Embedded world 2025

To ensure long-term success, companies in the semiconductor industry must navigate the shift from merely selling hardware to delivering integrated solutions. This transformation requires merging silicon innovations with software-driven capabilities to create customized, secure, efficient, and sustainable solutions that meet market demands. Capgemini is a trusted partner, empowering businesses to navigate these complexities and drive impactful results.

Under the motto “Crafting the future of embedded experiences” we will showcase how our expertise in software development and silicon design — combined with deep industry knowledge and a global presence — supports companies in bringing innovative, secure, efficient, and sustainable solutions to market.

Visit us in Hall 4, booth #4-508

Our industry and product experts will showcase how we can jointly shape the future of embedded systems.

Embedded software

As embedded software evolves from a commodity to a core component of the manufacturing value chain, our embedded software and real-time 3D solutions help you deliver superior customer experiences, improve product quality, and ensure safety — all while reducing costs and accelerating time to market. Experience how we can work together to create smarter, safer, and more connected systems that put embedded software at the heart of your success.

Silicon engineering

As all your digital products and services start with a chip, Silicon engineering is essential in this venture. Getting it right reduces time to market, lowers energy consumption, improves security and enables a better customer experience. Get to know our solutions for end-to-end design and verification of IPs & ICs, process migration and post-silicon validation at embedded world 2025.

Sustainability for semiconductors

Enabling sustainable technology from the core. Through resource-efficient technologies and optimized manufacturing processes, we support your production and sustainability goals. Discover how you can drive sustainability and efficiency across the entire semiconductor lifecycle.