BMW’s Journey to the Software‑Defined Vehicle

Name: BMW's Software-Defined Vehicles: Dr. Christoph Grote on a Cloud-First Approach for Automotive
Uploaded: 2026-01-11T17:05:09.295121+00:00
Channel: Amazon Web Services
Description: Summary and key takeaways on BMW’s Journey to the Software‑Defined Vehicle, covering Introduction BMW Group, a premium leader in automobiles and motorcycles

Amazon Web Services

Jan 11, 2026

•

2 min read

YouTube video ID: tSSumBpdx3Q

Source: YouTube video by Amazon Web Services — Watch original video

PDF

Introduction

BMW Group, a premium leader in automobiles and motorcycles, is leveraging cloud technologies, embedded systems, and advanced infotainment to create software‑defined vehicles (SDVs). The interview with Christoph, Senior Vice President for Electronics and Software, reveals how BMW has built this capability over two decades.

Christoph’s Role

Senior VP for Electronics and Software.
Ensures the SDV concept moves from definition to real‑world deployment.
Oversees the integration of software, cloud, and hardware across the vehicle portfolio.

Evolution of the Software‑Defined Vehicle

Early Beginnings: BMW launched its first connected car 20 years ago, treating connectivity as an add‑on service.
Maturation: Over time, software became a core asset rather than a peripheral feature.
Current State: Modern BMWs embed high‑quality software in infotainment, ADAS, and powertrain systems, delivering seamless experiences.

Cloud as an Enabler

Shift from “on‑top” services to cloud‑first architecture.
Cloud supports voice recognition, ADAS, OTA updates, and data‑driven features.
Enables rapid feature rollout and continuous improvement without hardware changes.

Architecture and Digital Foundations

Two‑tier architecture:
First‑tier suppliers provide proven components.
BMW’s core high‑performance compute platforms are developed in‑house.
Digital foundations include:
Custom operating systems.
Toolchains and APIs for developers.
On‑board and off‑board integration layers.
This foundation allows a vibrant developer community—both automotive and external—to build on top of BMW’s platform.

Continuous Integration & Testing

ECU‑level CI: 60,000+ machines run continuous integration pipelines, executing extensive test suites.
System‑level CI challenge: Scaling CI to the whole vehicle requires cloud parity and emulation of ECUs/SoCs.
Collaboration with AWS and silicon vendors:
Emulated hardware environments.
Shared ecosystem to reduce heavy lifting.
Enables “shift‑left” testing, catching bugs early and improving cost, quality, and safety.

Ecosystem Collaboration

BMW does not aim to build the entire SDV alone.
Partners with top players, first‑tier suppliers, and cloud providers to create a sustainable ecosystem.
Focuses on lifting “undifferentiated heavy lifting” (data‑center operations, IT management) so engineers can concentrate on customer‑centric innovation.

Vision for the Future

Continuous software streams across vehicle generations, avoiding generational forks.
A unified codebase that lives both in development and in the field.
Emphasis on delivering experiences that matter to the end‑customer, rather than the underlying tools.
Ongoing commitment to innovation, collaboration, and cloud‑centric development.

Key Takeaways

BMW’s SDV strategy blends high‑quality embedded systems with a cloud‑first approach.
Robust architecture, extensive CI pipelines, and ecosystem partnerships are the pillars of their success.
The ultimate goal is to provide seamless, up‑to‑date experiences for drivers while minimizing redundant development effort.

BMW’s software‑defined vehicle strategy shows that by marrying high‑quality embedded engineering with cloud‑centric processes and open ecosystems, automakers can continuously deliver innovative, customer‑focused features without reinventing the wheel each model year.

Frequently Asked Questions

Who is Amazon Web Services on YouTube?

Amazon Web Services is a YouTube channel that publishes videos on a range of topics. Browse more summaries from this channel below.

Does this page include the full transcript of the video?

Yes, the full transcript for this video is available on this page. Click 'Show transcript' in the sidebar to read it.

Summarize another video

Full Transcript YouTube

- [Narrator] The automotive
industry has come a long way
from the first connected
car of 20 years ago.
As the world's leading
premium manufacturer
of automobiles and motorcycles,
BMW Group is taking full
advantage of the cloud,
with software-defined vehicles,
embedded systems such as ADAS,
and elegant infotainment systems.
Join us on all things automotive
as we discuss the latest
engineering research, innovation,
and vision with BMW.
- Hello, Christoph.
Such a pleasure being here in Munich.
Thank you so much for having us today
in this wonderful place in BMW.
So, can you tell us and our viewers
about your role in BMW
to start with maybe?
- All right, so my role is senior VP
for electronics and software,
so my mission essentially is to make sure
that the software-defined vehicle
gets an appropriate definition,
mind the pun,
and that it happens in
reality on the street,
as we've done for the past
two decades basically.
- The software-defined vehicle
is kind of a buzzword right now
in the automotive sector.
It's super important revolution
that is happening behind the scenes,
and honestly, BMW is at
the forefront of it, right?
So, you just enter a BMW vehicle
and you really see that happening.
The evolution of the
infotainment system clusters,
different brand across the band.
How did you get there?
So, what did you do to
reach such level of maturity
in producing software?
- I think,
in my view, one has always to stress
is that although the term
SDV is really new and fresh,
creating things like
this takes a lot of time.
So, we started building
software kind of 20 years ago.
We started gradually
ramping up a skill base,
but also defining a clear
vision of what we want to do,
where do we wanna be at BMW,
where do we want to be
part of an ecosystem,
and basically step-by-step
go in this direction.
- And you implemented systems
to do so in BMW I assume,
and cloud is a part of it.
Why do you think all these
elements mixed together
to produce such level of quality
and processes that you have in place?
- I think there's two sides of it.
You know, one of them is
really embedded systems.
To create embedded systems at high quality
is absolutely necessary,
because if you create a thousand features
and you have one rotten apple in between,
that wrecks it all,
and therefore we've always been very fussy
having software guys at the heart of BMW
that really care about the
assets they're generating.
We don't work software as a job,
but more as an asset
you have to be proud of,
that you've got to caress.
So, the second thing is, you know,
what role is cloud playing in this game?
I think it's kind of funny
to see that 20 years ago,
you know, we launched
the first connected car,
and in those days, really,
connected service were something
that was sitting on top of the vehicle.
It was something additional.
Now that's changed completely.
I think, you know, with
the cloud-first approach
we've been following,
I think the cloud is an essential part
of virtually any feature.
You know, let that be voice recognition.
Let that be, for example, ADAS.
ADAS always has to work autonomously,
but if you look at ADAS from
a customer point of view,
a lot of what you
experience is only possible
because it's supported by
strong cloud-based services.
- What is interesting for me,
it's happening in all
components of the car.
It's not just a single thing.
So, a powertrain or something else.
It's really blending
things together, yeah.
- So, one thing we very consciously did
is we separated the
architecture into two parts.
Those parts where we buy components
from excellent first-tier suppliers,
and core high performance
compute platforms
where we really create these platforms.
We really shape the software.
We maintain it both in development
as well as in the field.
So, I think what a lot of people see
is the functionality
sitting on top of that.
What people I think appreciate much less
are the digital foundations of this,
and that's, you know,
what the SDV basically also means to me.
Building operating systems.
Building toolings.
Creating a wealth of APIs
that allow easy handling
through developers.
So basically, you know,
within BMW, we see two worlds:
the digital foundations,
onboard, offboard, and tooling-wise,
and a happy crowd of developers
working on top of those foundations.
- So, tapping into this
community of developers
that were not traditionally, you know,
playing for automotive or
developing for automotive.
- True.
I mean, one aim we've always
been striving for very hard
is not to build completely
new systems every three years,
but rather have a continuous
stream of software development
and carrying over software from
one generation to the next,
and basically ideally not forking
between what's in the field codebase-wise,
and what's on the development,
but basically working from one stream.
That's what makes developers happy.
That's what focuses them on
basic creating new stuff,
rather than just recreating
what's been there before.
- Sometimes people think
about just developing,
but developing a component automotive
is developing a lot of testing,
lot maybe what you wanna put in a car
needs to be safe and tested, right?
So, and thanks to this parity,
they are detecting more bugs in the cloud,
so shifting left all these operation.
Cost, quality, and the-
- And let me briefly poke into this,
because that really resonates
very strongly with me.
You know, in embedded,
people do a lot of the work
actually working on the target,
but there is one snag.
You know, we are really heavy,
heavily using continuous
integration at ECU level,
so we've got 60,000,
5,000 machines running
just in the CI process,
including the test stages.
Now that's wonderful.
That's also wonderful for AWS by the way.
- Thank you.
- But there's still, (laughs)
there's still one snag about this.
We do, as I said, continuous
integration at ECU level.
We don't do continuous integration
in the same extent at system level,
and what you were just saying, you know,
creating cloud parity
for integration of ECUs
is just a prerequisite
to actually make CIs
scale to the system level.
You cannot have, you know,
10,000 cars sitting there,
running and executing software tests
driven by a continuous development.
That's one of the key drivers
why we're really hard to see.
Players like AWS actually build
emulations of SoCs, of ECUs,
work in an ecosystem together
with first-tier suppliers,
with SoC vendors,
so that basically that's all there,
and developers can concentrate
on doing their job.
It's really an interplay
between silicon vendors,
companies like AWS,
and last, not least, the first tiers.
They all kind of have to
agree on a new working model
to make that easy,
to make it not a one-off heavy lifting,
but part of the kind of
continuous software development
we are all doing hand in hand.
- Yeah, so we touched briefly
about the impact on SDV on the sector
and how disruptive it will be
in a, in my opinion, a positive sense,
but what's BMW take on it?
What's the SDV vision in BMW?
- We like to cooperate with top players,
but we need to have an
ecosystem on which to cooperate.
We don't want to build the SDV ourselves.
BMW is kind of,
I'm certain everybody in BMW
is kind of full of thrive,
is thriving for
innovation, full of energy,
but you'll find very few people
who say we build it all on our own.
That's not what we would call SDV.
- Yeah, yeah, that's an amazing vision,
and one of the reasons that cloud started.
One mantra that we use internally
is to lift the
undifferentiated heavy lifting
in doing data centers or
managing IT systems, right?
I think the SDV is that moment
for the automotive industry, right,
and I love it,
because it's all in the
interest of the final customer.
Final customers don't care
about the tool that is used
to build an experience for them.
They care about the experience.
So, how can we refocus the creative energy
that you have plenty here for that, right?
So, and I feel it really,
so it's such an amazing vision to me,
so thank you.
- Well, thank you, Stefano.
It was great talking to you,
and we'll carry on this discussion
about some of the details later.
- Absolutely.
(triumphant music)