Technology Overview

IsCoolLab delivers intelligent automation solutions designed for diverse industries. By integrating computer vision and AI with RPA software, we help organizations enhance efficiency and accuracy, reduce operational costs, and accelerate digital transformation.

What is AI RPA?

Robotiive is an automation platform built for enterprise workflows across various environments, and is the world’s only RPA software proven in manufacturing operations. As a leading smart-manufacturing solution, it combines AI-powered computer vision to enable automation driven by camera inputs—supporting public and occupational safety, personnel management, quality inspection, defect detection, and cross-system integration across industries.

AI as the “Brain”

Possesses cognition and decision-making capabilities, able to analyze complex situations and data logic.

Camera as the “Eyes”

Through AI computer vision technology, “sees” and understands screen content and machine status like the human eye.

RPA as the “Hands”

Precisely simulates keyboard and mouse operations to perform automated tasks across systems and platforms.

Key Technologies that Empower AI RPA

Computer vision enables the system to 'understand the screen,' while non-intrusive technology allows it to 'act across systems.

AI Computer Vision

Core Intelligent Automation Technology that Enables the System to “Understand the Screen

AI computer vision allows the system to “comprehend images and screens” by recognizing objects, text, colors, actions, and scenes, assisting in making automated decisions and taking actions. It simulates human visual understanding, enabling computers to extract key information from images, interpret content, and execute subsequent processes.

Object Recognition: Identifies people, items, scenes, and icons.
Text Extraction (OCR): Reads text and numbers from images.
State/Change Detection: Detects colors, positions, and changes on the screen.
Behavior Understanding: Analyzes actions or events and responds accordingly.

Applications Scenarios: Extracts information from images and makes automated decisions, suitable for any scenario requiring visual understanding.

Non-Intrusive Installation

Upgrade to a smart factory without modifying your machines

Traditional factories face challenges such as aging equipment, closed systems (OT), and gaps with management systems (IT). Robotiive uses proprietary integration technology to achieve physically isolated operations.

Zero Risk: No software installation on machines required, preserving the original manufacturer’s warranty.
Cross-Platform: Supports Windows (98/XP/7/10/11), Linux, DOS, and embedded systems.
No-Code: Drag-and-drop interface allows building automation workflows without programming experience.

Application Scenarios: Automatically input machine data (OT) into ERP/MES systems (IT), or perform automated equipment inspections.

Why Choose Robotiive?

It breaks the limitations of traditional RPA and IoT solutions, providing the most suitable solution for the manufacturing industry.

Comparison Item	Manual Operation	IoT Solution	Traditional RPA	Robotiive AI RPA
Monitoring Scope	Limited	Hardware Limited	Software Limited	✔ Comprehensive
Perception Capability	Manual Observation	Sensors	None	✔ Computer Vision
Implementation Time	Immediate	3-6 Months	1-2 Months	✔ 2 Weeks
Implementation Cost	Low	High	Medium	✔ Medium
Equipment Modification	Not Required	Required	Not Required	✔ Not Required
Data Accuracy	Prone to Errors	Accurate	90%+	✔ ~100%
System Integration	Difficult	Difficult	Limited	✔ Comprehensive
Automated Operation	✕	✕	Partial	✔ Complete

AI RPA Implementation Process

A standardized four-step approach for rapid digital transformation

Initiation & Planning

Interview requirements, define automation scope and AI KPIs

Feasibility Assessment

Validate technical feasibility, evaluate images/environment, execute POC (Proof of Concept)

Implementation & Deployment

No-Code script development, AI model training, validate data accuracy

Continuous Optimization

24/7 monitoring after launch and assistance with exception handling