The implementation of artificial intelligence is no longer just a technological trend; it is becoming a necessity established at the state level. Given the growing volume of tasks and the acceleration of work processes, HSE specialists need new tools to optimize routine tasks. Vera Konshina, representing Yandex, analyzes practical experience in using generative neural networks to transform corporate communications and create training materials on industrial safety.
A huge percentage of an HSE specialist's daily work involves communication and training. Traditional text instructions and regulations often fail to resonate with employees, especially the younger generation, who absorb visual information better. The presentation details the transition from dry documents to AI-generated videos.
The speaker demonstrates by example how to build a step-by-step workflow with neural networks, gradually increasing task complexity. It is recommended to start with basic text models (such as YandexGPT, GigaChat, or Deepseek) for drafting short incident reports. The next step is generating images for internal presentations, taking corporate colors into account.
The most complex but effective stage is working with video and audio. Instead of trying to generate a complex video sequence from scratch, which often leads to visual distortions (artifacts), a combined approach is proposed: first, a high-quality static image is created, which is then "brought to life." For voicing briefings, speech synthesis services are used, providing realistic voices without the need for studio recording.
The quality of the result directly depends on how the task is formulated. The speaker analyzes common generation errors when the neural network adds unnecessary details (for example, distorted proportions or extra fingers). To avoid this, a strict prompt structure must be applied:
Before starting serious work, it is recommended to test the selected model's ability to build logical connections by asking it an absurd question (for example, about heating an object in a freezer). This allows you to assess the adequacy of the algorithm.
One of the key barriers to implementing AI in a corporate environment is the risk of data leakage. Using open cloud models means that uploaded information can be used for further algorithm training. To protect confidential enterprise information, it is necessary either to conduct a strict data anonymization procedure (removing legal details and personal data from risk assessment cards) or to use closed corporate AI perimeters operating under secure B2B contracts.