Introduction to Request Tracker
Request Tracker (RT) is a free, open-source issue tracking system that enables organizations to manage and track requests, issues, and workflow across various departments and teams. Key aspects of Request Tracker include: issue tracking, workflow management, and customizable reporting. RT provides a centralized platform for submitting, assigning, and tracking requests, making it an essential tool for organizations seeking to streamline their operations and improve customer satisfaction.
Definition and Purpose
Request Tracker is designed to help organizations manage requests, issues, and workflow in a structured and efficient manner. The primary purpose of RT is to provide a transparent, accountable, and automated system for tracking and resolving requests. RT supports various types of requests, including incident reports, service requests, and problem reports, allowing organizations to adapt the system to their specific needs. By using RT, organizations can improve their response times, reduce resolution times, and increase customer satisfaction.
Key Features and Benefits
The key features of Request Tracker include:
- Customizable workflows: RT allows organizations to create custom workflows that reflect their specific business processes and procedures.
- Automated notifications: RT provides automated notifications and reminders, ensuring that requests are not forgotten or overlooked.
- Reporting and analytics: RT offers customizable reporting and analytics, enabling organizations to track performance, identify trends, and make data-driven decisions.
- Integration with other systems: RT can be integrated with other systems, such as authentication systems, email systems, and CRM systems, to provide a seamless and integrated experience.
The benefits of using Request Tracker include:
- Improved response times: RT enables organizations to respond quickly to requests, improving customer satisfaction and reducing resolution times.
- Increased transparency: RT provides a transparent and accountable system for tracking requests, ensuring that all stakeholders are informed and up-to-date.
- Enhanced collaboration: RT facilitates collaboration and communication among teams and departments, ensuring that requests are properly assigned and resolved.
How Request Tracker Works
Request Tracker works by providing a centralized platform for submitting, assigning, and tracking requests. The basic workflow of RT includes: request submission, request assignment, request resolution, and request closure. Here's a step-by-step overview of how RT works:
- Request submission: A user submits a request through the RT system, either via email, web interface, or other integrated systems.
- Request assignment: The request is assigned to a specific queue, where it is reviewed and assigned to a particular team or individual.
- Request resolution: The assigned team or individual works on resolving the request, with RT providing automated notifications and reminders to ensure timely resolution.
- Request closure: Once the request is resolved, it is closed, and the user is notified of the resolution.
Request Tracker Components
The main components of Request Tracker include:
- RT Core: The core RT system, which provides the basic functionality for tracking requests and managing workflow.
- RT Extensions: Optional extensions that provide additional functionality, such as integration with other systems, custom reporting, and advanced workflow management.
- RT Interface: The user interface for RT, which provides a web-based interface for submitting, assigning, and tracking requests.
The following table summarizes the key components of Request Tracker:
| Component | Description |
|---|---|
| RT Core | The core RT system, providing basic functionality for tracking requests and managing workflow. |
| RT Extensions | Optional extensions that provide additional functionality, such as integration with other systems and custom reporting. |
| RT Interface | The user interface for RT, providing a web-based interface for submitting, assigning, and tracking requests. |
Implementation and Configuration
Implementing and configuring Request Tracker requires careful planning and consideration of the organization's specific needs and requirements. Key considerations for implementation and configuration include: defining workflows, configuring queues, and setting up user roles and permissions. RT provides a range of configuration options, including customizable workflows, queues, and user roles, to ensure that the system meets the organization's specific needs. Additionally, RT provides a range of tools and resources, including documentation, tutorials, and community support, to help organizations implement and configure the system successfully.
Best Practices for Using Request Tracker
To get the most out of Request Tracker, organizations should follow best practices for using the system. Key best practices include: defining clear workflows and procedures, providing training and support for users, and regularly reviewing and updating the system configuration. By following these best practices, organizations can ensure that they are using RT effectively and efficiently, and that they are getting the most out of the system. Additionally, organizations should regularly review and update their RT configuration to ensure that it continues to meet their evolving needs and requirements.
Implementing a Request Tracker: A Step-by-Step Strategy
To effectively implement a request tracker, follow these key steps: define requirements, choose a platform, configure workflows, set up user roles, and test thoroughly. This strategic approach ensures a tailored system that meets the specific needs of your organization, enhancing issue management and resolution efficiency.
Step 1: Define Requirements
Before selecting or implementing a request tracker, it's crucial to define your organization's specific needs and requirements. This involves identifying the types of requests you will be tracking, the departments or teams involved, and the desired outcomes. Consider the following:
- Types of requests: Support tickets, project requests, IT issues, etc.
- Departments involved: IT, customer support, project management, etc.
- Desired outcomes: Resolution times, request volumes, user satisfaction, etc.
- Integration needs: With existing systems, such as CRM, project management tools, etc.
Step 2: Choose a Request Tracker Platform
Selecting the right request tracker platform is vital. Consider the scalability, customization options, user interface, and cost. Some popular options include Best Practical's Request Tracker (RT), JIRA Service Management, and Zendesk. When choosing, consider:
- Scalability: Can the platform grow with your organization?
- Customization: Can workflows, fields, and permissions be tailored to your needs?
- User Interface: Is the platform user-friendly for both requesters and administrators?
- Cost: What are the total costs of ownership, including any custom development or support fees?
Step 3: Configure Workflows
Configuring workflows is a critical step in setting up your request tracker. This involves defining the stages a request goes through from submission to resolution. Key considerations include:
- Request Types: Differentiate between types of requests to apply specific workflows.
- Statuses: Define the statuses a request can have (e.g., new, in progress, resolved).
- Transitions: Specify the conditions under which a request can move from one status to another.
- Assignments: Determine how requests are assigned to teams or individuals.
Step 4: Set Up User Roles and Permissions
Setting up user roles and permissions is essential for controlling access and ensuring that users can only perform actions they are authorized to do. Consider:
- Requester: Can submit requests but cannot view or modify others' requests.
- Support Agent: Can view and modify requests assigned to them.
- Administrator: Has full control over the system, including configuration and user management.
Step 5: Test Thoroughly
Before deploying your request tracker, test it thoroughly to ensure it meets your requirements and works as expected. This includes:
- Unit Testing: Test individual components of the system.
- Integration Testing: Test how different components work together.
- User Acceptance Testing (UAT): Have end-users test the system to ensure it meets their needs.