Hi-End AI Agent
Software Robot

The five human senses can be developed through RBF.

The actual five senses are sight (seeing), hearing (listening), taste (tasting), smell (smelling), and touch (feeling with skin), RBF can replace these with ① thinking, ② seeing, ③ speaking, ④ hearing, and ⑤ manual input, as shown in the figure below, to develop the senses replaced by RBF.

Adoption of grid networks

Communication in human work is achieved through two-way communication (conversation) from person to person.
Similarly, two-way communication from robot to robot is necessary for all people in an organization to cooperate and get the job done.
Therefore, we thought that a communication network for multiple people to work is almost the same as a grid network.
A grid network is a type of distributed network in which multiple computers and devices are interconnected and work together to complete tasks.
For this reason, RBF has adopted and implemented the concept of grid networking in its design, which allows IA robots to be placed on a grid network.
This allows you to replace employees with IA robots in the same functional locations within your organization.




・Two-way communication between IA robots
・Communication relay between IA robots
・NAT traversal in communication between IA robots
・Reverse NAT in communication between IA robots
We have achieved this.
Communication data is encrypted, data is compressed, and connections between IA robots are authenticated.
Grid network communication can be easily developed by simply specifying RBF API arguments.

The advantages of placing IA robots on this grid network are as follows:

1. Scalability
The grid network improves the scalability of the entire system because multiple IA robots can cooperate and share tasks.
Processing capacity can be easily expanded by adding new IA robots.

2. Efficient resource utilization
Each IA robot can share specific tasks, optimizing resources.
This reduces energy consumption and time waste.

3. Redundancy and reliability
The grid network allows multiple IA robots to perform the same task, so even if one IA robot fails, the entire system can continue to function, improving reliability.

4. Real-time data processing
Multiple IA robots can collect and process data simultaneously, enabling real-time decision-making.
This allows them to function effectively in situations where a rapid response is required.

5. Collaborative work
By sharing and cooperating with each other, IA robots can perform more complex tasks more efficiently and achieve results that could not be achieved by a single IA robot.

6. Flexibility
Grid networks can integrate different types of IA robots with AI systems, allowing for flexible operation for a variety of purposes.

Equipped with edge AI camera function

IA robots are equipped with edge AI camera functionality.
Edge AI camera indicates that data processing for object recognition is not performed by the cloud, but by the IA robot at the end of the line.
By machine learning the data annotated with objects requested by customers, it can recognize, detect, and detect objects such as people, cars, and faces.
It can also inspect the appearance of objects by forcing it to learn the object's features.
Applications are expected to be broadened by deploying multiple [IA robots + edge AI cameras] on a grid network.

Introducing the IA Robot APIs

You can easily control IA Robots by simply setting API arguments.

-	Keyboard input / Mouse operation / Mouse drag and drop
-	There are five ways to get screen display information. 1:Window text capture 2:Object text characters in window memory 3:Graphic patterns 4:OCR 5:Screen coordinates
-	Windows screen control * Log on / Log off * Screen lock / unlock
-	Receive mail lists in your mailbox, send and receive mail, and send and receive attachments from your mail server.
-	Text characters are read out loud (voice) over a speaker and controlled by human voice input to a voice recognition engine.
-	Obtaining location information from location-based services (e.g., GPS sensors)
-	Controls power supply for PCs and monitors.
-	File transfer between IA Robots.
-	Cross the IP segment, Reverse NAT, Communication relay between IA Robots.
-	Cooperation with IoT devices.
-	Creating and Editing Excel files.
-	Edge AI cameras Appearance Inspection or detect people, vehicles, objects, and more.

Details...

RBF Extension Software

Software that supports integrated system operation by IA Robots and development of IA Robots