Giesecke + Deverient Joined CIRES Research Consortium
The firm joined an EU-funded project focused on building resilient security protocols for edge computing systems.
Updated on Oct. 2, 2026 in Semiconductors
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Giesecke + Deverient has joined the Critical Infrastructure Resilience through Edge Computing Systems (CIRES) research consortium. The project aims to develop security protocols for computing workloads at the network edge.
Why it matters
The initiative seeks to catalyze end-to-end technology and security protocols that enable greater resiliency in computing workloads. This effort addresses the growing need for secure infrastructure in increasingly decentralized digital environments.
The three-year research project operates under the Chips Joint Undertaking with a total budget of EUR 12.81 million. It focuses on engineering secure protocols for computing workloads performed at the network edge.
The players
Giesecke + Deverient
This technology company specializes in digital security, identity management, and physical and digital payment solutions.
Chips Joint Undertaking
This public-private partnership is an initiative of the European Union designed to strengthen the semiconductor ecosystem in Europe.
The details
Researchers are working to develop comprehensive security protocols for workloads situated at the edge of networks. The partnership intends to foster end-to-end technology solutions that ensure critical infrastructure remains resilient against modern computing threats.
Timeline
Giesecke + Deverient announced its participation in October 2026.
The research project is scheduled for completion in August 2029.
The Tech Race
The CIRES project follows the strategic research objectives established by the Chips Joint Undertaking. This effort signals a move to transition from centralized security models toward robust, decentralized edge computing architectures.
Users may eventually benefit from more resilient digital services and stronger protection for the critical infrastructure that powers daily connectivity. These security protocols serve as the foundation for future-proofed networks that handle sensitive data at the edge.
The takeaway
Advancements in edge computing security are becoming essential as more data is processed closer to the end user. This consortium reflects the collaborative nature of modern research efforts aimed at securing decentralized digital systems.
Further reading
Learn more about the latest innovations in Semiconductors.
Source note: This article includes information reported by Telecompaper.
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