
Explore how the ELISA Project facilitates Linux adoption in safety-critical systems, enhancing reliability and security for critical applications across industries.

Explore ACRN Hypervisor's innovative approach to consolidating real-time and HMI systems, addressing challenges in industrial automation with virtualization and strict real-time performance requirements.

Exploring Xen Project's journey towards safety certification for regulated industries, focusing on challenges, processes, and community impact in open-source development.

Explore the security challenges of connected cars, including risks, government involvement, and lessons from IT. Learn about safety-security-convenience trade-offs and steps for automotive manufacturers.

Exploring computational fabrication: from interactive 3D printing to functional CAD programming, wireless analytics for printed objects, and machine knitting texture design.

Explore RISC-V's rapid growth, modular architecture, and diverse applications across industries, from IoT to data centers, highlighting its open-source ecosystem and innovation potential.

Explore vulnerabilities in autonomous vehicle systems, focusing on sensor and logic attack surfaces. Learn about potential security risks and mitigation strategies.

Explore CE/RED compliance testing for Industrial IoT devices, covering tasks, obstacles, and impacts on development and manufacturing, based on real-world experiences with low voltage, low power radio devices.

Explore RISC-V's role in revolutionizing automotive innovation, from simplifying development to enabling collaboration and fostering individual opportunities across the supply chain.

Explore the resurgence of cyber-physical offensive capabilities and their implications for modern security landscapes in this insightful presentation by Daniel Kapellmann Zafra.

Explore the revolutionary impact of Generative AI on technology, with a focus on its applications in construction and manufacturing, presented by an experienced industry leader.

Explore CNNs for industrial visual inspection, learning how to train robust networks with limited datasets using PLS-inspired constraints. Gain insights for effective implementation in downstream processes.

Explore display sharing in heterogeneous systems, focusing on Linux as a high-level OS. Learn about resource partitioning, safety considerations, and driver implementation for seamless integration.

Explore LEGO's innovative platform engineering approach for manufacturing, focusing on Kubernetes, chaos engineering, and user engagement to ensure continuous production of bricks.

Discover strategies to embed AI across your organization, focusing on value stream mapping and overcoming cultural barriers for exponential growth and enhanced business agility.

Explore containerization in automotive edge devices, focusing on Podman improvements and functional safety in interference-free environments.

Explore how Ansible Automation Platform bridges IT and OT, enabling communication with programmable logic controllers for transformative edge automation in industrial settings.

Explore neuro-symbolic AI applications in manufacturing, focusing on causal analysis and decision intelligence for improved processes at Bosch. Learn about root-cause analysis and cognitive architectures for decision-making.

Explore AI's transformative role in manufacturing, from historical context to current applications and future trends, with a focus on South Carolina's industrial landscape.

Explore the impact of generative AI on leadership and business through a CEO's experience with a digital twin, showcasing future applications and evolving AI capabilities.

Explore bio-inspired design at the intersection of material, physical, digital, and biological realms. Learn about innovative approaches like additive manufacturing with biopolymers and microorganism-based wearables.