ACID vs BASE: Foundations of Modern Data ConsistencyHow ACID and BASE Shape Reliability, Scalability, and Flexibility in Distributed Systems
Explore the key differences between ACID and BASE models, and discover how these paradigms influence data integrity, consistency, and scalability in distributed architectures.
Algorithmic Thinking vs. Coding Skills: What Sets You Apart?Understanding the Value of Problem-Solving Beyond Programming Languages
Can you code but struggle with problem-solving? Find out why algorithmic thinking could be the missing link between being a good coder and an exceptional software engineer
Architectural Modularity vs. Service Granularity: Unpacking the Differences for Modern Software DesignHow Two Perspectives Shape Scalable, Maintainable Systems
Explore the key differences between architectural modularity and service granularity in software design. Learn how both concepts influence scalability, maintainability, and system evolution.
Auto-Scaling and Load Balancing: Optimizing Performance and ReliabilityEnsuring High Availability and Scalability for Modern Applications
Discover how auto-scaling and load balancing work together to enhance application performance, handle traffic spikes, and maintain reliability. Learn best practices and implementation strategies.
Building an Efficient Movie Renting System in PythonA Deep Dive into Modern Rental Platforms and How to Implement One
Discover how to design a scalable movie renting system that supports searching, booking, returning, and reporting. Explore key data structures, Python implementation, and tips for high-performance rental platforms.
Capability-Centric Services: The Foundation of Healthy GranularityWhy Mapping Service Boundaries to Business Capabilities Ensures Sustainable Architectures
Discover how starting with capability-centric service boundaries, rather than technical layers or data models, leads to sustainable, scalable, and maintainable software architectures.
Design Patterns: SOLID Intro, Best practices and PitfallsThe Key to Building Scalable and Maintainable Software Systems
As software systems become more complex and feature-rich, it becomes increasingly important to design them in a way that makes them scalable and maintainable. One approach to achieving this goal is to follow the SOLID design patterns, which are a set of principles for object-oriented software design introduced by Robert C. Martin. In this blog post, we'll explore what the SOLID design patterns are and how they can help you build better software.
Granularity Gone Wrong: Disintegration vs. Integration Anti-Patterns in Distributed SystemsSpotting and Avoiding the Most Costly Service Decomposition Mistakes
Explore real-world anti-patterns of granularity in distributed systems—disintegration and over-integration. Learn how to recognize, avoid, and remediate these architectural pitfalls with actionable strategies and illustrated examples.
Key Principles of Software Architecture: Designing for Success
Explore the essential principles of software architecture, including modularity, scalability, and maintainability. Understand how these concepts guide architects in creating systems that are robust, adaptable, and efficient.