System-design
- A comprehensive guide to understanding availability metrics and their impact on system reliability, along with best practices for improving application uptime and minimizing downtime.
- A comprehensive guide to understanding latency numbers and their impact on system performance, along with best practices for optimizing latency-sensitive applications.
- A comprehensive guide to understanding database scaling techniques for building highly available, high-performance, and scalable systems.
- A comprehensive guide to understanding software metrics in system design, their importance in measuring system performance, scalability, and maintainability, and best practices for effective monitoring.
- A comprehensive guide to understanding logging in system design, its role in creating scalable and maintainable distributed systems, and best practices for implementation.
- A comprehensive guide to understanding message queues in system design, their role in creating scalable and resilient distributed systems, and best practices for implementation.
- A comprehensive guide to understanding data centers in system design, their architecture, and their role in creating scalable and reliable systems.
- A comprehensive guide to understanding stateful architecture in system design, its advantages, challenges, and best practices for building scalable and reliable systems.
- A comprehensive guide to understanding Content Delivery Networks (CDNs), their importance, how they work, and the benefits they provide in improving website performance and user experience.
- A comprehensive guide to understanding caching in system design, its importance, caching strategies, and how it improves system performance and scalability.
- A comprehensive comparison between database replication and database sharding in system design, their concepts, use cases, and how they achieve scalability and high availability.
- A comprehensive guide to database replication in system design, including its concepts, types, and benefits for achieving scalability and high availability.
- A comprehensive comparison between Layer 4 and Layer 7 load balancers in system design, including their differences, use cases, and benefits.
- A comprehensive guide to load balancers in system design, their role, types, and benefits in achieving scalability and high availability.
- A comprehensive comparison of vertical scaling and horizontal scaling in system design and their pros and cons.
- A comprehensive guide to understanding the concept of stateless architecture in system design and its benefits in creating scalable and robust applications.