Telefónica and Halotech Drive Innovation in IoT Security with Post-Quantum Encryption
Transforming IoT Security with Post-Quantum Encryption
Telefónica and Halotech Digital Services announce an innovative IoT solution for secure communication based on post-quantum encryption. This advancement is especially relevant for safety-critical environments, such as mining, healthcare, and industrial sectors. The solution, named TU Quantum Encryption, was developed using the IoT Quantum Ready proof of concept for Halotech AI helmets, aimed at smart devices like Halo I and Halo III.
Enhancing Security and Connectivity
The new system focuses on providing a higher level of secure communication to smart devices, such as the Halo I connected helmets and Halo III smart bracelet. These devices are equipped with GPS, emergency SOS buttons, fall detectors, and advanced sensors monitoring environmental conditions, ensuring user safety in demanding circumstances.
- Telefónica: Ensures connectivity through NB-IoT and LTE-M networks, offering extensive coverage even in remote areas.
- Kite Platform: Users can monitor and control devices remotely through Telefónica Tech's managed IoT platform.
Commitment to Innovation
The partnership not only seeks to safeguard sensitive information but also aims to optimize operational performance in tactical operations bubbles, prioritizing the safety of operators and agents. According to Antonio Guzmán, Director of Discovery at Telefónica Innovación Digital, the integration of post-quantum security protects critical information from emerging threats posed by quantum computing. Halotech AI also expresses its commitment to delivering technology that maintains the highest security standards in the field.
Upcoming Event: Telefónica Innovation Day
Mark your calendars for the Telefónica Innovation Day on October 17, in Distrito Telefónica (Madrid). This event will showcase the latest technology and innovations from Telefónica, including real-time demonstrations of the new solution forged with Halotech. Visitors can experience how quantum encryption functions in practical scenarios.
This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.