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Stellantis Taps Wayve to Slash Self-Driving Development Costs

Stellantis Taps Wayve to Slash Self-Driving Development Costs

Stellantis is turning to UK-based autonomous driving software firm Wayve as part of a broader effort to rein in the cost of developing self-driving technology, according to comments from the automaker’s CEO. The partnership underscores how legacy carmakers are increasingly leaning on specialized software partners rather than building every layer of automated driving capability in-house.

The rationale is straightforward: developing a full self-driving stack from scratch is extraordinarily capital-intensive, requiring massive compute resources, huge fleets of test vehicles and years of engineering. By licensing Wayve’s end-to-end AI-driven driving software, Stellantis aims to avoid duplicating that spend while still offering advanced driver assistance and, eventually, higher levels of automation across its brands.

Stellantis is one of the world’s largest automakers by volume, with a portfolio spanning Jeep, Ram, Dodge, Chrysler, Peugeot, Citroën, Opel and Fiat, among others. That scale cuts both ways. It gives the company enormous reach to deploy new software once it is ready, but it also means any autonomous feature must be adapted across many vehicle platforms and regional markets with differing regulations.

Wayve has positioned itself as a software-first player, focusing on machine-learning models that learn to drive from data rather than relying on hand-coded rules. The approach has attracted backing from major investors and automakers, reflecting a wider industry bet that AI-centric software can generalize better across diverse road conditions.

The deal fits a pattern seen across the sector, where manufacturers are forming alliances with tech firms to share the burden of next-generation vehicle software. For Stellantis, the payoff would be lower development costs and faster time-to-market; for Wayve, it represents another major automaker channel through which its technology can reach production vehicles.

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