SRWAS: A Web-Based Service Request and Workflow Automation System

Abstract

Contemporary organizations encounter growing operational challenges in managing internal service requests across departments such as information technology, human resources, facilities management, and procurement. Conventional approaches that rely on unstructured communication channels, manual follow-up, and paper-based documentation are increasingly inadequate for meeting the responsiveness and transparency demands of modern enterprises. This paper proposes the Service Request Workflow and Automation System (SRWAS), a structured web-based platform engineered to automate the end-to-end lifecycle of organizational service requests. The system incorporates a role-based access control mechanism, a multi-tier approval workflow engine, real-time status tracking, and automated email notifications. The frontend is developed using HTML, CSS, and JavaScript, while the backend is implemented using the Java Spring Boot framework with RESTful API architecture. Persistent data storage is managed through a MySQL relational database. The proposed system substantially reduces request resolution time, eliminates redundant manual intervention, and provides management-level visibility into service delivery metrics through a centralized administrative dashboard. Evaluation results confirm that SRWAS achieves reliable functional performance, improved workflow efficiency, and enhanced auditability across all tested organizational service categories.

Introduction

Organizations increasingly need automated internal processes to handle service requests efficiently. Traditional manual methods—emails, phone calls, or walk-ins—are prone to delays, miscommunication, and lack of accountability. The Service Request Workflow and Automation System (SRWAS) addresses these issues by providing a centralized, technology-driven platform to manage the complete lifecycle of service requests across departments like IT, HR, Facilities, and Procurement.

Key Features:

• Centralized Web Portal: Users can submit, track, and manage requests from a single interface.

• Configurable Workflow Engine: Implements multi-stage, rule-based approval chains that route requests according to category, priority, and departmental hierarchy.

• Role-Based Access Control (RBAC): Differentiates requestors, approvers, and administrators to enforce authorization policies.

• Automated Notifications: Email alerts for submission, approval, escalation, and resolution stages.

• Auditability: All actions are timestamped and logged for compliance and reporting.

• Data Management: MySQL-backed relational database ensures efficient storage, retrieval, and reporting of service requests.

System Architecture:

• Three-Tier Architecture: Presentation layer (HTML/CSS/JS), application logic layer (Java Spring Boot), and data persistence layer (MySQL).

• Decoupled Frontend and Backend: Communication via RESTful APIs with JSON payloads, supporting scalability and potential third-party integration.

Workflow:

1. User authenticates via secure login.

2. Request submission with category selection, metadata, and optional attachments.

3. Automated routing to designated approver(s) based on rules.

4. Approver actions (approve, reject, escalate) are logged and trigger notifications.

5. Upon fulfillment, request status is marked Resolved, completing the workflow.

Authentication and Security:

• Spring Security + JWT for secure stateless sessions.

• Passwords hashed using BCrypt.

• Roles: Requestor, Approver, Administrator.

Modules:

• Request Management: Handles creation, modification, retrieval, and archival of requests.

• Approval Workflow Engine: Core component managing configurable multi-stage approval chains with escalation rules and edge case handling.

• Notification & Tracking: Sends automated updates to stakeholders at each workflow stage.

Benefits:

• Reduces processing delays and errors.

• Improves transparency and accountability.

• Provides audit trails for compliance and reporting.

• Offers a cost-effective alternative to heavy commercial service management platforms.

Conclusion

This paper has presented the design, implementation, and evaluation of the Service Request Workflow and Automation System (SRWAS), a web-based platform for automating the management of organizational service requests across IT support, facilities management, human resources, and procurement functions. The system addresses well-documented deficiencies in manual service request handling by providing a structured submission interface, a configurable multi-stage approval workflow engine, role-based access control, real-time status tracking, and automated email notifications. The implementation leverages a Java Spring Boot backend, MySQL database, and HTML/CSS/JavaScript frontend, delivering a deployable and maintainable solution built entirely on open-source technologies. Functional testing demonstrated complete coverage of specified system behaviors with all test cases passing after minor correction of a boundary condition in the escalation module. Performance evaluation under simulated concurrent load confirmed response times within acceptable operational bounds across all primary API endpoints. User interface evaluation with representative stakeholders yielded consistently positive ratings, with successful task completion across all assigned scenarios. Future development efforts will pursue several enhancement directions. A graphical workflow configuration interface will be developed to empower non-technical administrators to define and modify approval chains without direct database access. Mobile-responsive design improvements will be applied to the frontend to support access from portable devices. An asynchronous notification dispatch mechanism will replace the current synchronous model to improve throughput under high request volumes. Integration connectors for widely adopted LDAP and Active Directory identity providers will be developed to enable centralized user provisioning. Advanced analytics capabilities, including predictive workload modeling and service-level agreement (SLA) breach forecasting, will be explored as research extensions. Finally, multi-tenancy support will be incorporated to enable the system\'s deployment as a shared service platform for organizations with federated management structures.

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Copyright

Copyright © 2026 Vanacharla Vijaya Phani Sai Sahithi, Kadiyala Yaswanth Durgendra, Kanuri Jagan Satya Sai, Prakki Mohan Satya Seshagiri, Ganji Lakshmi. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.