The automotive industry is undergoing a profound transformation, driven by the convergence of electrification, autonomous driving, and connectivity. This shift necessitates a highly integrated ecosystem where vehicles communicate effortlessly with infrastructure, smart devices, and other vehicles. However, the proliferation of proprietary communication standards creates significant fragmentation, impeding the development of scalable MaaS solutions and smart city initiatives. Technologies that bridge these compatibility gaps are crucial for unlocking new revenue streams, accelerating innovation, and meeting consumer demand for integrated mobility experiences.
Achieves High Compatibility with Multiple Vehicle Models and Systems: This technology supports multiple types of vehicle control systems with differing communication specifications. This could eliminate the need for model-specific development, potentially improving development resource efficiency by approximately 20%.
Significantly Reduces Development and Deployment Costs: Functioning as a versatile relay system, it could reduce hardware and software development costs typically required for each vehicle model or system. This is estimated to achieve tens of millions of dollars in annual cost efficiencies (AI est.).
Accelerates Market Entry and Business Expansion: Its easy integration into diverse existing vehicle control systems could enable rapid market introduction of new MaaS services and connected features, accelerating business expansion.
This patent protects a relay system, relay device, and program, covering multiple categories with broad claim scope. It successfully overcame examiner objections, establishing robust claims that are difficult to invalidate. The core feature of relaying wireless communication between multiple control systems with differing communication specifications is secured, providing a stable business foundation for licensees.
This patent secures the core relay and protocol adaptation logic. Licensees could develop additional IP in advanced data analytics for multi-system vehicle data, specialized security layers for inter-device communication, or novel user interfaces for universal remote control applications.
Implementing this technology's communication protocol identification and application feature could reduce development and verification effort for relay systems by an average of 20%, which was previously required for each vehicle model. For a company supporting 5 vehicle models annually, this could result in a ~$35K (AI est.) development cost reduction per model, totaling ~$150K/year (AI est.). Additionally, a 10% reduction in inventory management costs through parts commonality could save another ~$150K/year (AI est.), leading to a total estimated annual saving of ~$350K (AI est.).
X: Scalability & Versatility
Y: Deployment Cost Efficiency