Financial Resiliency Engineering - Taming Cloud Costs
Explore strategies for reducing cloud infrastructure costs and improving resource efficiency, with insights from Shopify's 2022 initiative to optimize their cloud footprint.
Resilience Engineering in a Microservice Landscape
Explore fault tolerance techniques for microservices, including fallbacks, timeouts, and circuit breakers, to enhance resilience in large-scale online retail platforms.
Zero Trust is for Networks, Not Your Teams
Explore building trust in tech teams through psychological safety, resilience engineering, and DevOps practices. Learn to foster a culture of trust for effective collaboration and organizational success.
To AI or Not to AI - What the US Military Needs for Fighting Cyber Wars
Explore the potential and limitations of AI in cyber warfare, examining historical lessons and real-world applications for the US military's strategic decision-making.
When Toy Languages Grow Up
Explore the journey of creating a personal programming language, its unexpected growth, and the benefits of building your own language for deeper understanding of systems.
Building a Cloud Native Platform Brick by Brick
Discover practical insights into cloud-native development through a veteran IT engineer's journey from operations to development, exploring best practices and evolving technologies in modern platform building.
How One Line of Code Led to the Mars Polar Lander Catastrophe
Uncover the fascinating story of how a single software error led to the Mars Polar Lander's devastating crash, exploring crucial lessons in spacecraft engineering and the importance of thorough testing.
Sustainable Systems: The Role of Open Firmware in Hardware Lifecycle Extension
Explore how open firmware solutions like coreboot and openBMC extend hardware lifecycles, promote sustainability, and enable circular economy through transparency and adaptability in technology systems.
Integrating Polly for Resilience and Fault Handling in .NET Applications
Enhance .NET app resilience with Polly: implement retry, circuit breaker, timeout, and fallback policies for improved fault tolerance and reliability.
Failure is Always an Option
Explore strategies for building reliable systems, considering software, hardware, networks, and people. Learn from historical examples and design patterns to enhance system resilience.
Failure is Always an Option
Insightful exploration of building reliable systems beyond code, examining strategies, design patterns, and the impact of software failures on our increasingly digital world.
The Future of Software Engineering
Exploring software engineering's future: cloud economics, API-driven development, big data systems, resilience engineering, and problem-solving teams. Insights on adapting to technological shifts and industry disruptions.
DevEmoOps: An Emotionally Integrated Approach to the Software Development Lifecycle
Explore DevEmoOps: integrating emotional aspects into software development for enhanced resilience, collaboration, and effective engineering practices.
Metacognition in Cyber-Physical Systems
Explore metacognitive approaches in cyber-physical systems and their integration with AI, focusing on advanced system control and decision-making processes in modern computing environments.
Safe Systems with Linux - Requirements Tracking and Standards Compliance
Explore Linux deployment challenges in safety-critical systems, focusing on security fixes, requirements tracking, and compliance with standards like ISO26262. Learn tools and methods for maintaining system integrity.
Reducing Trauma in Production with SLOs and Chaos Engineering
Discover how to enhance system reliability through Service Level Objectives and Chaos Engineering practices, focusing on error budgets, compliance, and resilience to improve customer experience and reduce production issues.
Sirius and Papyrus Web - A New Era for Collaborative Engineering Tools
Discover how Eclipse's Sirius Web and Papyrus Web combine to create next-generation collaborative modeling tools, enabling instant adoption, team efficiency, and innovation in complex engineering projects.
Low Complexity Optimal Policies for Networked Control Systems
Explore optimal scheduling policies for wireless networked control systems, focusing on channel observation, risk-sensitive cost criteria, and half-duplex controller scenarios in communication networks.
What the Soviet Space Program Taught Me About Digital Product Development
Explore how Soviet space race strategies parallel modern digital product development. Learn from USSR's successes and failures to improve your team's processes and outcomes.
Systems Engineering in Machine Learning - Navigating Low-Level Challenges
Explore systems engineering in ML with Andrew Dye, discussing low-level work, blending disciplines, and ML infrastructure challenges. Gain insights on distributed training, managing scale, and bridging gaps between firmware and MLOps.
Digital Twins in Mechanics and Medicine - Data-Centric Engineering Webinar
Professor Stéphane Bordas explores digital twins in mechanics and medicine, highlighting data science applications for improving engineered systems' reliability, safety, and efficiency.