TTTech Auto

TTTech Auto is a leading platform product and service provider with a focus on System, Safety and Security for the Software-Defined Vehicle (4SDV). With series experience from several million cars on the road and a strong technology portfolio, TTTech Auto has the key ingredients to enable and drive the transformation. TTTech Auto empowers customers to focus on driving experience while its platform solutions optimize performance, safety, integration, and software updates. TTTech Auto was founded in 2018 by TTTech Group and technology leaders Audi, Infineon and Samsung to build a global, safe vehicle software platform for automated and autonomous driving. In 2022, the company raised USD 285 million (EUR 250 million) from Aptiv and Audi in its latest funding round. At TTTech Auto's headquarters in Vienna, Austria, and its subsidiaries across Europe and Asia, 1,100 employees work with leading car manufacturers on their software-defined vehicle, ADAS and autonomous driving programs. The company has acquired and invested in technology companies in the UK, Spain, Turkey, China and Central and Eastern Europe. Imprint: https://www.tttech-auto.com/legals-tttech-auto/

https://www.tttech-auto.com/

1,001-5,000 employees

Growth Trajectory

TTTech Auto is positioned for growth through its focus on software-defined vehicles and ADAS, particularly with expansion indicators like new product development in communication stack solutions and partnerships with leading international OEMs. They are investing in safety consulting services and long-term collaboration with Mobileye, indicating a commitment to innovation and safety in autonomous driving. Further growth is expected through market expansion in China and their emphasis on the 4SDV approach.

Technical Challenges

Ensuring safety and determinism in increasingly complex software-defined vehicles.

Integrating multiple systems and functionalities in SDV development.

Managing high bandwidth data logging requirements.

Ensuring precise time synchronization across different interfaces.

Handling large amounts of communication within a multicore ECU.

Tech Stack

MotionWise Safety MiddlewareZetta AutoCANCAN-FDFlexRayLINMOST150Automotive Ethernet (100BASE-T1, 1000BASE-T1)AUTOSARDDSLinuxQNXC/C++NXP S32G2 microcontrollers

Team Size

Engineering teams focused on safety middleware development

Hardware engineering teams for ECU and data logger design

Consulting teams providing safety engineering services

Integration teams focused on MotionWise platform integration

Software development teams for communication stack solutions

Key Risks

Integration complexities in software-defined vehicles may pose a significant challenge.

Competition in the automotive software and technology market could impact market share.

Ensuring cybersecurity and functional safety in automotive platforms requires ongoing investment and expertise.

The transition from hardware-driven products to software-centric platforms presents organizational and technical hurdles.

Lengthy feedback loops and manual testing processes may slow down development cycles.

Opportunities

Expanding data logging capabilities for autonomous vehicles presents a significant opportunity.

Enhancements to the MotionWise platform can drive adoption in advanced ADAS features.

Leveraging collaborative software factory ecosystems with standardized APIs can foster innovation.

Extending safety consulting services and collaborations within the automotive industry can generate new revenue streams.

Focusing on advancements in global scheduling, time synchronization, and communication stacks can enhance competitiveness.

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