Nishant Bhandari

@nishant4532

👨‍💻 Associate Software Engineer at Motadata ⭐| Network Monitoring & Observability | Java, JavaScript, Golang 🌐

Joined June 2024

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👨‍💻 Associate Software Engineer at Motadata ⭐ CodeChef 4★ | Java, JavaScript, Golang 🌐 Network Monitoring & Observability ⚡ Reactive Java (Vert.x) | 🎓 DDIT Graduate

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Nishant Bhandari's blogs

Java Deep Divejava-insights.hashnode.dev3 posts

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NBNishant Bhandarijava-insights.hashnode.devMar 14 · 4 min read

Memory Leak vs High Memory Usage in Java — A Practical Explanation

One of the most common misunderstandings when debugging Java applications running on the JVM is this: High memory usage does not necessarily mean there is a memory leak. Many engineers immediately s

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NBNishant Bhandarijava-insights.hashnode.devJan 17 · 3 min read

Why Reactive Java is Needed: Scaling Beyond Traditional Spring Boot

(Spring WebFlux + Vert.x Perspective) Modern systems need to handle: Millions of concurrent users Real-time streaming Event-driven workflows Long-lived connections Low latency at scale Traditional Spring Boot (Spring MVC + Tomcat) struggles be...

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NBNishant Bhandarijava-insights.hashnode.devJan 17 · 3 min read

Understanding JVM Garbage Collection Performance Goals: Latency, Throughput, and Footprint

Garbage Collection (GC) is one of the most important components of the Java Virtual Machine (JVM). It automatically manages memory by reclaiming objects that are no longer in use. While GC simplifies memory management for developers, it also has a si...

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Nishant Bhandari

About

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Nishant Bhandari's blogs

Recently published

Memory Leak vs High Memory Usage in Java — A Practical Explanation

Why Reactive Java is Needed: Scaling Beyond Traditional Spring Boot

Understanding JVM Garbage Collection Performance Goals: Latency, Throughput, and Footprint

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Nishant Bhandari

About

Available for

Nishant Bhandari's blogs

Recently published

Memory Leak vs High Memory Usage in Java — A Practical Explanation

Why Reactive Java is Needed: Scaling Beyond Traditional Spring Boot

Understanding JVM Garbage Collection Performance Goals: Latency, Throughput, and Footprint