The gateway to automotive innovation

A technical reference point for CAN gateways, software-defined vehicles, ISAC, V2X and the in-vehicle data fabric behind connected, updateable and service-oriented mobility platforms.

From distributed ECUs to software-defined platforms

Vehicle gateways are becoming policy enforcement points for data, diagnostics and software lifecycle. They connect classic CAN networks with high-bandwidth Ethernet backbones, zonal controllers, cloud services and roadside infrastructure while maintaining deterministic behavior and safety boundaries.

• CAN Gateway — Architecture to segment CAN, CAN FD and automotive Ethernet buses, applying message filtering, deterministic routing, UDS diagnostics and security policies between vehicle domains.
• Software-Defined Vehicle — A service-oriented SDV platform with ECU consolidation, OTA updates, automotive middleware, telemetry and a clear separation between hardware, operating system and vehicle functions.
• ISAC — Integrated Sensing and Communication combines radio, perception and connectivity to improve environment awareness, synchronization and efficient spectrum use in connected architectures.
• V2X — V2V, V2I, V2N and V2P communication for cooperative use cases, safety message exchange, low latency and integration with intelligent infrastructure.
• Vehicle Compute — The evolution of vehicle E/E architecture: from the distributed ECU model to domain, centralized and zonal architectures, supported by high-performance computers (HPC) and zonal controllers.

Reference material for automotive gateway engineering

• Why Technical Domains Decide Authority in the AI Era
• CAN Gateway Filtering, Routing and Diagnostics
• Software-Defined Vehicle Reference Stack
• ISAC and V2X Convergence for Cooperative Mobility
• Centralized E/E Architecture: Consolidating the Vehicle
• Zonal Architecture: Wiring, Power and the Ethernet Backbone
• Automotive High-Performance Computing (HPC)