Part 8: NoSQL Databases – C# / .NET Interview Questions and Answers
This chapter explores NoSQL Databases questions that .NET engineers should be able to answer in an interview.
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See all postsThis chapter explores NoSQL Databases questions that .NET engineers should be able to answer in an interview.
Walk through consistency models in distributed systems: Strong, bounded staleness, session, causal, and eventual consistency, explain how they work with examples, and help you understand when each model makes sense.
In this article, we explain the CAP theorem in simple terms: what Consistency, Availability, and Partition Tolerance mean, why you can’t have all three, and how real systems balance them in practice.
This week, we dive into SQL performance tips, Uber’s approach to fault-tolerant analytics, and how TikTok cut AI costs in half with smart caching.
Practical SQL best practices for developers and DBAs. Learn how to design clean schemas, write readable and efficient queries, avoid common mistakes, and keep your database secure and fast
Weekly tech digest: pagination strategies for large datasets, Uber’s rebuilt Apache Pinot query architecture, and Meta’s ML-based notification ranking system for Instagram.
Learn efficient SQL pagination techniques: offset, keyset, cursor, snapshot, hybrid & more. Understand trade-offs, use cases, and best practices.
Overview of the Microsoft Orleans framework: virtual actors, grains, runtime, and use cases. Build scalable, fault-tolerant distributed systems in .NET.
A beginner-friendly guide to understanding ACID in databases. Learn Atomicity, Consistency, Isolation, and Durability in simple terms, using SQL examples and real-world analogies, for junior developers.
This week's Weekly tech digest features HealthTech trends, Netflix’s GraphQL evolution, Uber’s high-scale storage system, and Wix’s lessons from AI refactoring.
Master ASP.NET Core for interviews! Explore middleware, routing, DI, caching, & security with expert Q&A for junior to senior .NET devs.
This chapter explores design patterns, anti-patterns, and principles that are usually used across development on .NET.