# Software Requirements Specs

## Software Requirements Specifications - Fintech Platform Builder

### 1. Introduction

The purpose of this document is to outline the software requirements for a fintech platform builder using a no-code technology approach, similar to Webflow. The platform will enable users to create custom fintech platforms by leveraging pre-built components and APIs, allowing them to easily drag and drop banking features into their platform. Additionally, users will have the capability to export their custom fintech platforms as code and deploy them on their own servers.

### 2. Functional Requirements

#### 2.1 User Registration and Authentication

* Users should be able to create an account and register on the platform.
* Authentication mechanisms, such as email and password or social media login, should be provided to ensure secure access to the platform.

#### 2.2 Dashboard

* Upon logging in, users should be presented with a user-friendly dashboard interface.
* The dashboard should provide an overview of the user's fintech projects, templates, and recently edited platforms.

#### 2.3 Project Creation and Management

* Users should be able to create new fintech projects within the platform.
* The system should support multiple projects per user and provide an interface for managing and organizing these projects.
* Each project should have a unique name, description, and settings associated with it.

#### 2.4 Drag-and-Drop Interface

* The platform builder should provide a drag-and-drop interface for designing fintech platforms.
* Users should be able to choose from a library of pre-built components and widgets, including but not limited to account management, payments, transaction history, user authentication, etc.
* Components should be customizable, allowing users to modify their appearance, behavior, and data sources.

#### 2.5 API Integration

* The platform builder should support integration with pre-built APIs to enable banking functionalities within the fintech platforms.
* Users should be able to connect their platforms to popular banking APIs, such as payment gateways, account aggregation services, identity verification providers, etc.
* The platform should provide a simple and intuitive interface for configuring API integrations.

#### 2.6 Exporting Custom Platforms as Code

* Users should have the ability to export their custom fintech platforms as code.
* The exported code should be generated in a standard programming language, such as JavaScript or HTML/CSS, and follow best practices for maintainability and extensibility.
* The exported code should include all the necessary dependencies and configurations required to deploy the platform on the user's own server.

#### 2.7 Deployment and Hosting

* Users should have the option to deploy their custom fintech platforms on their own servers or choose a hosting option provided by the platform builder.
* The platform builder should support easy deployment and provide clear instructions or automated processes for setting up and launching the platform.

### 3. Non-Functional Requirements

#### 3.1 Security

* The platform should implement robust security measures to protect user data and ensure secure communication with external APIs.
* User authentication and authorization should be enforced to prevent unauthorized access to the platform.

#### 3.2 Performance

* The platform builder should be designed to handle a large number of users and projects simultaneously without significant performance degradation.
* The system should respond quickly to user actions, providing a seamless and responsive user experience.

#### 3.3 Scalability

* The platform builder should be scalable to accommodate an increasing number of users and projects over time.
* The underlying infrastructure and architecture should be able to scale horizontally and vertically as needed.

#### 3.4 Usability

* The user interface should be intuitive, aesthetically pleasing, and provide a smooth user experience.
* Clear and concise documentation, as well as tooltips or contextual help, should be available to guide users through the platform builder's functionalities.

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3.5 Compatibility

* The platform builder should be compatible with popular web browsers, such as Chrome, Firefox, Safari, and Edge, ensuring a consistent experience across different platforms.
* The exported code should be compatible with standard web development frameworks and libraries.

#### 3.6 Maintainability

* The platform builder's codebase should be well-structured, modular, and adhere to industry best practices to facilitate future maintenance and updates.
* Proper version control and documentation should be maintained to track changes and assist developers.

### 4. Constraints

#### 4.1 No-Code Technology

* The platform builder should be developed using a no-code technology approach, empowering users to create fintech platforms without the need for programming knowledge.
* The platform should provide visual interfaces and intuitive tools for designing and configuring platforms.

#### 4.2 API Compatibility

* The platform builder should support integration with a wide range of banking APIs.
* The system should provide a mechanism to easily add and manage API integrations, ensuring compatibility and flexibility.

### 5. Assumptions and Dependencies

#### 5.1 Infrastructure

* The platform builder should be built on a reliable and scalable infrastructure capable of handling the expected user load.
* Suitable hosting and deployment mechanisms should be provided to ensure platform availability and performance.

#### 5.2 Third-Party Services

* The platform builder may depend on third-party services for user authentication, hosting, and API integration.
* Integration and partnerships with these services should be established, ensuring seamless usage for platform users.

### 6. Conclusion

This Software Requirements Specifications document provides an overview of the key requirements for developing a fintech platform builder using no-code technology. The platform will empower users to create custom fintech platforms by utilizing drag-and-drop components and pre-built APIs. The ability to export platforms as code and deploy them on users' own servers enhances flexibility and control. By adhering to these requirements, the platform can deliver a powerful and user-friendly solution for building fintech platforms without requiring programming expertise.
