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ÁÔÆæÖØ¿Ú RTLS Mesh is renowned for its exceptional accuracy, offering UWB localization with a precision of up to 30 cm in optimal conditions. This accuracy can vary slightly depending on the specific environmental factors of the deployment area. The high precision of ÁÔÆæÖØ¿Ú RTLS Mesh makes it an ideal solution for industries where even minor discrepancies in location tracking can have significant implications, ensuring reliable and precise monitoring of assets across various operational environments.

Yes, the battery system in ÁÔÆæÖØ¿Ú RTLS Mesh devices is user-friendly, allowing customers to replace batteries themselves. These devices are designed for long-term use, with a battery lifespan ranging from 3 to 6 years, varying based on the update frequency. This extended battery life, combined with the ease of replacement, significantly reduces maintenance costs and downtime, enhancing the overall efficiency and usability of the system.

Absolutely. ÁÔÆæÖØ¿Ú RTLS Mesh adheres to the highest data security standards, employing AES128 + OMAC1 end-to-end encryption for BLE and using proprietary protocols for UWB communications. This ensures that all data transmissions within the system are secure and protected against unauthorized access. Furthermore, ÁÔÆæÖØ¿Ú RTLS Mesh's network hosting is fortified with password-protected access, and the entire system complies with ISO 27001 standards, a globally recognized benchmark for information security. Data within the AWS Virtual Private Cloud (VPC) is safeguarded using TLS/MQTTS protocols, making it inaccessible from outside, thus providing an additional layer of security for sensitive information.

When ÁÔÆæÖØ¿Ú OS is hosted in the cloud, the system experiences a latency of approximately 1 minute. This delay is primarily attributed to the necessary buffer time for collecting and aggregating data packets from the RTLS Mesh system. This process ensures accurate and comprehensive data gathering before transmission to the cloud. The latency is not a result of the cloud backend itself but is a part of the designed data processing workflow, which is optimized for both accuracy and efficiency.

The risk of interference with existing machines that use BLE is significantly minimized in ÁÔÆæÖØ¿Ú RTLS Mesh. The system operates across numerous radio channels, enabling it to intelligently select channels with the least traffic. This feature not only minimizes interference with other devices but also enhances the overall reliability of the network. The RTLS Mesh network's design includes an automatic channel selection mechanism that further reduces the likelihood of interference, even in environments with high BLE traffic. This makes ÁÔÆæÖØ¿Ú RTLS Mesh a highly reliable solution for industrial settings where various wireless systems coexist.