AI Decision Making - Business Areas - SOFTonNET - Artificial Intelligence Specialist

World-class artificial intelligence
World-class artificial intelligence
World-class artificial intelligence

Knowledge Based Decision Support System High accuracy
We build and reason over a logic-based knowledge base for a specific domain, integrate it with a reinforcement learning model
and add natural-language question answering, delivering higher accuracy in crisis response and medical diagnosis decision support systems.
A.I. Planning Based Process Optimization Logic based
We have developed our own SMT-based planning solver supporting logic- and numeric-based constraint modeling,
enabling us to optimize complex processes in each customer's problem domain by more than 20%.
Deep Learning Based 3D X-ray Image Recognition Deep Learning Machine
AiEYE's image recognition engine uses the latest deep learning technology to deliver more accurate recognition.

Key Features

Ai-Platform

Ai-Platform provides state-of-the-art AI technologies, deep learning models for 3D image recognition, a logic-based knowledge base and decision support systems.

Decision Support System
DSS integrates medical data, crisis-situation data collection, a logic-based
knowledge base and natural-language question answering to provide
highly accurate AI-based decision support.
Deep Vision
Optimized for 3D X-ray image recognition deep learning models, the solution
delivers particularly high recognition accuracy for automatic airport
hazardous materials screening and security applications.
A.I. Planning
Planning combines constraint-satisfaction solver technology
with modeling techniques for the problem domain to
achieve more than 20% process optimization.

Value Proposition

Value delivered by the AI Decision Making solution

An AI decision making system puts the best answer in front of the people doing the work.

Drawing on the expertise of field professionals, the system uses logical methods to identify optimal decisions and role assignments across hundreds of millions of possible cases
beyond human processing limits, enabling field equipment and operators to receive real-time work instructions and perform tasks optimally.