Explore why Linux is the foundational operating system for AI, from GPU cluster management and high-speed networking to edge computing and research flexibility.
Explore the essential technologies and patterns that keep modern cloud platforms stable, from Kubernetes orchestration and circuit breakers to distributed consensus and chaos engineering.
Explore the architectural innovations that made Apache Kafka the industry standard for high-throughput data pipelines, from its distributed commit log design to its powerful ecosystem.
Explore the hidden infrastructure behind LLMs, from liquid-cooled H100 GPU clusters and RDMA networking to the specialized software schedulers that orchestrate trillion-parameter models.
Explore the shift from perimeter-based security to a Zero Trust architecture. Learn how microsegmentation, identity-based perimeters, and continuous verification protect modern cloud infrastructure.
Explore how cloud security shifted from the traditional 'castle-and-moat' firewall model to modern Zero Trust architectures, identity-based boundaries, and Policy as Code.
Learn why database sharding is essential for high-growth applications, how it differs from replication, and the critical trade-offs of horizontal scaling.
An exploration of database replication patterns, from synchronous vs. asynchronous writes to leaderless topologies, explaining how systems achieve high availability and disaster recovery.
An exploration of how database architectures evolved from simple vertical scaling to complex distributed systems, covering read replicas, sharding, NoSQL, and NewSQL.
Learn how a service mesh solves the complex challenges of security, observability, and traffic management in Kubernetes by moving networking logic from application code to a sidecar proxy …
An exploration of Netflix's transition from data centers to AWS, detailing their use of microservices, chaos engineering, and the Open Connect CDN to ensure global resilience.
Explore the distributed systems engineering that enables seamless video streaming, from Adaptive Bitrate Streaming (ABR) and CDNs to distributed encoding pipelines and edge computing.