This guide explains why adding the javacv‑platform dependency inflates a Java project's JAR to hundreds of megabytes and shows how to configure Maven to include only the needed native libraries, dramatically reducing size, build time, and deployment overhead.
This guide explains why SpringBoot JARs become bulky when many dependencies are included, shows how to inspect the packaged libraries, and provides step‑by‑step Maven configurations and runtime commands to build a leaner JAR that loads external libs only when needed, dramatically speeding up deployment.
This article explains how to shrink large Spring Boot fat JAR files by separating dependencies into a lib directory and creating small business JARs, covering three optimization levels—including standard dependency separation, merging modules into a shared lib, and handling system‑scope third‑party SDKs—complete with Maven configurations and code examples.
This article explains how to shrink large Spring Boot fat JARs by extracting common dependencies into a shared lib directory and building lightweight business JARs, offering step‑by‑step Maven configurations for four optimization levels that dramatically reduce deployment size and improve update speed for both monolithic and microservice projects.
This article explains how to break down large Spring Boot fat JARs by extracting dependencies into a shared lib directory and packaging only the business code, reducing single‑service JARs to a few hundred kilobytes and cutting total deployment size from gigabytes to a few hundred megabytes.
This article explains how to break down large Spring Boot fat JARs into a small business JAR and a shared lib directory, covering four optimization levels for single‑module and multi‑module microservice projects, and demonstrates Maven configurations that shrink deployment packages from hundreds of megabytes to a few hundred kilobytes.
This article explains why SpringBoot jars become large when packaged with many dependencies, and provides a step‑by‑step method—extracting the lib folder, adjusting the pom.xml to omit it, rebuilding, and running the slimmed jar with external libraries—to significantly shrink the final artifact and speed up deployment.
This guide explains why Spring Boot JARs become oversized when packed with many dependencies, demonstrates how to extract and reuse the lib folder, modify Maven settings to exclude embedded libraries, and run a much smaller JAR together with the external libs for efficient deployment.
This guide explains why Spring Boot JARs become bulky when packaged with many dependencies, and provides a step‑by‑step method—including Maven commands and configuration changes—to strip out unnecessary lib files, dramatically reducing the final artifact size for smoother production deployments.
