INTEGRITY Security Services Launches TrafficAuth-Mobile
In a significant advancement for transportation safety, INTEGRITY Security Services (ISS) has officially announced the launch of
TrafficAuth-Mobile. This innovative application marks a pivotal step in enhancing communication between vehicles, networks, and everything in between, as the first of its kind in the Vehicle-to-Network-to-Everything (V2N2X) ecosystem.
The founder and CEO of ISS stated, “The future of safe and reliable communication among America’s transportation infrastructure relies on products that are not just interoperable, but also secure and compliant with established standards.” This commitment to safety and reliability is deeply embedded in the design of TrafficAuth-Mobile, which facilitates seamless interaction across cellular and V2X networks.
Features of TrafficAuth-Mobile
TrafficAuth-Mobile stands out by allowing mobile devices, powered by both Android and iOS, to send and receive encrypted messages in real-time across various transportation applications. Key features of the app include:
- - Secure Communication: Offers end-to-end security credential management and assures that all communications are safe from potential cyber threats.
- - Interoperability: Ensures all messages sent across Network V2N and Direct V2X channels comply with regulatory standards, including IEEE 1609.2 and SAE J2735, thus fostering a cohesive communication environment between vehicles and traffic infrastructure.
- - Worker Safety Enhancements: Specifically designed features to aid roadside workers, granting them quick and secure communications to improve their safety during operations.
- - Integration for Service Providers: The connected libraries allow transportation service providers to easily incorporate TrafficAuth-Mobile’s abilities into their own applications, thus extending the solution's functionality throughout the industry.
The Importance of Safe Transportation Solutions
As more vehicles and devices become interconnected, the demand for secure and effective communication grows. The
TrafficAuth-Mobile app is intended to not just improve operational efficiency for transport systems but also to enhance the overall safety of all road users. In a recent statement, Brian Romansky, Vice President and General Manager of Connected Vehicle Solutions at ISS emphasized, "Using such technology, we can ensure that drivers and transport personnel are constantly connected and protected as they navigate our roads.”
Industry Impact and Demonstration
The unveiling of TrafficAuth-Mobile will be demonstrated live at the ITS World Congress, taking place in Atlanta, Georgia, from August 24 to 28, 2025. Visitors are encouraged to stop by ISS’s booth (Stand 553) to witness firsthand the transformative capabilities of this app aimed at redefining transport safety.
As ISS continues to build on over 30 years of cybersecurity leadership, they reaffirm their position as a trusted partner for not just transportation but also various other high-stakes industries, securing over two billion devices in sectors like automotive, aerospace, and healthcare.
For more information about TrafficAuth-Mobile, or to get involved in enhancing the future of transportation communication, ISS invites interested parties to reach out via their official channels. The launch of this application signals a promising leap towards a smarter and safer transport environment, blending state-of-the-art technology with an unwavering commitment to security.
About INTEGRITY Security Services
INTEGRITY Security Services LLC is known for delivering top-tier embedded security solutions, safeguarding smart connected devices from ever-evolving cyber threats. Their extensive portfolio features everything from software toolkits to robust public key infrastructure systems, all aimed at protecting billions of devices across numerous industries. With a strong record of innovation and reliability, ISS continues to push the boundaries of what is possible in cybersecurity.
For updates on their latest projects and initiatives, interested individuals can visit
www.ghsiss.com.