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SSH-SoC @ICCAD 2026 : SSH-SoC 2026: Safety and Security in Heterogeneous Open SoC Platforms (@ ICCAD 2026) | |||||||||||||
| Link: https://ssh-soc-workshop.github.io/2026/ | |||||||||||||
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Call For Papers | |||||||||||||
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Third Workshop on Safety and Security in Heterogeneous Open System-on-Chip Platforms (SSH-SoC) 2026
Co-located with ICCAD 2026 in San Jose, California, USA https://ssh-soc-workshop.github.io/2026/ SSH-SoC 2026 marks the third edition of a workshop dedicated to trustworthy integration of next-generation heterogeneous systems-on-chip (SoCs) built on open hardware and software platforms. Technology scaling's slowdown has pushed computer architecture toward heterogeneous, domain-specific SoCs, accelerated by open hardware and software ecosystems enabling design reuse and rapid prototyping. But as SoC complexity grows, system integration — spanning in-house RTL, HLS-generated blocks, and third-party IP, has become the key bottleneck, introducing security, safety, and performance risks in mission-critical deployments. SSH-SoC provides a venue for methods, tools, and early-stage ideas on trustworthy SoC integration, with a strong emphasis this year on AI-enabled approaches: design-space exploration, verification, and security analysis. Scope: Topics of interest of the SSH-SoC workshop include, but are not limited to: 1. Security verification for hardware designs and system architectures 2. Architectural aspects of secure system integration 3. Secure system integration of third-party hardware components 4. Automated firmware generation supporting secure system execution 5. Security aspects of reconfigurable designs 6. Time-predictable system execution in open-hardware designs 7. Performance, timing, and worst-case analysis supporting time-predictable execution/ communications in open-hardware designs 8. Fault tolerance and execution in harsh conditions leveraging open-hardware designs 9. AI-driven security verification and anomaly detection in hardware and system architectures 10. Machine learning methods for predictive fault analysis and threat detection in integrated systems 11. AI-assisted detection of vulnerabilities in third-party or reconfigurable components 12. AI-assisted timing and performance verification for secure, predictable execution in heterogeneous architectures Workshop Format: SSH-SoC will feature a mix of invited talks (30–45 minute slots from academic and industry experts) and paper presentations selected from submissions to this call. Submissions are 4-page workshop papers (IEEE Conference format); shorter submissions are also welcome. Accepted papers will be presented in 10/15-minute slots, including Q&A. Submissions will be peer-reviewed by the workshop's Technical Program Committee. Important Dates: Submission deadline: September 7, 2026 Author notification: October 5, 2026 Workshop date: November 12, 2026 Submission link: https://easychair.org/conferences/?conf=sshsoc26 Organizers: Biruk Seyoum (Columbia University) Brandon Reagan (NYU) Luca Benini (ETH Zürich) Davide Rossi (University of Bologna) Francesco Restuccia (UCSD) |
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