Best Hospitality Locks for BLE RSSI UWB Positioning

Full Description

The Assa Abloy VingCard Allure UWB-CSI Hospitality Gateway System represents a state-of-the-art network admission and access control infrastructure designed specifically for modern hospitality environments. Integrating advanced Bluetooth Low Energy (BLE), Received Signal Strength Indicator (RSSI), Ultra-Wideband (UWB) positioning, and Radio Frequency Channel State Information (RF CSI) validation, this system ensures highly secure, precise, and seamless network onboarding for newly installed smart locks. The centralized gateway architecture streamlines device provisioning, allowing hotel staff to securely authenticate, configure, and monitor electronic door locks across the property in real-time. By leveraging multi-layered spatial validation through UWB and CSI, the system effectively mitigates relay attacks and unauthorized positioning spoofing. Built on the sleek Allure hardware platform, it combines architectural elegance with enterprise-grade cybersecurity standards. Ultimately, the solution reduces manual maintenance overhead while providing guests with reliable, smartphone-compatible keyless entry experiences.

Additional Features

• Integrated BLE RSSI for initial proximity detection and handshake
• High-precision Ultra-Wideband (UWB) positioning for spatial accuracy
• Radio Frequency Channel State Information (RF CSI) validation to prevent relay attacks
• Automated network admission and zero-touch provisioning for newly installed hospitality locks
• Centralized cloud and on-premise hybrid gateway management
• Enterprise-grade encryption for all over-the-air communication channels
• Real-time lock status monitoring, battery telemetry, and audit trail synchronization
• Mobile key compatibility supporting iOS and Android digital wallets
• Modular hardware design matching the Assa Abloy Allure aesthetic
• Scalable architecture supporting thousands of nodes across large hotel properties

Full Description

The Salto Homelox UWB-CSI Intelligent Access Node is an advanced enterprise-grade hardware device engineered specifically for the seamless network admission and precise spatial positioning of newly installed hospitality locks. Utilizing a multi-layered sensor suite that combines Bluetooth Low Energy (BLE) Received Signal Strength Indicator (RSSI), Ultra-Wideband (UWB) micro-location technology, and Radio Frequency Channel State Information (RF CSI) validation, this device ensures zero-touch, highly secure onboarding of guestroom hardware. Designed for modern hotels and upscale resorts, it creates a secure mesh ecosystem that mitigates relay attacks and verifies the exact physical proximity of locks during initial commissioning. The unit integrates effortlessly with property management systems (PMS) and hospitality access control platforms via encrypted IP backhauls. Its sleek, low-profile architectural design allows for discreet ceiling or wall mounting in corridors, blending into upscale hospitality environments without disrupting interior aesthetics. Furthermore, the intelligent access node automates firmware updates, encryption key distribution, and continuous diagnostic monitoring for the entire connected lock cluster.

Full Description

The dormakaba Saflok UWB Edge Provisioning Gateway is an advanced enterprise-grade hardware and software solution designed for the secure network admission and onboarding of newly installed hospitality electronic locks. Leveraging a sophisticated multi-technology approach, it combines Bluetooth Low Energy (BLE), Received Signal Strength Indicator (RSSI), Ultra-Wideband (UWB) precision positioning, and Radio Frequency Channel State Information (RF CSI) validation. This robust architecture ensures that newly installed guestroom locks are accurately located within the property layout and authenticated against spoofing or unauthorized relay attacks before joining the main property management network. The gateway streamlines deployment for hotel integrators by automating the cryptographic handshakes and spatial verification required during large-scale retrofits or new construction phases. By anchoring device admission in precise spatial metrics, it mitigates common deployment errors and bolsters cybersecurity compliance across the physical access control infrastructure.