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• 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!
• Allocate Minimum Number of Pages Using Binary SearchJan 23, 2026. Master the "Allocate Minimum Number of Pages" problem using binary search! Learn to efficiently distribute books and minimize the maximum pages a student reads. A key DSA interview question!
• 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!
• Rue: A Professional Look at the Claude-Assisted Programming LanguageJan 17, 2026. Rue: An experimental systems language blending memory safety, performance, and usability, co-developed by Steve Klabnik and Anthropic's Claude AI. Worth watching!
• Why Does Docker Container Memory Usage Keep Increasing Over Time?Jan 16, 2026. Troubleshoot Docker container memory growth! Learn why memory usage increases over time, identify root causes like leaks and caching, and implement effective solutions.
• How Does Garbage Collection Work in C#?Jan 15, 2026. Unlock C#'s automatic memory management! Learn how garbage collection reclaims unused memory, preventing leaks and boosting performance. A must-read for C# developers!
• Performance Issues After Node.js Upgrades: Common Problems Developers Are ReportingJan 12, 2026. Node.js upgrades can introduce performance regressions. Learn common issues like memory leaks, event loop delays, and dependency conflicts. Upgrade safely!
• Optimizing .NET App Performance: How Developers in India and Globally Can Build Faster ApplicationsJan 13, 2026. Boost .NET app performance! Learn AOT compilation, diagnostics, async programming, and memory management. Essential for developers in India and globally.
• Smarter Memory Management for Long-Running Apps: ASP.NET Core in .NET 10 Automatically Releases Unused Pooled MemoryJan 12, 2026. .NET 10 enhances ASP.NET Core with automatic pooled memory trimming, reducing memory usage in long-running apps like APIs and services. Learn how it works and benefits you!
• Anti-Patterns to Avoid When Using Memory Pools in ASP.NET CoreJan 12, 2026. Discover the top 10 memory pooling anti-patterns in ASP.NET Core from an MVP perspective. Learn how to avoid runaway memory usage, GC pressure, and false memory leaks while leveraging .NET 10’s automatic pool trimming.
• Knowledge Management Reimagined with Azure AI: Turning Enterprise Data into Organisational MemoryJan 09, 2026. Unlock organizational memory with Azure AI. Transform fragmented data into actionable knowledge, boosting decision-making, onboarding, and innovation.
• How to Monitor Redis in Production: Metrics, Alerts, and Real World Signals That MatterJan 06, 2026. A practical, human written guide to monitoring Redis in production. Learn which Redis metrics actually matter, how to spot problems early, and what teams usually miss until it is too late.
• Top 3 Legit Ways Developers & Students Can Earn in 2026 (No Hype — Real Opportunities)Jan 02, 2026. Developers and students can earn in 2026 through real, skill-based and value-driven opportunities. This article explores micro-work, contribution-based earning, and building digital assets — focusing on growth, learning, community and sustainable income.
• How to Monitor Redis in Production: Metrics, Alerts, and Real World Signals That MatterJan 01, 2026. A practical, human written guide to monitoring Redis in production. Learn which Redis metrics actually matter, how to spot problems early, and what teams usually miss until it is too late.
• Blueprint for Intelligence: What Business Agent Architecture Is and How to Build ItJan 01, 2026. Learn what business agent architecture is and how to build it with key components, governance, security, and operating metrics to deliver reliable ROI from AI agents in the enterprise.
• Redis TTL and Expiration Strategy for Production SystemsDec 29, 2025. Learn how to design a correct Redis TTL and expiration strategy to prevent stale data, memory leaks, and unpredictable cache behavior in production systems.
• Value Types and Reference Types in C#Dec 28, 2025. Unlock C# mastery! This guide clarifies value vs. reference types, impacting memory, performance, and bug prevention. Essential for efficient .NET development.
• Hybrid Cache & Output Caching in .NET: A Game Changer for High-Performance ApplicationsDec 26, 2025. This article explains how Hybrid Caching and Output Caching in ASP.NET Core (.NET 10) significantly boost application performance, reduce database load, enhance scalability, and improve system resilience. With real-world e-commerce scenarios, best practices, and conceptual implementation guidance, it shows why caching is now an essential architecture choice for modern cloud-ready applications.
• C# 14- Beyond Methods: Exploring Advanced Extension Member ScenariosDec 25, 2025. Unlock the power of C# 14 extension members beyond basic methods! Discover advanced techniques for cleaner APIs, fluent design, and improved code readability. Elevate your C# skills!
• What Is Redis Cache and When to Use It Instead of In-Process Memory or App DictionaryDec 23, 2025. Learn what Redis cache is, how it works, and when you should use Redis instead of in-process memory or an application dictionary. A practical guide for architects and developers building scalable systems.
• How to Design a Redis Cache Strategy for Scalable Applications (With C# Examples)Dec 23, 2025. Learn how to design a production ready Redis cache strategy using cache aside pattern, TTLs, and best practices. Includes real C# examples using Redis for scalable systems.
• The Silent Killer of Serverless Performance: Avoiding the “Warm Start” Memory TrapDec 23, 2025. Solve serverless memory issues! Learn how warm starts cause OOM errors in Cloud Functions and discover best practices for efficient memory management. #serverless
• From Single Agents to Governed Ecosystems: GSCP-15 Orchestration with Layered MemoryDec 15, 2025. As organizations shift from isolated large language model calls to complex, multi agent systems, the challenge is no longer how well a single model performs on a benchmark, but how reliably a coordinated ecosystem of agents can solve real problems under constraints. GSCP-15 (Gödel’s Scaffolded Cognitive Prompting, 15 phase variant) treats the model as one component inside a broader pipeline that includes retrieval, planning, tooling and governance. This article outlines how GSCP-15 can be used to architect such agent ecosystems when combined with a layered, controller based memory model. It describes orchestration patterns, agent roles and coordination workflows, and explains how memory layers support these behaviors while keeping the system auditable and controllable in enterprise contexts.
• Effective Techniques for Memory Optimization When Working with Python Lists and DictionariesDec 16, 2025. Learn practical and effective techniques to optimize memory usage when working with Python lists and dictionaries. This guide explains common problems, best practices, and real-world examples in simple words.
• Top Tools for Debugging and Profiling Web ApplicationsDec 12, 2025. A detailed guide to top tools and techniques for debugging and profiling web applications, with a focus on Angular. Covers Chrome DevTools, Augury, NgRx DevTools, memory profiling, and performance optimization strategies. Helps senior developers maintain high-quality, scalable, and performant applications in production.
• AI Agents: Architected Memory Systems For GSCP-15 AgentsDec 11, 2025. Agentic AI systems increasingly depend on persistent memory to deliver coherent, personalized and auditable behavior over time. A common implementation pattern uses a small number of low level memory blocks, such as static key value storage, fact extraction modules and vector databases. While simple, this block oriented view couples agents to storage details, makes governance difficult and does not align well with advanced cognitive frameworks such as GSCP-15 (Gödel's Scaffolded Cognitive Prompting, 15 phase variant). This article proposes a layered, controller based memory architecture explicitly aligned with GSCP-15. It decomposes memory into functional layers (identity and policy, profile and preferences, episodic interaction, semantic knowledge, vector index, task workspace and working memory), introduces a MemoryController as the primary interface for agents, and describes a promotion and governance pipeline for transforming transient conversational traces into stable, governed knowledge. The result is a system in which GSCP-15 stages can operate over a coherent and auditable memory substrate, rather than a loose collection of ad hoc blocks.
• How WebAssembly Is Changing Front-End DevelopmentDec 10, 2025. Front-end development has undergone significant evolution over the last decade. From simple HTML and CSS pages to rich, interactive single-page applications (SPAs), the web has become increasingly complex. However, JavaScript, despite its ubiquity, sometimes struggles to deliver high-performance computation-heavy tasks efficiently.
• Understanding JavaScript Memory Management: Garbage Collection, Memory Leaks, and ProfilingDec 07, 2025. Understanding JavaScript Memory Management: Garbage Collection, Memory Leaks, and Profiling
• The Complete Breakdown of How AI Agents WorkDec 07, 2025. A deep, step by step breakdown of how modern AI agents think, plan, observe, use tools, store memory and act. Learn the full internal workflow powering today’s intelligent autonomous systems.
• Return First: A Clean-Code MindsetDec 08, 2025. Clean Code Principles in .NET : Introduce how Return First fits into modern clean code practices and why it matters for .NET developers. Reducing Complexity with Guard Clauses : Explain how guard clauses simplify methods, reduce nesting, and improve readability. Real-World .NET Examples : Provide practical before after code samples from controllers, services, and validation flows to demonstrate the impact. Improving Maintainability and Debugging : Show how early returns make debugging easier and help ensure consistent business rules. When Return-First Should NOT Be Used : Clarify edge cases where early-return might not be ideal important for a balanced, senior level approach.
• Detecting And Fixing Memory Spills To TempDB In SQL ServerDec 01, 2025. Deep dive into SQL Server TempDB memory spills: detect, analyze, and fix them for optimal performance. Essential for senior DBAs managing high-volume systems.
• First-Class Span<T> and ReadOnlySpan<T> Support in C# 14Dec 02, 2025. Learn how C# 14 introduces first-class language support for Span&lt;T&gt; and ReadOnlySpan&lt;T&gt;, including new implicit conversions, usage patterns, performance benefits, and limitations.
• Memory-Optimized Table Variables vs Temp Tables in SQL ServerDec 01, 2025. Unlock peak SQL Server performance! This guide compares memory-optimized table variables and temp tables, offering benchmarks and best practices for optimal use.
• 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 &amp; Columnstore Indexes enable sub-millisecond ingestion and instant insights on massive datasets.
• How AI Agents Use Filesystems for Context EngineeringNov 24, 2025. A comprehensive guide to how AI agents leverage filesystems for scalable context engineering, metadata enrichment, retrieval workflows, and persistent memory, based on modern LangChain patterns.
• IMemoryCache vs Redis: A Complete Comparative StudyNov 17, 2025. Explore IMemoryCache vs. Redis for .NET caching. Understand their architectural differences, performance, scalability, and use cases to optimize your application.
• How LLM Memory Works: Architecture, Techniques, and Developer PatternsNov 14, 2025. Deep technical guide explaining how LLM memory works, including ephemeral, session, long-term, and vector-memory systems. Includes full code for hybrid RAG + memory retrieval pipelines.
• How Do AI Agents Work Behind the ScenesNov 14, 2025. Learn how AI Agents operate internally. Understand their architecture, planning loops, memory systems, reasoning processes, tool use, and execution workflow. A detailed guide for developers building the next generation of autonomous software.
• Understanding Span<T> in C#Nov 09, 2025. Learn how it provides a zero-allocation view over memory for arrays, strings, and more, boosting efficiency and reducing GC overhead
• Advanced .NET Core Concepts — DI, Middleware & Memory Leaks Nov 04, 2025. Master advanced .NET Core: Dependency Injection for loose coupling, custom middleware for request handling, and memory leak prevention for robust applications.
• .NET Core Advanced MCQs — Dependency Injection (DI)Nov 04, 2025. Test your .NET Core knowledge with these advanced MCQs! Covers Dependency Injection, Middleware, Memory Management, and Performance optimization techniques. Ace your next interview!
• 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.
• Learn Garbage Collection in C# Oct 29, 2025. Learn how Garbage Collection (GC) works in C# ASP.NET WebForms with a practical example. Prevent memory leaks and optimize your web application&#39;s performance.
• Prepare for 16 KB Memory Pages (Mandatory by Nov 1, 2025)Oct 29, 2025. Android 15 mandates 16KB memory pages by Nov 2025! Update your apps to avoid Play Store rejections. Native code users, upgrade NDK/AGP &amp; SDKs now for optimal performance.
• Understanding Garbage Collection, Cyclic References, and Memory Management in C#Oct 27, 2025. Master C# memory management! Explore garbage collection, cyclic references, weak references, and IDisposable for efficient, leak-free .NET applications.
• Understanding Garbage Collection, Cyclic References, and Memory Management in C#Oct 27, 2025. Master C# memory management! Explore garbage collection, cyclic references, weak references, and the IDisposable pattern for efficient, leak-free .NET apps.
• OpenMemory – Self-Hosted Long-Term AI Memory Engine for LLMsOct 26, 2025. OpenMemory is an open-source, self-hosted memory engine designed to add persistent, semantic, and contextual memory to AI agents and LLM applications. Learn architecture, setup, use-cases, limitations, and integration.
• Chapter 7: Pointers and Memory Management in C++Oct 23, 2025. Unlock the power of C++ with pointers! This chapter dives into memory management, covering pointer declaration, address-of and dereference operators, and pointer arithmetic with arrays. Learn dynamic memory allocation using &#39;new&#39; and &#39;delete&#39; to avoid memory leaks and build efficient, high-performance applications.
• Chapter 10: Classes and Objects: Construction and DestructionOct 23, 2025. Explore object lifecycle management in C++! This chapter dives into constructors, special functions that initialize objects upon creation, covering default and parameterized constructors with practical examples. Learn about destructors, crucial for releasing resources like dynamically allocated memory to prevent memory leaks. Finally, understand the &#39;this&#39; pointer and its role in differentiating member variables and enabling method chaining for cleaner code.
• PostgreSQL Architecture and Deployment: A Technical Overview with Azure IntegrationOct 24, 2025. Explore PostgreSQL architecture, memory management, and Azure deployment options in this technical overview. Learn about key components like the Postmaster process, shared memory tuning (shared_buffers, wal_buffers), connection pooling, and client tools (psql, pgAdmin). Discover Azure Database for PostgreSQL deployment models: Single Server, Flexible Server, and Hyperscale (Citus) for optimal performance and scalability.
• ASP.NET Core Caching Mastery: Redis, Memory Cache, Distributed Patterns & Performance Optimization (Part - 27 of 40)Oct 21, 2025. Master ASP.NET Core caching with this comprehensive guide! Explore Redis, memory caching, and distributed patterns for building high-performance applications. Learn real-world strategies, optimization techniques, and best practices to drastically improve response times and reduce database load. Includes code examples and performance monitoring tips.
• Building LangGraph with LangChain: A Complete Developer GuideOct 19, 2025. Learn how to build, visualize, and manage agentic workflows using LangGraph and LangChain. Explore architecture, examples, use cases, and GEO-optimized implementation techniques.
• LLMs: GSCP-12, Memory, and Machine Consciousness — An AI PerspectiveOct 19, 2025. This article reframes machine consciousness from a philosophical debate to an engineering challenge. It introduces GSCP-12, a framework for building AI systems with memory, self-awareness, introspection, and agency. By focusing on measurable capabilities and accountable actions, it proposes a path toward verifiable and safe AI consciousness, emphasizing transparency and ethical considerations.
• Role of Memory in Context EngineeringOct 15, 2025. Explore how memory shapes Context Engineering in AI systems, helping models like GPT-5 and Gemini retain information, maintain continuity, and deliver intelligent, personalized, and context-aware responses.
• How Context Length Impacts Large Language Model (LLM) Performance — Explained with GPT-5 and Gemini ExamplesOct 15, 2025. Discover how context length (context window size) affects reasoning, accuracy, and cost efficiency in large language models like GPT-5, Gemini, and Claude — and how context engineering improves AI performance and coherence.
• 🧠 GC.Collect() vs GC.SuppressFinalize() in .NET — Deep Dive (with Real-World Examples)Oct 15, 2025. Unlock .NET memory management secrets! This deep dive explores GC.Collect() and GC.SuppressFinalize(), revealing when and how to use them effectively. Learn the nuances of garbage collection in .NET 8/9+, understand the Dispose pattern, and avoid common pitfalls. Real-world examples and best practices included for optimized .NET performance. Master deterministic cleanup and boost your app&#39;s efficiency!
• The Illusion of Memory: How Azure Durable Functions Preserve State Across Replays in Airline Disruption ManagementOct 15, 2025. Discover how Azure Durable Functions tackle complex, stateful workflows like airline rebooking using the orchestrator pattern. Learn how deterministic replay and durable storage create the illusion of persistent memory, ensuring fault tolerance and scalability. Explore a real-world example of managing flight disruptions and enterprise-grade design principles for building resilient serverless applications that survive chaos and never lose state.
• 🧠 What happen Behind .NET GC (Generational Collection)?Oct 15, 2025. Dive deep into the .NET Garbage Collector (GC) and its generational approach! Understand Gen 0, Gen 1, and Gen 2, plus the Large Object Heap (LOH). Learn how object promotion works, when full GCs are triggered, and the impact of compaction. Discover GC modes in .NET 8+ and practical performance tips for efficient memory management. Master the .NET GC!
• Is Context Engineering the Future of AI DevelopmentOct 13, 2025. Discover how Context Engineering is reshaping the future of AI development by giving large language models memory, reasoning, and awareness across applications, industries, and enterprise systems.
• LangChain Code: Comprehensive Guide to Building Language-Aware AI ApplicationsOct 14, 2025. Explore how to use LangChain Code for building modular, context-aware, and AI-driven applications that integrate LLMs, memory, and retrieval systems seamlessly.
• How to Handle Follow-Up Questions and Maintain Context in Chatbots (Easy Guide)Oct 14, 2025. This article covers handling follow-up questions and maintaining context in conversational AI. Discover techniques like conversation history, context windows, embeddings, and intent recognition to create natural, personalized, and efficient chatbot interactions. Elevate your AI&#39;s ability to recall user data, track conversation flow, and respond intelligently, just like a human assistant.
• How Do LLMs Use Context to Generate Better ResponsesOct 13, 2025. Learn how large language models (LLMs) like GPT-5 and Gemini use context to understand intent, maintain conversation flow, and deliver accurate, human-like responses in AI systems.
• Context Engineering - The Future of Intelligent AI SystemsOct 11, 2025. Context Engineering is the next frontier of AI — the science of giving machines situational awareness to understand humans better. Learn what it is, how it works, and why it’s more powerful than prompt engineering.
• What Are the Main Components of Context Engineering?Oct 12, 2025. Learn the key components of Context Engineering — including contextual memory, embeddings, retrieval systems, and prompt layers — that power the next generation of intelligent AI systems.
• Difference Between Prompt Engineering and Context EngineeringOct 12, 2025. Prompt Engineering teaches AI what to do; Context Engineering teaches AI what matters. Learn the difference between prompt and context engineering, their roles in generative AI, and how they shape the future of intelligent systems.
• Context Engineering vs Prompt Engineering — The Next Evolution in AI DesignOct 11, 2025. Discover how Context Engineering is transforming AI beyond prompts. Learn the key differences between Prompt Engineering and Context Engineering, with examples, diagrams, and best practices for building smarter, context-aware AI systems.
• What is Google Gemini Enterprise Context WindowOct 10, 2025. Discover how large Google Gemini Enterprise’s context window really is. Learn how its 1 million-token memory compares with ChatGPT Enterprise, Claude 3 Opus, and Copilot, and what that means for enterprise-scale reasoning and document analysis.
• Context Engineering Tutorial: How to Build Smarter AI Systems That Think in ContextOct 11, 2025. A complete guide to Context Engineering — learn how to go beyond prompt writing and design intelligent, context-aware AI systems using LLMs like ChatGPT, Gemini, and Claude.
• What is Array in Data Structures with ExamplesOct 10, 2025. Arrays are fundamental data structures storing elements of the same type in contiguous memory, enabling fast access via index. This article explores array properties, operations (access, search, insertion, deletion), time complexity, and real-world use cases. Understand when to use arrays and their limitations compared to linked lists and dynamic arrays. Learn how arrays work in memory and their role in advanced data structures.
• How Is Memory Handled in LangChain?Oct 07, 2025. This article explores how LangChain handles memory to create more natural and engaging chatbot experiences. Learn about different memory types like BufferMemory, SummaryMemory, and VectorStoreMemory, and discover how to choose the right one for your project. Build smarter, more personalized AI companions that truly remember!
• How to Reverse a String In-Place in C++Oct 07, 2025. Master string reversal in C++ in-place! This guide covers essential techniques for coding interviews and efficient programming. Learn how to reverse strings without extra memory using two pointers, std::swap(), and the STL reverse() function. Explore C-style string reversal and edge case handling. Optimize your code and ace those technical challenges with these memory-efficient methods. Understand time and space complexity for optimal performance.
• Mastering Async/Await For Robust And Scalable .NET AppsOct 03, 2025. This article explains how to properly leverage async/await for scalable applications. Learn to avoid common pitfalls like thread pool exhaustion and connection pool bottlenecks. Discover best practices for ConfigureAwait, database connections, and end-to-end async implementation.
• Effective Context Engineering for AI Agents: Best Practices and FrameworksOct 01, 2025. Learn how to master context engineering for AI agents. Explore strategies for prompt design, memory management, retrieval, and optimization to build more intelligent, reliable AI systems.
• Mastering ArrayPool<T> in C#.NET to Cut Down AllocationsSep 28, 2025. This guide explains how to efficiently reuse arrays for file I/O, network operations, and more. Learn when to use it, common pitfalls, and practical examples for APIs, background workers, and stream pipelines. Discover how ArrayPool&lt;T&gt; minimizes allocations, reduces latency, and optimizes high-throughput services. Includes benchmark examples and a practical checklist.
• Preventing Memory Leaks in React with useEffect HooksSep 23, 2025. Prevent React memory leaks by mastering useEffect cleanup! Learn to properly manage timers, event listeners, async requests, and WebSocket connections within your functional components. This guide provides step-by-step examples and best practices for ensuring your React applications remain performant and stable by avoiding common pitfalls like uncleaned intervals and stale data updates. Discover how AbortController and React Strict Mode impact cleanup.
• CSharp (C#) and Generative AI: From Legacy Visual Studio to Modern Enterprise AISep 21, 2025. Explore the intersection of legacy .NET systems and modern Generative AI. Learn how C# developers are using prompt engineering to bridge the gap between Visual Studio 2005/2006 and .NET 6/7/8, extending the life of older systems while innovating with AI-driven capabilities. Discover hybrid AI scenarios and the future of C# development.
• Smart Capacity Allocation Strategies for Decentralized Analytics in Microsoft FabricSep 14, 2025. Learn strategies to balance consolidation and isolation, ensuring optimal performance and cost efficiency. Explore dedicated, shared, and hybrid models, plus chargeback strategies for transparent resource management. Discover how to align capacity with business needs, SLAs, and workload patterns for a successful self-service environment.