RPA+AI | Financial Robot | Robots for Everyone

Easy to use, easy to get started and powerful

Automate Any Web and Desktop Application

Automate any web and desktop application, including online banking, CRM, WeChat, ERP, stock software, and other daily applications, making it easy to automate tasks.

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Supports email and Excel comparison, OCR recognition, data capture, and more.

Supports data entry and capture within application interfaces, web page operations, sending and receiving emails, extracting information from Excel/Word/PDF files, and database access, making it easy to automate tasks.

Triggers and Business Flows

One business flow can be configured with multiple triggers, such as time triggers and file triggers.
Multiple designers can be deployed based on business needs; business flows are managed centrally.

Low-Code and AI Empowerment

Low-Code: Lowers the barrier to entry for using RPA robots, making it easy for non-technical personnel to get started and empower them to independently handle business tasks.
AI Empowerment: Natural language generation of executable code allows for direct execution, reducing implementation complexity.

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Supports internationalization

Supports English/Chinese/Traditional Chinese.

The robot learns instantly and works for you 24/7

Fast, low-code process editing

Uses natural language to present RPA process scripts;
Supports automatic recording and manual drag-and-drop process script generation;
Provides an integrated process script editing environment (IDE) for easy process script editing.

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Multiple trigger types

1. Time trigger: You can set daily/monthly execution policies and set specific time periods for task execution. You can also use cron expressions to flexibly configure trigger time rules.
2. File trigger: Monitor the creation/deletion/update/rename of a specific file to trigger task execution.
3. API trigger: Supports calling APIs to trigger specific processes.

Time trigger

File triggers

API triggers

Low-Code and Expert Mode

Zezhong RPA process scripts are low-code, suitable for business personnel to configure process scripts through recording.
It also supports expert mode, suitable for IT professionals to edit process scripts by calling command APIs.

Rich Command Set

Provides a rich set of commands, including browser commands, desktop application commands, visual commands, conditional commands, loop commands, exception handling commands, validation commands, and more.

Script Functionality Expansion

For complex business logic, such as interest calculation and fee calculation, Zezhong RPA supports external function definitions and JavaScript.

End-to-end process automation platform to help companies achieve strong growth

Process Designer

The RPA Designer is primarily responsible for business process configuration, task trigger management, and execution robot management.
Multiple designers can be deployed based on business needs.

RPA Process Configuration:

Configure processes using a natural language view
Configuration methods: Record automatically generated commands or manually drag and drop pre-set commands
Recording methods: Browser recording, desktop program recording, and visual recording (OCR)
Supports remote recording and playback in the control center
Supports process grouping and group access permissions

RPA Process Instructions:

Provides a wide range of process instructions
Supports custom instructions
Supports multiple value types
Supports multiple validation methods

Background of the integration of RPA and AI

Overview of RPA Robot Development

Limitations of Traditional RPA Robots

The personnel are highly specialized, and different platforms may require different scripts and personnel.

Complex expansion tasks can be difficult to write.

AI Empowers RPA Robotics

The rise of AI technology is bringing new opportunities to RPA robots. The powerful natural language understanding and generation capabilities of large AI models enable more intelligent robot command generation, improving robot efficiency and accuracy, and driving the development of RPA robots towards intelligence and flexibility.

Advantages of integrating RPA and AI big models

Natural language generation instructions

Improving the usability of RPA commands

Leveraging large AI models, RPA commands can be generated using natural language. Even non-technical personnel can easily write RPA scripts, lowering the barrier to entry for using RPA robots, improving overall team efficiency, and fostering the integration of business and technology.

AI tools can generate complex executable processes.

Natural language generates executable code that can be run directly, reducing implementation complexity.

Practical application scenarios and cases

1. Generate Scripts Using Natural Language

Enter the RPA Designer workflow

Enter natural language

Generate script instructions (single or batch)
2. AI Tool Generates Java

Built-in Functions

Using built-in functions, you can use the AI model as a tool to generate Java code as the function body. This can be used to handle complex scenarios.

Custom Functions

When entering AI into a custom function, you can use the AI model as a tool to generate Java code as the function body. This can be used to handle complex scenarios.

Technology development and deployment

Continuous Optimization of Large AI Models

With the continuous advancement of AI technology, large models will possess stronger natural language understanding and generation capabilities, providing more accurate and intelligent command generation services for RPA robots. Simultaneously, the performance and efficiency of the models will continue to improve, further optimizing workflows and reducing operating costs.

AI supports both local and cloud tokens.

If you don't have the resources to build your own AI, Zezhong RPA's AI can be used as a token.

If you already have an AI environment or resources, Zezhong RPA's AI can use local AI or build a local AI model.

Functional modules

Implementation Process

1. Demand confirmation (writing business SOP), similar to:
2. Use the [Designer]

Design a process (record, manually drag and drop)

Debug a process

Publish a process (save, automatically publish to the [Control Center])
3. Orchestrate Robots

Define Tasks

Select Executing Robots

Define Task Triggers (Multiple and Multiple Types Available)
4. Task Execution

Automatic Triggering

Automatic Execution

View the robot's execution status

View the execution log

View the business log

Automatically send notifications to business personnel