On October 12, 2026, the Russian Ministry of Defense announced the launch of a specialized service intended to train military-grade neural networks. According to the ministry, the initiative aims to increase the Russian army’s ability to meet modern artificial intelligence challenges. The service allows developers to work on AI models for military applications. The announcement framed the move as a step toward adapting the armed forces to the rapid evolution of AI technology.
Also on October 12, 2026, ministry specialists said they had created a unified standardized data recognition classifier for machine learning of artificial intelligence systems. This classifier allows developers of unmanned systems to work efficiently and in a structured manner with a database.
The ministry also launched a service that gives developers access to objective control data on the combat use of drones. This data reflects how unmanned aerial vehicles have performed in real-world conditions. Developers use this data to work on AI models. After they complete their work, the results are uploaded back into the service for verification. This feedback loop is designed to ensure that the data submitted by developers is complete and complies with the classifier’s required format, allowing the ministry to reuse the verified information for its own neural network training efforts.
The process of uploading developers’ results back into the service serves a verification function.
The process of uploading developers’ results back into the service serves a verification function. By checking that the returned data matches the classifier’s structure and is complete, the ministry can confirm that the information meets its standards before using it to train its own AI systems. This step ensures that the data submitted by developers is complete and complies with the classifier’s format, enabling the ministry to use the verified information for training its own neural networks.
The ministry highlighted that the new service is built with a strong focus on information security. It employs certified protection tools, modern cryptography, and advanced authentication methods to safeguard the service. These measures are meant to ensure information security and operational integrity.