Top 40 Spring Boot Interview Questions 2025 (MOST ASKED)

List of most Frequently Asked Spring Boot Interview Questions with detailed answers for beginners, experienced and advanced candidates interview preparation: 

In the current agile development environment, all stakeholders from the product manager, design head, developers, testers, and DevOps teamwork against time, as all have deadlines. The design team and developers are always looking for a framework that can build applications without much configuration and has a built-in server to run the application.

Spring framework, where a lightweight POJO model was used during class creation, free linking testable modules, support of various configuration methods, and middleware-level services were installed at all architectural layers of web application development.

Spring Boot Interview Questions & Answers

The lengthy preparation involved in the configuration of the Spring framework contributed to introducing the Spring Boot framework.

An extension of the Spring framework, Spring Boot, has features like pre-configurable web starter kits that acts as application server required for Spring projects to help developers quickly create ready-to-run services.

This article will prepare you for Spring Boot Interview Questions that are often asked during the interview. The answers to the questions have been well researched and will surely bring success during the interview.

About Spring Boot

Spring Boot is a Java framework that helps in creating production-grade, stand-alone spring-based applications used to create Java microservices.

Microservice is a service-oriented architecture where a collection of smaller, low-cost, efficient services is created using any programming language to build the monolithic application. Some of the well-known Java microservice frameworks are Spring Boot, Jersey, Swagger, Dropwizard, RestExpress, and Spark.

The Spring Boot interview questions listed are for beginners, experienced and advanced candidates appearing for the interview, and may have experience working in Spring boot. The aim of this article is to offer all possible questions on Spring boot.

Most Frequently Asked Spring Boot Interview Questions

Q #1) What is a Java microservice?

Answer: Java microservice is an architectural concept where large applications are created as a collection of small loosely coupled functional modules that are independently deployable, testable, and maintainable by a small team designed around business capabilities.

Examples of Java microservice are Spring Boot, Jersey, Swagger, Dropwizard, RestExpress, Restlet, RestX, and Spark.

Suggested Reading =>> Microservices interview questions and answers

Popular Java microservices:

Q #2) Differentiate between Spring and Spring Boot applications.

Answer: Spring is a lightweight open source application development framework in Java, Spring Boot uses spring as its foundation layer for developing standalone microservices and web applications.

The difference between these Java frameworks is listed below:

Q #3) List the advantages of using the Spring framework.

Answer: Spring is a Java open source application development framework used for its simplicity, ease of use, safe, and quick to build enterprise applications.

Further Reading => Most Popular Spring Interview Questions

The benefits of using the Spring framework are listed below:

• Spring is a lightweight framework that uses plain old Java objects (POJO) and uses Tomcat as a servlet container.
• Spring Beans are configured using XML or Java-based annotations.
• Offers a separate class loader, different compilation, uses dependency injections to manage components and objects such as Spring Beans.
• Spring framework offers APIs that offer easy integration with Java EE, JDK timers, and ORM frameworks.
• Spring framework allows developers to pick only those classes or packages that they want to use.
• The testing spring-based application is simplified using JavaBean POJO due to dependency injection.
• Spring uses the MVC framework in place of the legacy web framework.
• A feature like inversion control and APIs to convert JDBC or hibernate exception.

Q #4) Why Spring boot was developed?

Answer: Spring boot was developed as an extension of Spring to overcome the limitations the Spring framework has. Spring boot uses annotation, boilerplate configuration, and reduced code length to help developers quickly deploy and create standalone Spring applications without any configuration overhead.

In addition, Spring boot also has starters that implicitly handle dependencies, embedded servers such as Tomcat and Jetty, in-memory database support, and a CLI tool for testing and developing applications.

Q #5) List the advantages of using the Spring boot application.

Answer: The advantages of using Spring boot to develop standalone microservice applications are below:

• Ease of development.
• Standalone applications without the need for deploying war files.
• Embedded servers like Tomcat, Jetty, or Undertow.
• XML configuration is not needed.
• Ease of starting the application.
• Simple setup and management with less source code saves time building the application.
• A large community for training helps solve problems during development.

Q #6) List the features of spring boots.

Answer: Spring Boot is an open-source Java framework used to create microservices and has the following features:

• Admin features: The facility enables application-wide admin-related features to remotely manage applications.
• Application events and listeners: Events create a factory file to add listeners referred by the ApplicationListener key.
• Externalized configuration: Use the YAML file to externalize configuration in order to use the same application in different environments.
• Properties files: Use of properties file that set server-port=8082 and organizes other application properties.
• YAML support: SpringApplication class alternative to properties supports YAML superset of JSON.
• Type-safe configuration: Use annotation to validate the configuration of the application.
• Spring Application
• Security: Spring-based applications are secured by authentication at all HTTP endpoints.
• Web Development: Creation of HTTP server and Spring boot starter web module using an embedded server like Jetty, Tomcat, or Undertow to quickly start and run the application.
• Logging: All internal logging is captured by common logging managed by default.

Q #7) Describe Spring boot components.

Answer: The framework is composed of the following four major components:

• Starter POMs: Organizes related or common dependencies into single dependencies. Project build dependencies are simplified by Spring Boot Starter, for example – a group of database-related jar files like spring JDBC, Spring ORM, and Spring Transaction is required to add records to a database.
• Auto Configurator: Spring configuration has been reduced due to Auto Configurator
• Command Line Interface (CLI): Software developed by Spring Boot can run and be tested from the command prompt.
• Actuators: Offer management endpoints and metrics for spring boot applications.

Q #8) Explain Spring boot starters.

Answer: Added under pom.xml ‘s <dependencies> section, Spring boot Starters are dependency descriptors that organize dependencies of 50+ Starters under a single name.

The benefits of Spring Boot Starters are as listed below:

• Reduced configuration time, thereby increasing productivity for developers.
• Less number of added dependencies makes ease managing the Page Object Model (POM).
• Dependency configurations are well supported, tested, and ready for production.
• No need to remember the version and name of the dependencies.

Q #9) List popularly used Spring boot starters.

Answer: There are more than 50 Spring Boot Starters available, however, the following six are listed below:

Q #10) What are actuators in Spring boot and the benefits of using them?

Answer: Spring Boot actuators provide a list of available built-in HTTP endpoints that enable adding actuator dependency. The Spring boot actuator library provides monitoring and health metrics from applications that are ready for production, without any coding or configuration with REST-like endpoint URLs.

The Spring boot actuator is used to retrieve information related to operations for running applications such as info, dump, env, metric, and health. The interaction with the Spring boot actuator uses JMX beans and HTTP endpoints.

Q #11) What system pre-requisites are needed for developing a spring boot application?

Answer: The system requirement for Spring Boot version 2.1.13 application development needs

• Java 8 (compatible up to Java 12).
• Spring Framework 5.2.14 or above
• Build Tools like Gradle 4.4 and higher or Maven 3.3 and higher.
• Embedded servlet containers such as Tomcat 9.0 with servlet version 4 or Jetty 9.4 with servlet version 3.1 or Undertow 2.0 with servlet version 4.0.
• Followed by Spring Boot CLI (command line interface)

Q #12) List the multiple ways Spring Boot application can be created with Maven.

Answer: The Spring Boot application can be created with any one of the following approaches:

• Spring Boot CLI
• Spring Initializr
• Spring Starter Project Wizard
• Spring Maven Project

Q #13) Describe Thymeleaf and its use.

Answer: The server-side template engine developed in Java, Thymeleaf is used along with Spring Boot for standalone and web environments. The template is capable of processing plain text, HTML, JavaScript, CSS, XML, and Raw. Thymeleaf provides an elegant, maintainable way of creating templates.

Thymeleaf fully integrates with the Spring framework, providing a well-formed way of creating templates. Many reputed organizations like HCL Technologies, Nokia Networks, University of Cambridge, JP Morgan, Canada Life, Deutsche Bank, etc. use Thymeleaf template in their web applications.

Q #14) Explain the need for Spring boot DevTools.

Answer: Spring Boot Developer Tool is utilized to improve development time while working with the Spring Boot application.

• Automatic Restart of an application: With DevTools, a developer can make changes in the properties file or Java source code for updates and restarts the application.
• Template Cache disabled automatically: Spring Boot offers various template options like Groovy, FreeMarker and Thymeleaf configured to cache the results of parsing automatically. Due to this, it becomes difficult to make changes in templates while running the application.
• DevTools automatically disables all template caching. The changes will reflect only after browser refresh.
• Automatic browser refresh: With DevTools embedded with an application, ‘LiveReload’ server is enabled, making your browser automatically refresh whenever changes in CSS stylesheets, JavaScript, Template engine, etc. are done.
• H2 database console: Adding H2 database dependency to the build, DevTools will enable the H2 console automatically

Q #15) List the steps required to create a Spring boot using a spring initializer.

Answer: A web-based tool, Spring Initializr helps developers generate Spring Boot project structure and JVM-based project creation with the extensive API it has. Spring initializr helps quickly bootstrap spring boot projects.

• Spring Initializr uses an interface at http://start.spring.io/, to build the Spring Boot project.
• The interface is as shown below with details pre-filled in the interface.

• Click on the Generate Project button, demoprj.zip file will be downloaded. Unzip this zip file and import it into the IDE of your choice.
• We are considering Eclipse as IDE used, Click File-> Import-> Existing Maven Project, as shown in the image below.
• Navigate to the location where your extracted zip file is kept as shown on the screen below.
• Click on the Finish button and Maven will download all the dependencies and initialize the project.
• You will find the Spring Boot project ready to run.

Q #16) List the steps to use JDBC for spring boot application connect with the database.

Answer: Following are the steps that explain how a Spring Boot application can be connected to a database using JDBC.

#1) Creating a Database

• Create a Schema library.
• Create a table named books in this schema, books table should have the column fields listed in the next point.
• Create table books (‘id’ int (11) NOT NULL AUTO_INCREMENT, ‘isbn’ int (13) NOT NULL, ‘category’ varchar(15) NOT NULL, ‘title’ varchar(25) NOT NULL, ‘author’ varchar(45) NOT NULL, ‘price’ float NOT NULL, PRIMARY KEY(‘id’));

#2) Creating Spring Boot Project

• Using Eclipse IDE, create Maven Project and update pom.xml.

• Use Java version 1.8 for Spring Boot version 2.1.8,
• Use JDBC with Spring Boot with spring-boot-starter-jdbc dependency

#3) Database Connection properties configuration

• Create application.properties file under directory location src/main/resources
• Database connection details are as listed below:

spring.datasource.url=jdbc:mysql://localhost:3306/library
spring.datasource.username=root
spring.datasource.password=password
logging.level.root=INFO

#4) Create Java Model Class

• Create a Book class in Java.

#5) Creation of Spring Boot JDBC application.

#6) Execute as Java application

#7) Verify (localhost: 8080/Insert), to find the Data entry operation successful.

Q #17) Explain @RestController annotation in Spring Boot.

Answer: @RestController annotation gives information on routing by mapping any HTTP request to the corresponding Spring method. In order to implement this annotation, import org.springframework.web.annotation package in the spring application.

All REST API methods in the Spring framework such as GET, POST, PUT, and Delete requests, are handled by @RestController annotation and are useful in creating RESTful web services.

Q #18) Describe @RestMapping annotation in Spring Boot.

Answer: @RestMapping annotation is used for the controller from both – class level and/or method level. The annotation maps a specific pattern or request path onto a controller. In addition, more mappings specific to handler methods are applied by method-level annotation.

Q #19) List the difference between annotations – @SpringBootApplication and @EnableAutoConfiguration.

Answer: Refer to the table below for understanding the differences:

Q #20) Describe Spring Boot CLI and how to execute the Spring boot project with CLI Spring boot?

Answer: Spring Boot CLI is a command-line interface for Spring boot for quick starting spring and creating quick spring-based applications. We can execute the spring boot application with the spring boot command line in the following steps:

• Write a groovy source code happy.groovy.

@RestController
class WriteQuote {
@RequestMapping("/")
String home() {
"Stay Happy"
}
}

• Groovy source code is compiled and run using the ‘run’ command.

$ spring run happy.groovy

• command line arguments can be passed to application using — spring command arguments that can be separated.

$ spring run happy.groovy –server.port=9001

• Use JAVA_OPTS environment variable to set JVM command line arguments.

$ JAVA_OPTS=-Xmx1024m spring run happy.groovy

Q #21) Explain auto-configuration in spring boot and list the steps to disable auto-configuration?

Answer: Spring Boot applications have three main features, making them useful in various applications.

1. Auto-configuration
2. Opinion-based approach for configuration
3. Ability to create stand-alone applications

Auto-configuration in spring boot is used for

• Checking dependencies
• Verify the presence of certain classes in the classpath
• Presence of bean
• Activation of some property

Auto-configuration can be disabled in the following ways:

1. Using Annotation
2. Using the property file
3. Using exclude attribute of @EnableAutoConfiguration

Q #22) List the advantages and ways to load the YAML file instead of the properties file in the Spring Boot application.

Answer: YAML is an acronym for “YAML Ain’t Markup language” and has the following properties:

• Human-friendly, provide more clarity
• Suitable for hierarchical data configuration
• Support for enhancing maps, lists, and scalar types.

There are two classes from the spring framework that extend YamlProcessor, that are used to load YAML documents.

YamlPropertiesFactoryBean class can load YAML as properties

YamlMapFactoryBean class will load YAML as Map

Q #23) What dependencies are required to start the JPA application and connect the in-memory database H2 with Spring Boot application?

Answer: In-memory database utilizes system memory to store data instead of disk space for data storage. These databases are convenient when you don’t need data stored in physical memory. Some examples of in-memory databases are Apache Derby, H2, and HSQLDB.

Dependencies between the H2 database and spring-boot-starter-data-jpa are configured as below

<dependency>
  <groupId>org.springframework.boot</groupId>
  <artifactId>spring-boot-starter-data-jpa</artifactId>
</dependency>
<dependency>
  <groupId>com.h2database</groupId>
  <artifactId>h2</artifactId>
  <scope>runtime</scope>
</dependency>

The parameters listed below are added to the application.properties file as a configuration to connect to an in-memory store with a username as sa and an empty password.

spring.datasource.url=jdbc:h2:mem:sampledb
spring.datasource.driverClassName=org.h2.Driver
spring.datasource.username=sa
spring.datasource.password=
spring.jpa.database-platform=org.hibernate.dialect.H2Dialect

In addition, spring boot has two more properties to manage the h2 console, such as enable/disable database trace logs, and remote access to the H2 console by adding the following in application.properties file.

spring.h2.console.settings.trace=false
spring.h2.console.settings.web-allow-others=false

Q #24) How can we use profiles to configure environment-specific configuration with Spring Boot application?

Answer: Spring profiles allow developers to organize and group several application components and configuration modules in order to enable or disable in any environment or instance, in addition, any component annotated with @ configuration or @ component can also be annotated with application profile when it is added to the application context.

1. We can add a profile annotation setting as @Profile(“batch”) declaring the component is a part of a batch profile.
2. To create an application jar file, Type mvn clean package.
3. To start the embedded Apache Tomcat server on port 8080, Use the Java Jar command, and stop the application by typing ctrl+ c.
4. Start the application again by bypassing the spring profile active command line argument environment variable informing that the batch profile is active.

Q #25) List the ways to change the port of the embedded tomcat server in Spring boot.

Answer: You can change the embedded tomcat server default port 8080 by adding the following in application.properties file

server.port=8081

There are many more ways to change the tomcat port:

• application.yml file
• application.properties
• EmbeddedServletContainerCustomizer interface
• WebServerFactoryCustomizer interface
• Command Line parameter

Q #26) Describe the starter dependency in the Spring boot application.

Answer: Spring boot starters are dependency descriptors that are added under the <dependencies> section in pom.xml to manage dependency. There are more than 50 spring boot starters for spring and other technologies.

The benefits of using spring boot starters are listed below

• Configuration for dependency is quick and thereby speeds up productivity.
• Ease of managing POM as the number of dependencies is reduced with adding starters in pom.xml.
• Spring boot starters are supported, tested, and are ready for production for dependency configurations.
• The details like the name and version of dependencies are not required to remember.

Q #27) List some commonly used dependency starters for spring boot.

Answer: Following are some useful dependency starters for Spring boot:

• Data JPA starter
• Mail starter
• Thymeleaf starter
• Security starter
• Test starter
• Web starter

Q #28) Why do we use @componentScan in class files?

Answer: @ComponentScan annotation in class is applied with @Configuration annotation to inform Spring packages to scan for annotated components in the class, and specify both base packages and their classes using @ComponentScan attributes, namely base packages or thebasePackageClasses.

Q #29) List some common Spring Boot Command Line commands.

Answer: To understand the command and its use, use help to open an online description about the command below

#1) $ spring help run

This command is used to run a spring groovy script

#2) $ spring version

The command displays version details of the spring installed

#3) $ spring test mycode.groovy welcome.groovy

Total: 2, Success: 2, Failures: 0

Passed? true

The test command compiles and runs the test for your application

#4) $ spring jar source-code.jar *.groovy

The jar created (source-code.jar) will contain all compiled classes, entries from the application’s classpath, and application dependencies that can be run using the java -jar

#5) $ spring install com.mypack:spring-boot-cli-extension:1.0.2.RELEASE

install command help add extensions in the format group:artifact: version as above

#6) $ spring uninstall com.mypack:spring-boot-cli-extension:1.0.2.RELEASE

uninstall command help uninstall artifacts

#7) $ spring uninstall –all

uninstall all dependencies using –all command

Q #30) What are the basic annotations offered by Spring boot?

Answer: Some of the most common and basic spring boot annotations that you will find in org.springframework.boot.autoconfigure and their sub-packages are explained below:

• @SpringBootApplication: It is used to enable Java-based Spring configuration, component scanning, and auto-configuration feature
• @EnableAutoConfiguration: It enables the Spring Boot application to auto-configure application context, it should be placed in the root package so that sub-packages and classes can be searched.
• @Configuration: Used to tag a particular class as a source of bean definitions for application context.
• @ComponentScan: Using this annotation informs Spring packages to scan annotated components. If @ComponentScan is used without any arguments, it will inform Spring to scan the current package and all of its sub-packages.

Q #31) Differentiate between @RestController and @Controller.

Answer: @Controller annotation is used along with @RequestMapping annotation-based annotation handler methods. Their use is to mark the class as a web request handler. @Controller is used with Spring MVC applications where they are scanned to detect @RequestMapping annotations.

@RestController annotation is used for making restful web services, allowing to handle all REST API methods such as GET, POST, Delete and PUT requests. The differences between @Controller and @RequestMapping annotation are listed below

Q #32) Differentiate between RequestMapping and GetMapping.

Answer: @RequestMapping, @GetMapping, and @PostMapping annotations are used to map URLs to a specific Controller method. The difference between @RequestMapping and @GetMapping is listed below

Q #33) List actuator provided endpoints for monitoring Spring boot application.

Answer: Actuator endpoints allow developers to monitor and interact with the application. There are built-in endpoints already available as well as one can create customized endpoints. We can enable or disable these endpoints as per our needs.

The list of Actuator endpoints for Spring Boot are:

• Beans
• Configprops
• Health
• Httptrace
• Heapdump
• Threaddump
• Mapping
• Info
• Shutdown

Q #34) List the ways to enable debugging log in spring boot application.

Answer: Spring boot enable debug logging feature will display useful information related to Spring boot container initialization on a console, and check which beans have been created using which configuration.

The following are the options to enable logging in Spring boot application.

• Set debug=true or trace=true in application.properties

OR

• Set debug=true in application.yml file

OR

• pass parameter java -jar demo.jar –debug before starting the application using jar command.

Q #35) List the steps to deploy the Spring Boot application as a WAR.

Answer: In order to deploy the spring boot web application,

#1) Add the following plugin in pom.xml

<plugin>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-maven-plugin</artifactId>
</plugin>

#2) With the above plugin, a Jar executing package phase will be generated, which will have all necessary libraries and dependencies along with the embedded server.

You can run an application like an ordinary JAR file.

#3) The packaging element in pom.xml must be set to jar to build a JAR file as

<packaging>jar</packaging>

In a similar way, we can create a WAR file,

<packaging>war</packaging>

Q #36) Describe steps to deploy Spring Boot to a Docker container.

Answer: Docker is a service products platform for OS-level virtualization delivering software in packages called containers. The software hosting the container is known as the Docker engine. In order to deploy Spring Boot to a Docker, we should take the following steps:

#1) Create a Spring Boot application, docker-message-server that reveals one endpoint and returns a static message as below

@RestController
public class DockerMessageControllerClass {
@GetMapping(“/messages”)
public string getMessage() {
return “Explore Docker capabilities”;
  }
}

#2) An executable jar file will be created with a configured Maven file

$> mvn clean package

#3) Start up the Spring Boot application

$> java –jar taget/docker-message-server-1.0.0.jar

We can access the working Spring Boot application at localhost:8080/messages.

#4) To Dockerize the application, Dockerfile is created as below

FROM openjdk:8-jdk-alpine
MAINTAINER baeldung.com
COPY target/ docker-message-server-1.0.0.jar message-server-1.0.0.jar
ENTRYPOINT [“java”,”-jar”, “/message-server-1.0.0.jar”]

#5) To run ‘docker build’ like before –

$> docker build –tag=message-server:latest

#6) We can run the container from the image below

$> docker run –p8887:8888 message-server:latest

The above command will start the Spring Boot application in Docker, by accessing it from the host machine at localhost:8887/messages. We need to define the port mapping – mapping a port at host 8887 to a port inside Docker 8888.

Q #37) How to integrate Spring Boot and ActiveMQ

Answer: Written in Java, Apache ActiveMQ is an open-source multi-protocol message broker with a full Java message service client. It uses AMQP protocol to connect with clients written in C, C++, .Net, Python, and JavaScript. It uses STOMP over web Sockets to exchange messages between web applications.

#1) In order to integrate Spring Boot with ActiveMQ, download ActiveMQ from the site http://activemq.apache.org/download.html. Once downloaded extract the folder, In its bin folder look for activemq.bat file and click it to start ActiveMQ.

#2) Open the browser and go to http://localhost:8161/admin/queues.jsp, there will not be any queues on this page.

#3) In Maven, the dependency needed is spring-boot-starter-activemq

#4) Create SpringBootApplication.java and use JMSTemplate to add new queues as ‘myqueues’

JMSTemplate jms = ctx.getBean(JmsTemplate.class);
jms.convertAndSend(“myqueues”,”test message”);

#5) Create application.properties as spring.activemq.broker-url = tcp://localhost:61616, start ActiveMQ, start spring boot application by running SpringBootApplication as Java application.

#6) Go to http://localhost:8161 and you will find myqueues will be created.

Q #38) How to integrate Spring Boot and Apache Kafka

Answer: Apache Kafka is a community-distributed event streaming platform delivered from the Confluence platform suitable for web, custom applications, microservices, monitoring, and analytics features. Apache Kafka is scalable, distributed, elastic, and fault-tolerant in nature.

• Spring Initializer uses an interface at http://start.spring.io/, to build the Spring Boot project.
• The interface is as shown below with details pre-filled in the interface below:

• Use Confluent Cloud fully managed Apache Kafka as a service, publish and read messages from Kafka, and create a simple Java class as below:

public class User {
private String username;
private int userage;

public User(String username, userage) {
this.username=username;
this.userage = userage;
}
}

• Using application.properties file or application.yml file makes Java class from @Configuration annotation.
• Create a producer to write a message on the topic.
• We auto-wired kafkaTemplate and used the instance to publish the required messages to the topic.
• Create Consumer – a service that reads messages and processes them as per our business needs
• To create a REST Controller – in order to consume Kafka messages, a REST Controller with a single endpoint should be created, and a message will be published to the endpoint and handled by the producer.

Q #39) List the steps to implement swagger using Spring Boot

Answer: Swagger is an open source set of rules, specs, and tools for describing and developing interactive, machine, and human-readable RESTful APIs.

• Create an entity with the name AppUser

@Entity
public class AppUser {
@Id
private Long id;
private String username;
private int user_age;
private String email;
//getters and setter
}

• Create UserRepository as below to add CRUD operations to the AppUser entity

@Repository
public interface UserRepository extends CrudRepository <AppUser, Long> {
}

• Import SpringDataRestConfig class to SpringFoxConfiguration class

@EnableSwagger2WebMvc
@Import (SpringDataRestConfig.class) 
public class SpringFoxConfiguration {
}

• Restart the application to generate Spring Data REST APIs specifications
• Specifications are generated for the AppUser entity with HTTP methods like GET, POST, PUT, PATCH, and DELETE.

Q #40) List the reasons for Spring Boot is preferred over any other framework.

Answer: The main reason for preferring Spring Boot is due to its features such as pre-configurable web starter kits that act as application servers required for Spring projects to help developers quickly create ready-to-run services.

• It is one of the best means for configuring Java Beans.
• Spring Boot offers a highly robust batch processing for managing effectively REST endpoints.
• Spring boot can be integrated with the auto-configuration tool, which eliminates manual configuration, thereby speeding up development.
• It offers ease in dependency management, the inclusion of embedded servlet containers, and enables annotation-based configuration.

Conclusion

Spring Boot is used to create a standalone application jar without any deployment customization, comes with prebuilt application servers like Tomcat, Jetty, or undertow, and comes with features such as auto-configuration, opinionated dependencies, and health checks.

Spring boot interview questions are most often questions asked by industry experts, and we have well-researched their answers for candidates’ success during spring boot interviews.