
Explore Zephyr, an open-source RTOS for IoT devices. Learn about its scalability, real-time capabilities, and community-driven development, with insights on IoT security and the project's impact.

Explore IoT security challenges, device design fundamentals, and Azure security patterns. Learn best practices for connectivity, provisioning, and protecting IoT devices throughout their lifecycle.

Explore secure IoT access using JSON Web Tokens, featuring a live door demo. Learn to transmit credentials safely, grant remote access, and apply concepts to various IoT devices.

Explore real-world IoT vulnerabilities, their exploitation, and impact. Learn industry best practices to prevent future incidents in this eye-opening look at connected device security.

Explore vulnerabilities in automotive embedded devices, focusing on bare-metal software and real-time constraints. Learn about potential security risks and backdooring techniques in critical automotive systems.

Discover essential device attestation and security practices for IoT systems, focusing on cutting-edge solutions and implementation strategies for secure edge computing environments.

Discover how Oniro's open-source innovations are transforming IoT development, enabling seamless device connectivity and revolutionizing industry standards for next-generation smart solutions.

Discover how the Zephyr project implemented security best practices in IoT, including CVE management, PSIRT team formation, and vulnerability handling over 8 years of open-source development.

Discover how to efficiently onboard and secure IoT devices at scale with Juniper Mist's automated solutions for simplified IT operations and BYOD management.

Dive into hardware security analysis and rooting techniques for Cradlepoint IBR600 routers, exploring vulnerabilities and practical exploitation methods for network devices.

Discover how student researchers uncovered 9 zero-day vulnerabilities in Vilo routers through hardware hacking, firmware analysis, and cloud infrastructure investigation, highlighting IoT security challenges.

Dive into hardware hacking techniques for extracting firmware and generating Software Bill of Materials (SBOM) from a WiFi router, exploring vulnerability discovery through practical disassembly methods.

Discover essential strategies for securing industrial control systems in modern OT environments, addressing IoT connectivity challenges and implementing effective countermeasures for multi-vendor setups.

Explore unexpected ways IoT devices can compromise human processes and security, examining vulnerabilities and potential attack vectors in connected systems.

Explore Crosys, a novel method for dynamic analysis of multi-architectural binaries through intermediate language interpretation and binary rewriting, addressing IoT malware analysis challenges.

Explore quantum-resistant cryptography for IoT, containers, and software supply chains using open-source tools. Gain hands-on insights into FIPS-certified APIs, PKI software, and signing solutions for enhanced cybersecurity.

Navigate the Cyber Security Act's impact on Yocto-based products, exploring compliance strategies and balancing regulatory requirements with innovation.

Learn to protect your home network using OpenWrt firewall rules. Explore zones, chains, actions, and create custom rules to enhance security and control traffic on your router.

Explore secure device provisioning for Edge systems using FIDO Device Onboard and Ignition in Fedora IoT. Learn about latest capabilities, use cases, and upcoming features.

Explore quantum computing's impact on cryptography, including threats to current systems and future implications. Learn about "harvest now, decrypt later" attacks and strategies for organizational preparedness.

Explore secure IoT development using TockOS, focusing on building robust and protected environments for connected devices. Learn key strategies and best practices from industry experts.