In-Memory

Resources

Mastering Real-Time Analytics with SQL Server 2025 using In-Memory OLTP & Columnstore IndexesNov 26, 2025. Unlock real-time analytics with SQL Server 2025! Discover how In-Memory OLTP & Columnstore Indexes enable sub-millisecond ingestion and instant insights on massive datasets.
Redis: The Fastest In-Memory Data Store Powering Modern ApplicationsNov 01, 2025. Unlock blazing-fast performance with Redis! This guide explores Redis as a versatile in-memory data store for caching, real-time apps, and MERN stack optimization.
Implementing In-Memory Cache in ASP.NET Core Web APIApr 24, 2024. Caching is a crucial technique for improving the performance and responsiveness of web applications by storing frequently accessed data in memory. In this article, we'll walk through a complete practical example of implementing and using an in-memory cache in an ASP.NET Core Web API project.
Optimizing Application Performance In-Memory Cache in .NET CoreMar 27, 2024. In this article we will see how we can improve the performance of the application using IMemory Cache in .NETcore application.
ASP.NET Core In-Memory Caching ExplorationOct 20, 2023. Caching in web applications, like ASP.NET Core, enhances performance by storing frequently accessed data in memory. This article explains its benefits, types, and practical usage for database data.
Implement In-Memory Cache In The .NET Core APIJun 20, 2022. In this article, you will learn how to implement In-Memory Cache in the NET Core API.
How To Save And View Data Using In-Memory Web APIMay 26, 2021. in this article, I told you about the post method and get method using in-memory web API.
How To Perform Get() Operation Using In-Memory Web API And Service In AngularMay 24, 2021. in this article, I told you that how to done get() operation using in-memory web API and service in angular.
Identity-Based Authentication In .NET Core 3.0 Using In-Memory DatabaseJan 31, 2020. Authentication is the process of determining or giving an individual access to system or user based on their identity. There are multiple options to do authentication in .NET Core. This article demonstrates how to add Identity-Based Authentication in .NET Core 3.0 using In-Memory Database.
Unit Testing With InMemory Provider And SQLite In-Memory Database In EFCoreNov 29, 2018. Writing Unit Test Cases is an essential aspect for any software development which helps us to test small building block an application. While doing development, we write test cases side by side, just parallel to development code. To test the Unit Test cases, we generally try to recreate the similar environment as we have in the development phase. So, that testing the code becomes easy. But every time, this is not feasible.
CRUD Operations Using ASP.NET Core 2.0 And In-Memory Database With Entity FrameworkAug 16, 2018. In this article, we will create a Web API with the in-memory database using Entity Framework and ASP.NET Core 2.0 without any theoretical explanation.
Working With In-Memory Database - RedisApr 22, 2018. Working with an in-memory database like Redis involves using a database system that stores and retrieves data entirely in RAM (Random Access Memory) rather than on disk. Redis is a popular open-source in-memory key-value database that provides high-performance data storage and retrieval.
Indexing In-Memory Collections For Blazing Fast AccessApr 01, 2018. The CodexMicroORM open source project on GitHub hosts a few useful .NET goodies that can help you write concise code with great performance. In this article I’ll cover a collection type that supports multi-property indexing and as such, performs very well with equality lookups.
A Quick Look At Entity Framework 7 In-Memory Provider (for Testing)Dec 11, 2015. In this article you will have a quick look at Entity Framework 7 In-Memory Provider for Testing.
High Speed, Efficient In-Memory And Persistent Remote Dictionary Server (Redis)Nov 10, 2015. In this article, I will be discussing about Redis with a sample real world implementation.
Strategy for querying Microsoft Access as an In-Memory Database using DataSets and ADO.NETJan 19, 2007. DataSets are powerful data structures with the capability of allowing the programmer to treat them as in-memory databases.
Strategy for querying Microsoft Access as an In-Memory Database using DataSets and ADO.NETJan 09, 2007. This article describes how you can read tables in from MSAccess up front in your application and then query the tables in-memory using some powerful features of the DataSet and ADO.NET
In-memory Cache vs Distributed Cache: When to Choose Redis?Mar 27, 2026. Discover the best caching strategy for your app! Compare in-memory vs. distributed caches like Redis. Learn when Redis is essential for scalable, high-performance applications.
In-Memory Databases- Unit Testing With C#, EFCore and XUnitSep 18, 2024. Learn to unit test EF Core repositories using an in-memory database with C# and xUnit. This approach simulates database operations without overhead, ensuring fast and isolated tests. Set up involves installing necessary NuGet packages, configuring DbContext, writing tests, and initializing test data.
In-Memory Caching in .NET: Boosting Performance with EaseSep 09, 2023. Explore the power of in-memory caching in .NET for enhanced application performance. Learn about its benefits, how to use MemoryCache, cache policies, and cache dependencies. Optimize your .NET applications for faster response times and reduced resource usage.
In-Memory Caching In ASP.NET CoreDec 24, 2016. In this article, you will learn about in-memory caching in ASP.NET Core.
In-Memory OLTP of SQL Server 2014Apr 13, 2015. This article explains how to create Memory-Optimized tables and what I have initiated using this new type of table.
In-Memory OLTP in SQL Server 2014Jul 09, 2013. This article explains how to work with In-Memory OLTP in SQL Server 2014.
The Hidden Brain Behind Every Claude : Claude's .md FilesJun 07, 2026. A practical deep-dive into the markdown files Claude Code generates and reads for covering CLAUDE.md, SKILL.md, HOOK.md, TODO.md, and more to explain how each one gives Claude persistent memory, project context, and consistent behavior across every development session.
Implementing AI Memory Systems in C# Using Vector DatabasesJun 08, 2026. Learn how to implement AI memory systems in C# using vector databases. Discover embeddings, semantic search, memory architectures, and best practices for building intelligent AI applications.
AI-Native Architecture Patterns Every .NET Developer Should KnowJun 08, 2026. Explore the most important AI-native architecture patterns for .NET developers, including RAG, Agentic RAG, AI agents, memory systems, workflow orchestration, and event-driven AI.
Context Engineering for AI Applications: Beyond Prompt EngineeringJun 08, 2026. Learn how context engineering goes beyond prompt engineering by optimizing retrieval, memory, tool outputs, and information pipelines for enterprise AI applications in .NET.
Implementing Long-Term Memory in Enterprise AI Agents Using C#Jun 08, 2026. Learn how to implement long-term memory in enterprise AI agents using C#, vector databases, embeddings, and memory retrieval patterns to build intelligent and personalized AI solutions.
IAsyncEnumerable vs IEnumerable in C#: Performance and Use CasesJun 03, 2026. Learn the differences between IAsyncEnumerable and IEnumerable in C#. Explore performance, memory usage, async streaming, real-world examples, and best practices.
Linux Server Monitoring: Essential Commands Every Developer Should KnowJun 03, 2026. Learn essential Linux server monitoring commands including top, htop, free, df, ps, ss, and journalctl to troubleshoot and manage servers effectively.
AI Memory Architectures Explained for DevelopersMay 29, 2026. Explore AI memory architectures: short-term, long-term, RAG, and context injection. Learn how to build AI that remembers and personalizes experiences.
Context Compression Techniques for Large-Scale AI Agent SystemsMay 29, 2026. Context compression is vital for scalable AI agents. Techniques like RAG, summarization, and semantic filtering reduce token usage and improve AI performance.
AI Agent Memory Explained: How Modern AI Systems Remember ContextMay 15, 2026. Explore AI agent memory: how it works, types (short-term, long-term), challenges, and real-world applications. Learn why it's crucial for intelligent AI.
AI Context Engineering: The New Skill Developers NeedMay 15, 2026. Master AI Context Engineering! Learn how to build smarter AI apps with retrieval systems, memory management, and dynamic context. Essential skills for developers!
Implementing Human Memory Architectures in Metacognitive AI SystemsMay 10, 2026. This paper introduces CMIA, a blueprint for integrating seven human memory architectures into AI, enhancing learning, context, and reducing hallucinations.
The Interplay of Metacognition and Metamemory: A Systems-Architecture Approach to Cognitive GovernanceMay 10, 2026. Explore the dynamic interplay of metacognition and metamemory, revealing how our minds monitor, control, and optimize memory for enhanced cognitive governance.
Working with Span, Memory, and ref structs in High-Performance Apps using .NET 9May 04, 2026. Unlock peak .NET 9 performance! Dive into Span<T>, Memory<T>, and ref structs for allocation-free, high-speed code. Master stack-based memory and reduce GC pressure.
Claude.md: The New Standard for AI Native Software Development DocumentationApr 28, 2026. Learn what Claude.md is, why it matters in AI native software development, and how AI coding agents use structured context to build better software faster.
How Voice AI Could Transform Healthcare Using Models Like Microsoft’s VibeVoice-ASRApr 29, 2026. Discover the key benefits of Microsoft’s VibeVoice-ASR 7B model, including long context transcription, speaker recognition, multilingual support, and AI agent memory capabilities. Learn whether VibeVoice-ASR can run locally, hardware requirements, and how developers can use it for enterprise AI, healthcare, video platforms, and conversational AI systems.
What is the difference between struct and class in C# with performance comparison?Apr 22, 2026. Unlock C# performance! Explore struct vs. class differences: memory, speed, and use cases. Optimize your .NET apps with the right choice for efficiency.
How to Perform Integration Testing in ASP.NET Core Applications?Apr 17, 2026. Master ASP.NET Core integration testing! Learn to test APIs, databases, and services together using WebApplicationFactory and in-memory databases for reliable apps.
Rust as a Skill: Building Safe and High-Performance ApplicationsApr 15, 2026. Discover Rust, a powerful language for safe, high-performance applications. Learn why Rust's memory safety and concurrency features are revolutionizing development.
Difference Between Span and Memory in C# with Examples?Apr 14, 2026. Unlock C# performance! Master Span and Memory for efficient memory management. Learn when to use each for faster, scalable .NET applications. Includes examples!
What Is Rust Programming Language and Why Is It Called a Memory-Safe Language?Apr 07, 2026. Explore Rust, a memory-safe language ensuring high performance and security. Learn why it's ideal for system programming, cloud, and performance-critical apps.
How to Optimize Memory Usage with C# Garbage CollectionApr 03, 2026. Unlock C# garbage collection! Learn how it works, optimize memory usage, and boost performance in ASP.NET Core apps. Essential for scalable .NET development.
How to Fix Memory Leaks in JavaScript ApplicationsApr 01, 2026. Fix JavaScript memory leaks! Learn to identify and prevent performance degradation, crashes, and high RAM usage with practical solutions and best practices.
How to Handle Self-Referential Structs in Rust Without Using Unsafe BlocksMar 30, 2026. Unlock safe self-referential structs in Rust! Ditch unsafe code for owned data, indices, and smart pointers. Master memory safety and borrowing with proven libraries. #rustlang
What is CXL 3.1 and How It Addresses AI Memory Pooling IssuesMar 30, 2026. CXL 3.1 revolutionizes AI memory pooling! Learn how it solves fragmentation, underutilization, and cost issues in AI clusters for optimized performance.
Physics of Systems: What Actually Happens When Your Code RunsMar 28, 2026. Demystifying system design: Understand how code execution, memory hierarchy (cache, RAM, disk), and the OS impact performance. Optimize for data proximity!
How the .NET Garbage Collector Actually ThinksMar 27, 2026. Demystify .NET garbage collection! Learn how it manages memory, optimizes performance, and impacts your C# code. Understand generations, LOH, and best practices.
Why Value Types Exist in C#: The Philosophy Behind StructsMar 27, 2026. Explore C#'s value types (structs) and their design philosophy. Learn how they boost performance, reduce garbage collection, and represent data efficiently. Discover when and how to use structs effectively for optimal .NET application design.
How Does Garbage Collection Work in .NET Core?Mar 26, 2026. Master .NET Core's garbage collection! Learn how it manages memory, prevents leaks, and optimizes performance. Discover best practices for efficient apps.
The Hidden Cost of Abstraction in C#Mar 26, 2026. Explore the hidden costs of abstraction in C#, including performance overhead, memory usage, and complexity. Learn how to balance abstraction for efficient code.
How to Create AI Chatbot with Memory Using LangChain and Local DatabaseMar 24, 2026. Build an AI chatbot with memory using LangChain, local LLMs, and databases. Create personalized, private, and cost-effective AI solutions locally. Learn how!
Context Hub by Andrew Ng: What It Is and How to Use It to Improve AI Coding AgentsMar 24, 2026. Learn what Context Hub is and how to use it to give AI coding agents better, versioned documentation, persistent notes, and safer developer workflows.
How to Use Redis Cache to Improve API PerformanceMar 23, 2026. Boost API performance with Redis caching! Learn how to implement Redis for faster response times, reduced database load, and improved user experience. A practical guide.
What Is OpenAI Assistants API and How to Use It in Real Applications?Mar 18, 2026. Discover OpenAI Assistants API: build intelligent AI assistants with memory, tool integration, and automation for customer support, education, and more.
How to Implement Long-Term Memory in AI Agents Using Vector Databases?Mar 18, 2026. Equip AI agents with long-term memory using vector databases! Learn how to store, retrieve, and utilize past data for personalized and intelligent AI responses.
AgenticSDB: A Purpose-Built Kernel for AI AgentsMar 16, 2026. AgenticSDB: A purpose-built kernel for AI agents, offering a verified agent memory runtime designed for production-grade cognition, governance, and execution. It's a cognition backbone, not just storage.
What Is AI Agent Memory and How to Implement It in LLM-Based ApplicationsMar 17, 2026. Unlock personalized AI! Learn about AI Agent Memory, its importance, and how to implement it in LLM apps for better user experiences and intelligent automation.
How to Implement Redis Caching for High-Traffic Applications?Mar 16, 2026. Boost app performance with Redis caching! Learn how to implement Redis for high-traffic applications, reduce database load, and improve response times. A must-read!
Why Is Rust Becoming Popular for Systems Programming?Mar 16, 2026. Discover why Rust is gaining traction for systems programming! Learn about its memory safety, performance, and how it's used in cloud, OS, and more. A modern alternative to C/C++.
What Techniques Help Manage Context and Memory in Long-Running AI Conversations?Mar 13, 2026. Explore techniques for managing context and memory in long AI conversations. Learn how to build AI systems that remember details for accurate, natural responses.
Unified Memory ArchitectureMar 11, 2026. UMA unifies CPU & GPU memory, boosting performance & efficiency. Eliminates data copies, simplifies programming, and enhances heterogeneous computing. Ideal for SoCs.
Most AI Agents Can Execute. Very Few Can Remember.Mar 08, 2026. AI agents excel at execution, but lack memory. This article argues persistent memory is crucial for enterprise AI, enabling learning, collaboration, and smarter remediation.
How to Debug Memory Leaks in Modern JavaScript Applications?Mar 06, 2026. Master JavaScript memory leak debugging! Learn to identify & fix issues with Chrome DevTools, detached DOM elements, & event listeners. Keep apps fast & stable.
Memory Profiling in C#: Detecting and Preventing Memory Issues in .NET ApplicationMar 03, 2026. Master C# memory profiling! Detect and prevent memory leaks, optimize .NET applications, and boost performance. Essential for scalable, robust systems.
Garbage Collection Internals in .NET: How Memory Management Really WorksMar 03, 2026. Unlock .NET's garbage collection secrets! Explore generational memory management, LOH behavior, GC modes, and optimization techniques for high-performance C# apps.
How to Profile and Fix Memory Leaks in Backend Applications?Mar 03, 2026. Fix backend memory leaks! Profile, analyze heap snapshots, and implement solutions like bounded caching and proper resource cleanup. Ensure stable performance.
Clawra AI Idol: What it is and How it works for always-on AI fandomMar 02, 2026. Learn what Clawra is and how this AI idol works with memory, personality, and fan interaction—plus how to think about risks, trust, and healthy use.
Why Are Developers Switching to Rust for System-Level Programming?Mar 02, 2026. Discover why developers are ditching C++ for Rust in system-level programming! Explore its memory safety, concurrency, performance, and security advantages. A deep dive!
Why LLMs Are So Expensive?Feb 28, 2026. Why are LLMs costly? This in depth guide explains training cost, inference cost, GPU infrastructure, attention scaling, KV cache memory, architecture internals, and why some models are more expensive than others.
How to Detect and Fix Memory Leaks in Java ApplicationsFeb 20, 2026. Master Java memory leak detection & prevention! Learn to identify causes, use profiling tools, and apply fixes for stable, scalable production apps.
How to Reduce GC Pressure in .NET Applications EffectivelyFeb 20, 2026. Reduce .NET Garbage Collection (GC) pressure for optimal performance! Learn practical strategies to minimize allocations, optimize code, and boost application speed.
ZLINQ vs LINQFeb 20, 2026. Unlock peak .NET performance! Compare LINQ & ZLINQ for querying data. Discover when ZLINQ's zero-allocation approach crushes LINQ in speed and memory efficiency.
How Does Redis Improve Application Performance?Feb 19, 2026. Unlock peak app performance with Redis! Learn how this in-memory data store slashes latency, boosts scalability, and optimizes caching for lightning-fast experiences.
Context Engineering for Large Language Model Agents: Theoretical Foundations and Memory Management StrategiesFeb 13, 2026. Explore context engineering for LLM agents: optimizing context size, managing memory, and mitigating context poisoning/distraction for efficient performance.
Deep Dive into Span and Memory in C#: High-Performance Memory Handling in .NETFeb 13, 2026. Unlock peak .NET performance with Span and Memory in C#! This deep dive explores efficient memory handling, reducing allocations, and boosting speed in C# applications.
Caching in ASP.NET Core: Best Practices for High-Performance ApplicationsFeb 13, 2026. Boost ASP.NET Core app performance with caching! Learn best practices for in-memory, distributed, and response caching to reduce database load and improve speed.
Why Does Server Response Time Increase After Long Uptime?Feb 06, 2026. Uncover why server response time degrades after extended uptime. Learn about memory leaks, resource exhaustion, and practical solutions for stable performance.
The Gödel Autonomous Memory Fabric DB Layer: The Database Substrate That Makes Continual-Learning Agents Safe, Auditable, and ScalableFeb 02, 2026. Gödel Memory Fabric: A governed database layer for autonomous AI agents. Ensures safe, auditable, and scalable continual learning by managing memory lifecycle.
Gödel Autonomous Memory Fabric DB LayerJan 31, 2026. Gödel's Autonomous Memory Fabric DB Layer: A governed, multi-store memory substrate for safe, explainable, and repeatable autonomous continual-learning agents.
Why Does Google Chrome Show “Aw, Snap!” Error Frequently?Jan 30, 2026. Frustrated by Chrome's "Aw, Snap!" error? This guide explains why it happens (memory, extensions, outdated versions) and offers simple fixes to keep your browser running smoothly.
How to Debug Memory Leaks in Long-Running Backend ServicesJan 28, 2026. Debug memory leaks in backend services! Learn to identify, diagnose, and fix leaks caused by caches, references, resources, & libraries. Keep your services stable.
Why PostgreSQL Uses So Much Memory in ProductionJan 23, 2026. Demystifying PostgreSQL memory usage in production! Learn how shared_buffers, OS caching, and concurrency impact performance and prevent OOM crashes. Understand memory scaling!
Rust vs Go Memory Behavior in Containers: Real Production ComparisonJan 21, 2026. Rust vs. Go in containers: A practical comparison of memory behavior in Docker and Kubernetes. Understand RSS patterns, GC impact, and OOMKills for informed decisions.
Common Rust Memory Myths in Production (And the Truth)Jan 21, 2026. Unravel common Rust memory myths in production! Learn how allocators, container limits, and metrics impact performance. Optimize Rust with confidence and data.
How to Design Rust Services to Be Memory-Stable by DefaultJan 21, 2026. Ensure Rust service memory stability from the start! Learn design principles for predictable usage, bounded growth, controlled concurrency, and peak performance.
Rust Memory Tuning for Kubernetes Autoscaling (HPA and VPA)Jan 21, 2026. Optimize Rust memory for Kubernetes autoscaling (HPA/VPA)! Prevent OOMKills by tuning startup, requests, and limits. Make autoscaling a strength, not a pain.
The Complete Rust Production Memory HandbookJan 21, 2026. Master Rust memory management in production! Learn to optimize for Docker/Kubernetes, avoid OOMKills, and understand RSS, heap, and allocator behavior. Design for stability!
Why Rust Applications Behave Differently in Docker and Kubernetes Memory LimitsJan 20, 2026. Rust apps in Docker/Kubernetes OOM? This guide explains why memory usage differs from local environments, focusing on allocators, limits, and metrics. Optimize Rust!
Why Rust Apps Get OOMKilled in Kubernetes Even When Memory Looks FineJan 20, 2026. Rust apps OOMKilled in Kubernetes? Learn why seemingly fine memory usage leads to crashes. Understand Rust's memory management and Kubernetes limits for stable deployments.
How to Size Kubernetes Memory Limits Correctly for Rust ServicesJan 20, 2026. Master Kubernetes memory limits for Rust! Avoid OOMKills and cost overruns by focusing on peak usage, reserved memory, and realistic traffic patterns. Ensure stable, predictable Rust services.
Rust Memory Metrics Explained: RSS vs Heap vs Allocator MemoryJan 20, 2026. Demystifying Rust memory metrics! Understand RSS, heap, and allocator memory to avoid false alarms and optimize your Rust applications in production. Learn to troubleshoot OOMKills.
How to Load Test Rust Services to Catch Memory Spikes EarlyJan 20, 2026. Uncover hidden memory spikes in Rust services with load testing! Learn to simulate real-world traffic, monitor RSS, and test inside containers for stable production.
Why Do Rust Applications Show Higher Memory Usage in Release Builds?Jan 19, 2026. Uncover why Rust release builds use more memory than debug builds. Learn about compiler optimizations, memory allocation, and when to worry about memory usage.
How to Reduce Memory Usage in Rust Release BuildsJan 19, 2026. Optimize Rust release builds for lower memory usage! Learn practical techniques: smarter allocations, efficient data structures, and compiler tuning. Essential for production.
Rust Memory Optimization Checklist for Production (With Speed vs Memory Trade-offs)Jan 19, 2026. Optimize Rust memory in production! This checklist covers tuning, allocation, data structures, and concurrency for efficient, scalable applications. Learn speed vs memory trade-offs.
Rust Memory Debugging and Profiling Tools for ProductionJan 19, 2026. Master Rust memory management in production! This guide covers essential debugging and profiling tools to identify leaks, optimize allocation, and ensure stability at scale.
Agent Memory and Long-Running Workflows: Designing AI Agents That Don’t Forget, Drift, or HallucinateJan 16, 2026. Build reliable AI agents with robust memory! Learn to design long-running workflows that avoid forgetting, drifting, and hallucinating. State-as-data is key!

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