Embedded Systems for Harsh Environments & Quantum Cryptography Security | Embedded Insiders

Embedded systems harsh environments quantum cryptography industrial computing design Dive deep into the critical world of embedded computing with industry experts! In this comprehensive episode, we explore how to design robust embedded systems that survive extreme conditions and the cutting-edge quantum cryptography solutions protecting our digital future. 🔧 HARSH ENVIRONMENT DESIGN with Jeff Baldwin (Sealevel Systems) - Temperature management for extreme conditions (-55°C to +200°C) - Radiation hardening techniques for space and military applications - Component selection strategies for rugged embedded systems - Thermal management and PCB design considerations - Real-world applications in aerospace, oil drilling, and industrial automation 🔐 QUANTUM CRYPTOGRAPHY & SECURITY with Erik Wood (Infineon Technologies) - Future-proofing systems against quantum computing threats - Microcontroller cryptography implementation - Product security best practices - Advanced encryption methods for embedded systems 🤖 ROBOTIC TELESURGERY INNOVATIONS - Latest breakthroughs in surgical robotics - Remote surgery technology advancements - Healthcare IoT applications - Safety and reliability in medical embedded systems Perfect for embedded engineers, system designers, hardware developers, and technology professionals working on mission-critical applications. Learn from industry leaders about creating reliable systems that perform under pressure. Topics covered: embedded computing, harsh environment electronics, radiation hardened microcontrollers, high temperature systems, quantum-safe cryptography, industrial automation, medical robotics, system security, rugged computing, space-grade electronics.