Many businesses have utilised cloud computing services to address the needs of servers and databases to render services to their customers. Amazon Web Services (AWS), a well-known provider of cloud computing services, is renowned for its extensive service offerings. The website will be deployed in the AWS Cloud and use AWS components such as AWS Lambda, AWS S3 (Simple Storage Service) and AWS CloudFront to enhance the security features of the website and prevent unauthorised access to the website and its related data from restricted countries, thus providing safe and secure functioning of the website. Lambda develops within this paradigm as a serverless, event-triggered computing solution. AWS API Gateway is used here to establish communication among websites, Lambda functions, and DynamoDB databases. AWS IAM (Identity and Access Management) is used here to manage access rights for the DynamoDB database. When an event occurs, such as an incoming HTTP (Hypertext Transfer Protocol) request made over the Amazon API Gateway or a function URL, and a change is made to an item in the Amazon DynamoDB database, Lambda responds by running code and producing the output. Storage and scalability are provided by Amazon S3, a service designed specifically for object storage and static web hosting of simple websites. Advanced security capabilities, including location-based blocking and URL-based blocking, are provided by AWS CloudFront. AWS CloudWatch is used to improve the security aspects of the website and prevent unauthorised access to it. The website's security is fortified through the strategic deployment of AWS components, such as AWS Lambda, AWS S3, AWS CloudFront, AWS API Gateway, AWS IAM and AWS CloudWatch. AWS Lambda, functioning as a serverless, event-triggered computing solution, responds to events like incoming HTTP requests or changes in the DynamoDB database by executing code and producing the required output.