XENOM announces the integration of sensors with embedded neural processors into its next generation of devices. All new XENOM helmets now come equipped with this technology out of the box — while the hardware cost for clients remains unchanged.
XENOM announces the integration of sensors with embedded neural processors into its next generation of devices.
All new XENOM helmets now come equipped with this technology out of the box — while the hardware cost for clients remains unchanged.
The new architecture enables on-device data processing and fully automatic data collection without human involvement. As a result, an objective, real-time digital footprint of on-site activity is continuously formed.
At the current stage, the system is focused on building a high-quality training dataset. XENOM collects and structures data on workforce activity across various real-world industrial scenarios, creating the foundation for the next phase of platform development.
Once sufficient data is accumulated, XENOM will enable automatic segmentation of workflows by activity type — allowing real-time classification of actions, precise identification of productive time, and detection of hidden inefficiencies.
The collected data is already being used to develop XENOM AI Copilot — an intelligent decision-support system that will evolve from analysis to risk prediction and actionable recommendations.
The integration of neural processors is a strategic step for XENOM: we are building the foundation for a new data-driven operating model for industrial environments — without increasing costs for our clients.