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.
Advertisement
An exploration of how data center architecture evolved from simple server closets to massive hyperscale facilities, driven by the demands of cloud computing and AI.
Explore the three-layer architecture of modern monitoring systems, from data collection and TSDB compression to high-cardinality management and real-time visualization.
A practical guide to how Kubernetes handles traffic, covering the differences between Service types, the role of Ingress Controllers, and how CoreDNS enables internal service discovery.
Explore the battle-hardened security mechanisms of the Linux kernel, from SELinux and AppArmor to namespaces and seccomp, that protect the world's banks, governments, and supercomputers.
Learn how to build software that survives server failures and traffic spikes using core resilience patterns like circuit breakers, idempotency, and bulkheads.
Explore the mechanics of cloud auto scaling across major platforms. Learn the differences between AWS, GCP, and Azure scaling policies and how to avoid common pitfalls like cold …
Advertisement
Explore the architectural evolution of the GPU, from rendering 3D graphics to powering modern large language models through parallel processing and CUDA.