The core problem that OEMs face, especially automotive companies who have to take care of cybersecurity for their connected car fleets and vehicles and mobility ecosystem, is securing connected vehicles and mobility ecosystems for cybersecurity threats and misuse. Upstream Security detects threats using existing vehicle telemetry, APIs, telematics, dealers, and mobility data. It helped us monitor fleets at scale, almost in a real-time basis and supported our cybersecurity compliance requirements. There is a UN regulation R155 and ISO 21434 that we needed to meet. The number one feature of Upstream Security, based on their technical architecture, is how to inject and analyze data. Data comes in from all different sources, and we needed near real-time detection and anomaly detection within the platform, plus rule-based intelligence. The integration of telematics, over the air updates, APIs, diagnostics, and dealer data is the most important aspect that we used Upstream Security to ingest that data from various different fields and eventually analyze data for us. Upstream Security is very important for organizations, especially OEMs. If there is a vehicle security operation center which has to be set up for 24 into 7 monitoring of the fleets, if we want to connect it to mobility, all of this involves integration of telematics, API, diagnostic, dealer data, and managing compliance at the end of the day is extremely important. This has really helped us as an OEM to secure connected fleet and meet regulatory requirements, which is eventually very important for us to be able to sell any data to the end customer.
My main use case for Upstream Security is securing the connected devices in our fleet of transportation trucks throughout the US.We have devices placed in these trucks connected through Bluetooth, but we were concerned about potential attacks on the terminals. Upstream Security has enabled us to secure the channel through various protocols and utilize communication via HTTPS, allowing us to secure our operations using different layers of the Upstream Security application. This use case has proven to be successful and aligns well with the features we are satisfied with.
The core problem that OEMs face, especially automotive companies who have to take care of cybersecurity for their connected car fleets and vehicles and mobility ecosystem, is securing connected vehicles and mobility ecosystems for cybersecurity threats and misuse. Upstream Security detects threats using existing vehicle telemetry, APIs, telematics, dealers, and mobility data. It helped us monitor fleets at scale, almost in a real-time basis and supported our cybersecurity compliance requirements. There is a UN regulation R155 and ISO 21434 that we needed to meet. The number one feature of Upstream Security, based on their technical architecture, is how to inject and analyze data. Data comes in from all different sources, and we needed near real-time detection and anomaly detection within the platform, plus rule-based intelligence. The integration of telematics, over the air updates, APIs, diagnostics, and dealer data is the most important aspect that we used Upstream Security to ingest that data from various different fields and eventually analyze data for us. Upstream Security is very important for organizations, especially OEMs. If there is a vehicle security operation center which has to be set up for 24 into 7 monitoring of the fleets, if we want to connect it to mobility, all of this involves integration of telematics, API, diagnostic, dealer data, and managing compliance at the end of the day is extremely important. This has really helped us as an OEM to secure connected fleet and meet regulatory requirements, which is eventually very important for us to be able to sell any data to the end customer.
My main use case for Upstream Security is securing the connected devices in our fleet of transportation trucks throughout the US.We have devices placed in these trucks connected through Bluetooth, but we were concerned about potential attacks on the terminals. Upstream Security has enabled us to secure the channel through various protocols and utilize communication via HTTPS, allowing us to secure our operations using different layers of the Upstream Security application. This use case has proven to be successful and aligns well with the features we are satisfied with.