracy)
3GPP 36-521 LTE Radio Release 14, PC5 Physical Layer (PHY) and MAC (Transmit and Receive, Power and Sensitivity)
SAE J3161:2022 LTE-V2X Radio Behavior
IEEE 1609.2:2022 Security Services (WSMs/BSMs and WSAs, Certificate Changes/Authentication)
CAMP Requirements for Security Credentials Management Services (SCMS) Certificates Procurement
IEEE 1609.3:2020 Network Services (PSIDs, WSMs, and WSAs)
RSU 4.1 Functional Requirements adapted for C-V2X to be compliant with ITE CTI 4001:2022 parameters (SPaT/MAP/WSA Messaging, Immediate Forwarding and Store and Repeat)
CTI 4001:2022 Roadside Unit (RSU) Standard regarding General / Hardware Environmental-Electrical / Mounting
SAE 2735:2023 MAP Message
SAE 2735:2023 Signal Phase and Timing (SPaT) Message
NTCIP 1218:2020 v01.38 RSU Object Definitions including Data Logging, SNMPv3