Durin Selects Silicon Labs' MG24 Wireless SoC to Accelerate Aliro Mobile Access for Smart Locks and Readers
Aliro is designed to bring consistent, secure mobile access control experiences across smartphones, wearables, smart locks, and readers—enabling trusted interoperability at the door. With Aliro's formal release,
"Aliro is a big deal because it provides standards-based access and transactions between the homeowner's mobile wallet and their smart door lock."," said
"Aliro is unlocking a new era for access—where your phone or wearable becomes a secure, interoperable key," said
"
Aliro places strong requirements on secure credential processing and device-to-reader communications. In the Durin Door Manager, MG24 acts as the core controller for Aliro and connected access workflows, combining integrated security and wireless flexibility in a power-efficient design.
Key capabilities enabled by MG24 in
- Single-transaction Aliro credential validation over NFC: MG24 receives Aliro key and related information from an NFC transceiver reader IC, then performs key validation and Access Document verification in a single NFC transaction.
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Hardware-accelerated asymmetric cryptography: MG24 uses an integrated cryptographic hardware accelerator to execute Aliro elliptic-curve cryptography (ECC) operations, including Generate
Key Pair , ECDSA Sign, ECDH, and ECDSA Verify, including step-up verification requirements. -
Secure key storage with Silicon Labs Secure Vault: Sensitive credential and key material is protected using Secure Vault,
Silicon Labs' industry-leading approach to secure storage and device protection. - Multi-protocol connectivity for modern access systems: MG24 supports Matter and Bluetooth communications, helping enable interoperability and flexible system integration.
- BLE for commissioning and lock control workflows: Bluetooth is used to commission devices, initiate ranging sessions that support UWB experiences, and communicate with a paired door lock to enable open/close actions.
- Hands-free control decisions using UWB ranging: MG24 processes ranging information from a UWB radio IC and executes hands-free control decisions based on proximity and contextual data.
By combining secure credential processing, multiprotocol wireless, and a low-power architecture, MG24 helps product makers design smart locks that align with Aliro's security and interoperability goals—while keeping implementation, complexity, and system cost under control.
Learn more about how MG24's security, compute, and connectivity are helping to deploy Aliro by reading "Silicon Labs Delivers Bank-Grade Cryptography for NFC Tap-to-Unlock With
Enabling an Interoperable Mobile Access Ecosystem
The access control market has historically relied on fragmented, proprietary approaches to mobile credentials and reader communications. Aliro is designed to streamline interoperability between user devices and access points, with secure, trusted exchanges that can support a variety of installation architectures.
- Build on a secure wireless SoC designed for protected key storage and high-performance cryptography
- Support multiple Aliro transport options—NFC, BLE, and BLE + UWB—as products and use cases evolve
- Pair Aliro mobile access with complementary standards such as Matter for broader connected-device interactions
Availability
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