
Explore OpenTracing and Zipkin for debugging distributed systems. Learn to instrument applications, visualize operations across services, and enhance performance analysis in microservice architectures.

Discover techniques for effectively working with and improving legacy code systems, focusing on understanding, refactoring, and modernizing outdated applications to enhance their functionality and maintainability.

Explore distributed systems challenges in e-commerce, examining failures, coupling, and refactoring towards resilient checkout processes that embrace distributed computing fallacies.

Explore distributed tracing and monitoring using OpenCensus, covering core concepts, implementation, and integration with various systems for enhanced cloud service observability.

Applying DevOps practices to Data Science for continuous value addition, covering documentation, data refresh, testing, monitoring, and security compliance in predictive model development.

Explore modern CI with Azure Pipelines, leveraging cloud-first strategies, containers, and cross-platform testing to enhance software quality while minimizing costs and overhead.

Explore Azure DevOps for efficient team transformation, covering CI/CD, project management, and collaboration tools to enhance productivity and streamline development processes.

Learn to implement chaos engineering on AWS, revealing system failures before they become outages. Discover tools and methods for injecting failures to enhance architecture resilience.

Explore enterprise-grade serverless solutions with Azure Functions 2.0, covering identity integration, containerization, workflow management, and cold start latency reduction for complex applications.

Explore systemd's advanced features for flexible service management, combining traditional and container-like approaches for optimal system control and security.

Exploring SRE and DevOps implementation strategies for startups, comparing centralized and distributed team approaches, and discussing challenges and lessons learned.

Explore best practices for SRE training, including sequential learning, hands-on experiences, and continuous education. Learn from Google's insights on building effective SRE teams and fostering a culture of reliability.

Humorous talk contrasting idealized SRE practices with real-world challenges. Speakers debunk perfect environments, offering practical insights and relatable experiences for SRE professionals.

Discover how to identify and mitigate hidden vulnerabilities in microservice architectures using OpenTelemetry, with real-world examples from Google Maps' high-risk dependencies.

Explore capability-based isolation and efficient data sharing in cloud environments using cVMs, a novel VM-like abstraction leveraging memory capabilities for enhanced security and performance.

Explore the limitations of digital troubleshooting compared to analog electronics, and discover why our mental models for digital systems are constrained.

Explore three approaches to accurately calculate latency SLOs using histograms for correct quantiles. Learn to frame SLOs effectively for improved service level management and monitoring.

Strategies for resilient data pipelines: observability, immutable inputs, declarative pipelines, and data validation. Reduce operational complexity, update risks, and accuracy concerns in complex systems.

Explore cognitive science techniques to enhance SRE learning, incident response, and team collaboration. Optimize human observability for better system understanding and problem-solving.

Intel's DMP storage architecture employs Ethernet-based fabric, disaggregated storage, and Kubernetes management. It offers NVMe-oF remote volumes and local Optane DCPM volumes, optimized for different I/O patterns and managed by LINBIT's storage orchest…

Transparent live-migration architecture for containerized RDMA applications, enabling OS control over active connections without compromising performance or requiring application changes.