Electronic access control (EAC) uses electronic credentials — key fobs, access cards, PIN codes, or mobile apps — instead of physical keys to control entry to secured areas. Commercial clients are replacing mechanical master key systems with electronic access control faster than any previous technology transition in the physical security industry, and locksmiths who do not offer EAC services are watching that revenue go to security integrators. The good news: the core skills of a locksmith — door hardware expertise, cylinder knowledge, and access control planning — are directly applicable to electronic systems.
Electronic access control is not a replacement for traditional locksmith skills. It is an extension of them. The locksmith who understands both mechanical and electronic systems can offer clients a complete access control solution rather than sending them elsewhere for the electronic components.
What Electronic Access Control Includes
EAC covers a wide spectrum of technology, from simple standalone keypads to networked enterprise systems:
Standalone Electronic Locks
Standalone electronic locks operate independently — no network connection, no central management panel. Examples include:
- Keypad locks — Entry by PIN code. Common in small offices, storage areas, and low-traffic doors. PINs can be changed without physical rekeying.
- Key fob/card locks — Entry by proximity card or fob. The lock contains a reader and a database of authorized credentials. Common in apartment buildings and commercial offices.
- Smart locks with Bluetooth/WiFi — Entry via smartphone app. Used in residential and small commercial applications.
Standalone systems are the easiest entry point for locksmiths new to EAC. They require minimal networking knowledge, installation is similar to mechanical lock installation, and programming is typically done via a manufacturer app or keypad sequence.
Networked Access Control
Networked access control connects readers and locks to a central management panel (or cloud software), allowing centralized credential management, real-time event logging, and remote access control.
- Panel-based systems — A physical access control panel (from manufacturers like Lenel, Software House, or Genetec) manages credentials, schedules, and access rules across all readers in the building.
- Cloud-based systems — Platforms like Brivo, Openpath, or Avigilon Alta manage access through a cloud dashboard, with no on-site panel required.
Networked systems are more complex to design, install, and maintain — and they require a recurring relationship with the client for credential management, system updates, and hardware service.
The Locksmith's Competitive Advantage in EAC
Traditional locksmiths have several advantages over pure security integrators when selling EAC:
- Door hardware expertise. Integrators can install a card reader but often do not know whether the door frame can support electric strike installation, or whether the existing hardware is compatible with electrified panic hardware. Locksmiths know this immediately.
- Cylinder integration. Many EAC systems retain a mechanical key override for emergency access. The locksmith specifies, pins, and documents the mechanical backup — something most integrators outsource.
- Client relationships. Commercial clients who already trust their locksmith for mechanical key management are a natural audience for an EAC upgrade conversation.
- Code compliance. Fire and egress codes govern which doors can be electronically locked and what fail-safe/fail-secure requirements apply. Locksmiths who understand NFPA 101 and local building codes are better positioned than integrators who work from specifications without code knowledge.
Where to Start: Standalone Systems First
For locksmiths entering the EAC market, standalone systems are the right starting point:
1. Pick one or two reputable standalone product lines to learn well — Schlage Control, Allegion NDE, or the Sargent line are common starting points.
2. Complete manufacturer training. Most offer free or low-cost online certification.
3. Focus on existing commercial clients. Offer a free assessment of doors that are good candidates for electronic upgrade.
4. Document electronic credentials the same way you document mechanical keys — who has access to what, when it was granted, and who authorized it.
The documentation discipline from mechanical key management translates directly to EAC. A locksmith who already maintains key issuance records for mechanical systems has the workflow foundation for electronic credential management.
Managing EAC in Your Job Records
Electronic access control jobs generate a different kind of documentation than mechanical rekeying:
- Credential records — Who has which credentials (card, fob, PIN), when issued, and authorization
- Access schedule — Which time periods each credential is valid
- Event logs — Which doors were accessed, when, and by whom (for networked systems)
- Hardware inventory — Reader model, lock model, power supply, and firmware version for each door
This documentation is the ongoing service relationship. A client whose access control system is documented and maintained by their locksmith — with credential records, access schedules, and hardware inventory — is not going to switch providers without significant disruption. That stickiness is the business case for adding EAC to your service offering.