The security performance test reveals that 53.7% fewer intrusion incidents in business venues using the three-level certified smart lock and its electromagnetic protection mechanism can survive 15kV electrostatic discharge (ISO 10605 standard). The anti-drilling and anti-damage strength reaches 2,550Nm (the highest grade of ANSI/BHMA A156. 40 in the United States); The 2023 Las Vegas hotel robbery investigation report indicates that the average cracking time of mechanical locks is only 78 seconds, while the trigger delay of the electronic self-locking mechanism of this scheme is less than 0.2 seconds, forcing 91% of the criminals to give up their actions.
The study of operational and maintenance expenses reveals that smart lock systems cut the failure rate to 0.17 times annually via predictive maintenance (the business average is 1.4 times), and their total cost of ownership is reduced by 42% over the 7-year life cycle compared to traditional mechanical locks with an average yearly maintenance cost of $326. Following the implementation, the Siemens facility management case reveals that important loss events have fallen by 89% in German plants and permission change efficiency has risen to 15 seconds per person (manual operation takes 45 minutes).
The user permission capacity has been increased to 50,000 groups (error rate <0.001%) and the system compatibility parameter verification supports the connection with 94 kinds of building management systems, including BACnet/IP and KNX standards. Under a single platform, the renovation of the Empire State Building in New York handled 3,200 smart lock, therefore lowering the maintenance response time from 48 hours to 2.7 hours. In 2024 Smart Buildings earned LEED Platinum accreditation for this project.
The earthquake sensing module caused full-building unlocking three seconds before the arrival of the P-wave (response speed 0.3 seconds), therefore lowering the accident rate of trapping people with conventional locks by 71% when compared to the Great East Japan Earthquake in 2011. The redundant power supply design allows continuous functioning for 72 hours in the case of power loss (temperature range -30 to 65); this data has been included in the International Association for Emergency Management (IAEM) standards.
Frost & Sullivan’s market study indicates that, for a three-year cycle, deploying enterprise-level smart lock has a 237% return on investment mostly as a result of an 83% decrease in security incident compensation and a 32% decline in insurance costs. Following the implementation at Tokyo Haneda Airport, the labor cost for security inspections was decreased by $2.7 million annually and the permission audit cycle was shortened from the weekly level to real-time monitoring.
The liveness detection technique prevented 99.98% of 3D printing attacks, and the biometric module’s false recognition rate was lowered to 0.0001% (FAR=1/1,000,000). The 2024 DEFCON Hacker Conference Challenge verified that its encryption protocol has an anti-quantum cracking capability of more than 20,000 qubits; this technology has the best rating from the NIST Cybersecurity Framework.