What changes when your embedded platform just works?

RealThingks makes the embedded platform predictable, automated, and production-ready.

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Late-stage integration failures aren’t a surprise anymore. They’re a pattern.

Every automotive software leader knows the cycle. When a BSW integration issue surfaces at HIL bench or at vehicle level, the fire drill begins with cross-functional teams scrambling for solutions, resulting in slipping timelines and compounding costs. And after the fix, everyone goes back to doing exactly the same thing on the next programme.

None of this is a reflection of the team's ability. The truth is, the way the industry handles the embedded platform needs a fundamental revamp. Configuration is still largely manual and validation still happens too late in the cycle. The institutional knowledge that holds it all together tends to live in the minds of a few experienced engineers rather than in the systems around them. It's a structural challenge that the entire industry shares, and it's one that's long overdue for a different approach.

€20,000 The average cost of a single integration defect found at bench stage.
The real cost including delays, bench time, and cross-team scrambles is often multiples higher.

Systematising the embedded platform is how you gain control of your development

When the integration bottleneck actually gets resolved, the impact goes well beyond improvement in efficiency and costs. It reshapes how the ECU development programme operates and where the real value is created.

Predictability
Integration outcomes are validated before they reach the bench. Release timelines are grounded in data, not estimation, giving leadership the confidence to plan around commitments.
Supplier Accountability
Automated testing provides immediate, unambiguous trace ability to the origin of any defect. Resolution cycles shorten and remediation responsibility sits where it belongs.
Strategic Leverage
Moving from reactive fire fighting to systematic delivery is not a cost-reduction exercise. It is the foundation of a lasting engineering capability.

Proven results from active OEM engagements.

€23.4M
Proven savings from early-stage testing of 6 SSW modules.
€33M
Net ROI on 100-module programme. €40M savings vs €7M investment.
€200M
Projected savings at fullscale across 500+ modules over platform lifecycle.
Zero
Market-reported integration issues post-implementation. Not reduced. Zero.

Full-stack embedded platform based on AUTOSAR through one partner, driven by automation.

RealThingks is the AUTOSAR Core Embedded Platform Integration Partner for BAC/SUMmodules  serving premium automotive OEMs with a productised, repeatable model. Our engagement model is centred on system deployment, and not supplementing teams with additional headcount.

Seamless integration across your existing toolchain

Vector  ·  ETAS ·  Electrobit  · Siemens

Whether your environment runs on DaVinci, ISOLAR, Tresos, Capital Embedded or a combination of platforms, we configure, integrate, and validate across all of them, serving as a single partner for your entire embedded platform, while ensuring your existing toolchain delivers to its full potential.

Why OEMs choose RealThingks

Our teams have been delivering AUTOSAR embedded platforms since 2004 across brake ECUs, stability control systems, advanced head units, and high-performance zonal controllers, all currently in production with premium automotive OEMs.
Growth is driven by the RAFT framework and a templated execution process that institutionalises knowledge, enabling consistent delivery at scale without a linear dependency on headcount.
Our work is validated up to ASIL-D, the most demanding tier of automotive functional safety, with certified systems currently operating in production vehicles.
Delivery teams operate from Düsseldorf, Gothenburg, Detroit, and Pune, providing the flexibility to support programmes across time zones and geographies.
RealThingks holds membership in the AUTOSAR consortium and actively contributes to the Execution Management and Update & Configuration Management working groups.

The Next Step

The decision to systematise the embedded platform is not a question of if, but when. Every month that integration defects continue to surface at bench stage rather than in the pipeline, the cost compounds. Every programme that depends on institutional knowledge held by a small number of individuals carries risk thatcan be structurally eliminated. No one person or single team can oversee the complexities of modern vehicle networks, unless the programme is systemised and automated.

The OEMs we work with did not wait for the perfect conditions. They began with a single programme, measured the results, and saw returns within the first cycle. If this resonates with where your programme is today, a conversation is the simplest way to find out what's possible.

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