ZF Shows How Software-Defined Commercial Vehicles Deliver Value in Daily Operations
ZF is demonstrating how software-defined commercial vehicles can improve uptime, efficiency and safety for fleets ahead of IAA Transportation 2026.
- 2026
What Happened
ZF is showing how software-defined commercial vehicles (SdCV) can create measurable customer value through improved uptime, efficiency and safety. The company notes that commercial vehicles only generate revenue when they are on the road, while new regulations, evolving customer requirements and growing digitalization add complexity to traditional architectures. ZF says it is using its deep understanding of vehicle system interaction to help OEMs prepare for future architectures, and it is already delivering digital solutions and connected vehicle intelligence. ZF is also preparing its ADAS, braking, driveline and other systems, as well as digital technologies, for future vehicle architectures while offering practical applications today.
“The software-defined commercial vehicle is not about technology for technology's sake, it is about increasing uptime, improving efficiency and continuously enhancing performance throughout the vehicle lifecycle. Developing and delivering this value for our customers is what drives innovation at ZF.”
- Software Update Management System (SUMS) for secure software updates
- ZF [pro] Diagnostics for vehicle diagnostics
- ZF Health Check for condition monitoring services
- Built-in state-of-the-art cybersecurity in all solutions
- ZF Braking and e-Drive Synergy Program to improve vehicle efficiency
ZF is extending connectivity and system integration beyond individual vehicle systems to the entire vehicle combination and its operating environment. One example is the Truck Trailer Link (TTL) concept, which creates a high-speed, cyber-secure point-to-point communication link between truck and trailer. By enabling bi-directional, real-time data exchange, TTL could support features such as integrating trailer cameras into advanced driver assistance systems and in-cab control of trailer functions like lift axles, landing legs and lighting. ZF says TTL aims to replace conventional connectors and unify truck-trailer communication through a single link.
Another proof of concept, the SdCV Driver Terminal, was presented at ZF's CV Tech Day. It explores how service-oriented software architectures and vehicle-to-infrastructure connectivity could improve productivity, safety and operational control in logistics yards. Functions studied include automatic yard configuration, remote park brake activation and Bluetooth Low Energy (BLE)-based safety features, which could reduce manual intervention.
At IAA Transportation 2026, ZF will showcase secure over-the-air software updates, high-speed truck-trailer connectivity and further advances in centralized vehicle intelligence. ZF's IAA press conference is scheduled for September 14, 2026 at 9:20 a.m. in Hall 21, Booth B42.
Previously from ZF
ZF recently unveiled a 360-degree safety system for trucks and trailers that combines radar, camera, braking and steering and is designed to prepare vehicles for higher automation. The supplier has also emphasized maximizing vehicle uptime through its aftermarket Maintain – Repair – Replace strategy covering everything from oil changes to remanufactured transmissions. These initiatives align with ZF's current push toward software-defined commercial vehicles.
- ZF Unveils Scalable 360-Degree Safety System for Trucks and Trailers
- ZF Aftermarket Expands Maintain – Repair – Replace Powertrain Strategy to Maximize Vehicle Uptime
Background drawn from MotorClaw's earlier coverage of ZF's official releases.
Why this matters
Commercial vehicles only generate revenue when they are on the road, and ZF says new regulations and digitalization are making traditional vehicle architectures more complex. By using software updates, diagnostics and connectivity, fleet operators and OEMs can improve uptime, efficiency and safety throughout a vehicle's life. ZF is preparing its systems for software-defined architectures to help customers benefit now while building toward the trucks of the future.
Terms in This Story
- Software-defined vehicle
- A vehicle whose functions and features are mainly controlled and updated through software, allowing new capabilities without changing hardware.
- Over-the-air (OTA) update
- A wireless software update delivered to a vehicle, similar to updating a smartphone.
- ADAS
- Advanced Driver Assistance Systems - electronic systems that help drivers with tasks like braking, lane keeping and parking.
- Condition monitoring
- Continuously tracking the health of vehicle components to detect problems before they cause breakdowns.
Summarised from the linked release; details can be imperfect — always verify against the original source.