Nissan Technical Centre Europe (NTCE) has about 12 months, from the first full-scale prototypes to start of production (SOP), to find and fix every software issue that could reach a customer. The deadline is fixed. The software that needs to be validated by that deadline keeps growing.
Today, we’re announcing that NTCE, Nissan’s primary R&D hub for its AMIEO (Africa, Middle East, India, Europe and Oceania) region, is expanding its use of the Sonatus Fastlane™ Platform across its pre-SOP validation workflow to help them target this increased complexity. The news is NTCE’s expansion of its successful proof of concept. The reason behind it is more interesting: NTCE has set out to digitize many of its development processes, including how it validates vehicles, so that it can work more efficiently and ship cars with fewer quality surprises at launch.
Why the old way stopped scaling
Modern vehicles are networks of interacting ECUs. Lighting logic touches the powertrain, the powertrain touches the chassis, and network behavior affects everything. Diagnosing those cross-domain issues meant collecting bulk data from test drives, analyzing it after the fact, and repeating the test if the first capture missed something, all while lighting, infotainment, body control, and powertrain teams competed for time with the same test vehicles. Intermittent faults were the hardest, because the evidence was often overwritten before an engineer could connect to the vehicle.
After a successful proof of concept, NTCE has integrated the Fastlane Platform into its daily validation work. Engineers deploy data-collection policies from the cloud, and capture starts automatically when a defined event occurs, so the data is tied to the moment a fault happens. Fastlane™ Insight then correlates that data with NTCE’s own specifications, CAN maps, diagnostic databases, and issue history to point to the most likely root cause, citing the sources behind every conclusion so engineers can verify it.
This is also the first operational deployment of Fastlane™ Copilot, Sonatus’s plug-in, in-vehicle solution for validation, which connects through a dedicated harness without disassembling the vehicle.
The results show what digitizing a process looks like in practice. Investigation time dropped from two weeks to two days. Vehicle setup went from over an hour to just minutes. Re-tests are reduced because data captures are shared through the cloud, and multiple teams can now investigate in parallel on a single vehicle. Each of these gains removes a step that used to depend on a person, another trip, or an available time slot on a test car.
Fewer surprises on day one
Efficiency is only part of the goal. The larger aim of any validation program is that the customer never experiences a problem the manufacturer could have caught.
The issues that escape into production tend to be the difficult ones: intermittent, cross-domain, and hard to reproduce under time pressure. Event-driven capture secures evidence before it disappears, in-vehicle detection means a fault doesn’t have to be reproduced again on a test vehicle, and cross-domain analysis surfaces interactions that are easy to miss when systems are tested in isolation. More issues get found — and resolved — inside the validation window, which is the best way to bring down zero-day quality problems.
NTCE is making the Fastlane Platform a standard part of validating future vehicle programs. For Sonatus, that is the most meaningful part of today’s news. An OEM has looked at its own process, identified what needed to change, and built the change in how it works every day.
To learn more about how NTCE is overcoming the challenges of modern validation, download the full case study at: https://www.sonatus.com/resources/customer-case-study-nissan/