Matthias Endler

That means you disabled the allocator.

That means you disabled the allocator.

That means you disabled the allocator.

Because you know the sizes of the payloads that you have to handle at compile time. Yeah, exactly. It's similar to how Oxide does it. They have this predictable...

Because you know the sizes of the payloads that you have to handle at compile time. Yeah, exactly. It's similar to how Oxide does it. They have this predictable...

Because you know the sizes of the payloads that you have to handle at compile time. Yeah, exactly. It's similar to how Oxide does it. They have this predictable...

If someone wants to buy a car that has rust components now, which cars would they need to buy? You said there are production cars. There's probably one Volvo and one Polestar, as far as I'm aware.

If someone wants to buy a car that has rust components now, which cars would they need to buy? You said there are production cars. There's probably one Volvo and one Polestar, as far as I'm aware.

If someone wants to buy a car that has rust components now, which cars would they need to buy? You said there are production cars. There's probably one Volvo and one Polestar, as far as I'm aware.

Did you have any issues in production? With the hardware or with... Well, let's say both. But I'm curious if you sold a car and then it came back because of a rust bug, because of an issue in the rust code.

Did you have any issues in production? With the hardware or with... Well, let's say both. But I'm curious if you sold a car and then it came back because of a rust bug, because of an issue in the rust code.

Did you have any issues in production? With the hardware or with... Well, let's say both. But I'm curious if you sold a car and then it came back because of a rust bug, because of an issue in the rust code.

Is that a common thing when you ship certain components and they are C-based, for example, that usually you covered most of the edge cases when things hit production? Or are there any rollbacks or changes?

Is that a common thing when you ship certain components and they are C-based, for example, that usually you covered most of the edge cases when things hit production? Or are there any rollbacks or changes?

Is that a common thing when you ship certain components and they are C-based, for example, that usually you covered most of the edge cases when things hit production? Or are there any rollbacks or changes?

Can you give us an outlook into the future, maybe one, two, three, four, five years down the road? What is Rust usage at Volvo going to look like?

Can you give us an outlook into the future, maybe one, two, three, four, five years down the road? What is Rust usage at Volvo going to look like?

Can you give us an outlook into the future, maybe one, two, three, four, five years down the road? What is Rust usage at Volvo going to look like?

Now, I find it extremely surprising that a lot of the dependencies that I use for writing Rust and writing Rust in production is the same that you use for an embedded project at Volvo. And this is really cool because you can reuse the code You can share ideas, you can share different bits and pieces and the entire ecosystem becomes much better. So you kind of cross different boundaries with Rust.

Now, I find it extremely surprising that a lot of the dependencies that I use for writing Rust and writing Rust in production is the same that you use for an embedded project at Volvo. And this is really cool because you can reuse the code You can share ideas, you can share different bits and pieces and the entire ecosystem becomes much better. So you kind of cross different boundaries with Rust.