The Cabinet of Ministers by its July 10 resolution has identified priority areas and projects for the implementation of AI in various sectors and governance for 2025-2026.

The program includes more than 60 projects, the implementation of which is planned jointly with a number of ministries, departments, medical and scientific institutions, as well as with the involvement of the private sector. They are grouped by industry: healthcare, transport and security, aerospace monitoring, ecology, industry, governmental services and others.

Healthcare

AI will be used to improve the quality of medical care. In the Almazar and Yunusabad districts, it is planned to implement a digital medical assistant based on AI and an auxiliary voice software module integrated into the Unified Medical Information System DMED as a pilot project. It is expected that it will use speech recognition technologies to automatically document medical examinations.

AI will help to early detect breast cancer based on mammographic studies. The pilot launch will take place at the Republican Specialized Scientific and Practical Oncology Medical Center, as well as at one private clinic.

To determine potential risks of chest cancer, it is planned to launch a software product for analyzing computed tomography and X-ray images. The pilot project will be implemented at the Republican Specialized Scientific and Practical Medical Center for Phthisiology and Pulmonology.

AI can analyze and forecast market needs for medicines and to create a digital medical assistant based on AI to support clinical decisions.

Judiciary

AI will provide legal assistance to individuals and calculate legal costs.

AI platform will analyze regulations for individuals, lawyers, attorneys, judges, as well as a system for recording meetings in the Uzbek language with the separation of speakers (diarization).

Aerospace monitoring

AI will be used in aerospace monitoring in selected experimental areas to analyze crop yields and assess the condition of pasture vegetation.

AI will monitor the condition of power lines and determine the best locations for installing solar panels.

AI will be used to identify unauthorized seizures and construction on land,.

Transport, logistics and public safety

AI-powered UzFace system for identifying individuals by face is planned at the entrance to Tashkent railway stations. AI will monitor the condition of railway tracks and asphalt pavements on roads.

Based on international experience, AI will be used for a warning system for dangerous situations.

While, also:

• AI will help improve the accuracy of satellite images;
• AI will monitor the condition of drivers of public and freight transport (drowsiness, use of a phone, etc.);
• using computer vision AI will identify minor offenses (smoking, jaywalking);
• AI will be used for automatic detection of traffic violations whilst driving scooters;
• AI module will calculate legal costs and providing legal assistance to individuals;
• AI will draft court decisions;
• Improvement of the UzFace system for identifying violations when throwing out household waste;
• AI will power systems for recognizing a person by clothing, hair color and objects in their hands using computer vision.

Environment, industry, services and others

UzFace will be used to identify cases of throwing out household waste using cameras. It is also planned to develop an information system for identifying minor offenses, such as smoking in public places, jaywalking with identification of the offender. Cases of riding electric scooters with safety violations are also planned to be recorded automatically.

Among others AI will power:

• Identification of violations in public procurement;
• Verification of suppliers' bank accounts during public spending;
• Detection of changes in mineral deposits using radar satellite data and AI;
• Automatic transcription system for meetings with identification of Uzbek speakers;
• Formation of the Uzbek language corpus and development of a national language model;
• Mobile application with sign language translation function;
• Robotic complex for assessing the accessibility of infrastructure for people with disabilities;
• Weather forecasting system based on AI and historical data;
• Implementation of a voice and text chatbot on the government services portal;
• Automatic verification and filling of data on uploaded documents on the government services portal;
• Automation of the governmental services contact center using voice robots;
• Voice control when filling out forms on the government services portal;
• Advanced training courses in AI for government employees and IT specialists.

In addition, a high-performance computing cluster, including graphics processors (GPU), and server equipment for big data databases will be purchased for Inha University in Tashkent. The Ministry of Digital Technologies has been instructed to ensure the purchase by June 1, 2026.