
Discover practical strategies for scaling monolithic applications to handle millions of visits, focusing on cloud infrastructure optimization and real-world performance challenges.

Explore effective message delivery in distributed systems through Outbox and Inbox patterns, ensuring transaction consistency and handling network disruptions in microservices architecture.

Explore how AI assistant Tobi leverages machine learning, data engineering, and analytics to predict customer needs and deliver personalized offers through integrated backend systems.

Explore distributed systems architecture, from CAP theorem fundamentals to microservices communication patterns, timeout configurations, and practical implementation strategies for robust systems.

Master distributed system monitoring with OpenTelemetry tracing, exploring implementation techniques and best practices for tracking requests across microservices architectures using open standards.

Discover how to efficiently deploy computer vision models at scale using AWS tooling and software engineering techniques to reduce deployment time and cut inference costs significantly.

Explore vector search at billion-scale through Milvus, understanding distributed systems architecture, indexing strategies, and scalability solutions for unstructured data processing.

Discover how AI's unique nature demands a new approach to software development, integrating safety and security considerations from the earliest stages of planning and design.

Gain insights into AI entrepreneurship, market dynamics, and profitable business strategies while exploring implementation challenges, infrastructure needs, and practical solutions for AI integration.

Discover how Google AlloyDB Omni revolutionizes database management with AI-powered analytics acceleration, PostgreSQL compatibility, and advanced RAG capabilities for optimized OLTP and real-time data processing.

Explore key infrastructure challenges and solutions for enterprise AI deployment, from security and data privacy to balancing performance with sustainability goals and power consumption.

Explore innovative In-SRAM computing architecture and its role in reducing power consumption for large language models and generative AI in datacenter environments.

Discover how Ceph serves as a unified storage solution for cloud-native architectures, combining on-premises security with cloud scalability and agility for modern data center needs.

Explore the next-generation PCIe 7.0 specification, featuring 128 GT/s transfer rates, PAM4 signaling, and enhanced power efficiency for advanced computing and data-intensive applications.

Discover the revolutionary Software-Enabled Flash™ technology, a vendor-neutral Linux Foundation project that empowers developers with software-definable flash capabilities, enhanced data placement control, and optimized latency management.

Gain insights into implementing FIPS certification for storage products, covering code modifications, testing requirements, and compliance standards for US government sales qualification.

Explore the evolution of SSD technology and why embedding Network File System (NFS) directly in SSDs is crucial for modern decentralized workflows, cloud computing, and edge computing demands.

Explore container data protection beyond CSI, covering Kubernetes-native backup solutions, architectural frameworks, and integration with various storage models for robust data security and recovery.

Discover the latest enhancements to Linux SMB3.1.1 client, including improved metadata caching, multichannel performance, and remote file access capabilities for more efficient and secure data management across networks.

Explore the evolution of SmartNICs and SmartSSDs in data centers, their market impact, and how emerging technologies like PCIe 5 and CXL are shaping the future of smart acceleration.

Explore 10 years of hard drive performance data analysis, covering failure rates, reliability patterns, and AI-driven predictions to optimize storage infrastructure and reduce costs.