Supported Devices/Smonet/H1-BF Smart Lock With Handle

H1-BF Smart Lock With Handle

The Smonet H1-BF Smart Lock with Handle is a Bluetooth-enabled smart lever lock designed for residential homes, apartments, offices, hotels, and Airbnb rental properties. Featuring an integrated lever-handle latch design, the lock supports multiple unlocking methods including fingerprint recognition, PIN/password keypad entry, RFID key fobs/cards, smartphone app access, Bluetooth eKeys, and physical backup keys. Integrated with the TTLock/Next Lock ecosystem, the H1-BF provides access logs, temporary passcodes, remote credential sharing, and optional remote access through a compatible Wi-Fi gateway. Designed for DIY installation on standard US doors, the lock includes reversible left/right handing, anti-peep password protection, auto-locking, and voice assistant integration through gateway support.

VariantDefault Variant
Color
IDH1-BF-BLKBrand
Logo of SmonetSmonet
Product PageManufacturer's Product PageLock TypeleverPhysical keyYesBattery PoweredYesBattery TypeAABattery Count4
Smonet logo

Automate the Smonet H1-BF Smart Lock With Handle with Seam and start managing your devices today.

Live
TTLock
hub required
H1-BF Smart Lock With Handle

H1-BF Smart Lock With Handle

Control This Device With Seam API and TTLock

Connect your TTLock with Seam API to use these features.

Capabilities

What you can do with this device, using Seam API.

Remote UnlockLive
Remote LockLive
Program Online Access CodesLive
SchedulesLive
Program Offline Access CodesUnavailable
Plastic CardInquire
Wallet KeysUnavailable
Mobile KeysInquire

Device Connectivity

Additional equipment needed to remotely connect to this device.

Device Bridge

Required

To remotely interact with this device, you will need to pair it with a compatible bridge.

Automate Access with Smonet H1-BF Smart Lock With Handle

Check requirements: Requires connectivity setup

A core use case is syncing access codes with reservations from your booking system. With Seam, you can plug calendar tools like Calendly, Cal.com, Google Calendar, and iCal; e-commerce backends like WooCommerce or Shopify; or even class- or appointment-booking software like Mindbody and Acuity. Every confirmed reservation can be set to automatically create a unique, time-bound code on the H1-BF Smart Lock With Handle at check-in and revoke it at check-out—no manual handling, no shared codes.

The H1-BF Smart Lock With Handle by Smonet can be used to automate secure access for your customers, guests, or users using Seam's self-serve solution.

With support for time-based access codes, you can automatically grant and revoke access based on real-world events like bookings, schedules, or user actions—without manual intervention.

This is especially useful for:

Using Seam, you can connect your H1-BF Smart Lock With Handle, listen to events from your booking system or backend, and programmatically create access codes that are valid only during the desired time window.

Control Access Remotely with Smonet H1-BF Smart Lock With Handle

Check requirements: Requires connectivity setup

The H1-BF Smart Lock With Handle by Smonet supports remote unlocking via the Seam API.

Beyond admin or staff workflows, you can embed an "Unlock" button directly inside your customer-facing app, allowing authorized end-users to open a door, gate, or locker themselves during their reservation or membership window—no front-desk hand-off required.

This pattern works particularly well for:

You can also trigger unlock actions programmatically—for example:

  • Add a button in your app or admin dashboard to unlock a door or gate
  • Allow staff to remotely grant access during a reservation
  • Enable backup access in case a user cannot use their code
  • Build simple interfaces for operators to manage access live

Combined with scheduling or reservation logic, this allows you to create flexible access experiences—for example, enabling a "Unlock" button that only works during an active booking time window.

Smart Locks
Access Systems
Knowledge
Thermostats
Sensors
© 2026 Seam Labs, Inc.