The greatest innovation in modern door hardware is not just keyless entry. It is that, for the first time, Identity and Access Management can be embedded into the lock.

The Key Ring That Needed Its Own Chair

One Tuesday evening, my dear friend Lisa arrived early at the neighborhood church where she works to prepare a classroom for a youth program. She set her bag on one chair. Grabbing a key ring so large that it looked as if it deserved its own chair.

She tried one key, then a second, then a third. None opened the supply room. She called the facilities manager, who called the music director, who remembered that the lock had been rekeyed after a key went missing.

Eventually, someone arrived with the new key and opened the door. Nothing dramatic happened. No alarm sounded. Yet three people lost valuable time, the program started late, and the volunteers became frustrated. Everyone was left wondering: There has to be a better way to prevent this from happening again…

Our industry has spent generations perfecting the physical key. We create master key hierarchies, control keyways, improve cylinder resistance, and manufacture hardware that survives millions of cycles. That expertise remains essential. But Lisa’s problem was never really about finding the correct piece of brass.

Her organization needed a better way to manage access.

How Did The Opening Become Intelligent?

For more than a century, the door hardware industry has protected the opening through stronger materials, reliable latching, controlled key systems, and life-safety compliance. Electronic access control developed alongside it, but usually in a different professional world: readers on the wall, controllers in closets, low-voltage wiring above the ceiling, and software managed by security or IT teams.

That separation made sense when the intelligence lived almost entirely in a central panel. The lock performed the final mechanical action in a decision made somewhere else.

Standalone electronic locks brought PINs and cards to the opening, but each lock was often its own island. Programming was performed door by door, and operational visibility remained limited.

Today, wireless communication, cloud platforms, mobile credentials, and embedded intelligence are creating the connected intelligent opening. A single battery-powered lock can authenticate a user, enforce a permission, apply a schedule, record an event, report door or battery status, and receive credential updates without the cost and disruption of wiring every opening.

The lock is no longer merely a passive device. It can become an active participant in an organization’s security operations.

Do Your Customers Really Want To Manage Keys - Or Do They Want To Manage Access?

We have long treated key management as an unavoidable part of managing a building. We issue, collect, duplicate, track, and replace keys. We investigate missing keys and rekey doors when people leave.

But end users do not wake up thinking about keys. They think about employees, members, volunteers, residents, vendors, contractors, and visitors. Their real objective is confidence that the right person can enter the right place at the right time—and only for as long as that access is appropriate.

A mechanical lock asks: Does this key fit?

An intelligent opening can ask: Who is requesting access? What role does that person have? Which openings may that role use? When is access permitted? When should it expire? How was the person authenticated? Should the event be recorded?

That is the essential shift from key management to Physical Identity and Access Management (PIAM). The lock can apply identity, roles, permission levels, schedules, credential expiration, and audit trails at the opening. Owners gain visibility into the who, when, where, and how of access.

The comparison is straightforward:

A lost mechanical key creates uncertainty because no one knows who may possess a copy. A digital credential can be revoked without changing the physical lock. A master key grants broad access because of the object in someone’s pocket; role-based access grants only what a person needs for a defined responsibility and period.

The greatest innovation is not replacing a key with a smartphone. It is enabling the opening to understand access policy instead of simply recognizing an object.

What About The Buildings Nobody Talks About?

Conversations about smart locks often begin and end with multifamily housing. Apartments are an important application, but they are hardly the only places struggling with access. Community and commercial organizations may have fewer doors than a major campus, yet they often manage far more people and access turnover than their key systems were designed to support.

A Church Is a Small City on Sunday

Consider the number of identities moving through a church: pastors, office staff, musicians, childcare workers, weekday-school teachers, volunteers, cleaning companies, event coordinators, and outside community groups. Each needs different areas at different times. The organization may not want - or be able to justify - a fully wired enterprise system at every opening. It still needs controlled, scheduled, accountable access.

A Recreation Center Changes Every Few Hours

Morning yoga gives way to senior programs, afternoon tutoring, evening basketball, weekend rentals, and overnight cleaning. A metal key cannot understand that a swim meet team may use the pool from 6:00 to 9:00 p.m. on Tuesdays and Thursdays but should not enter the after midnight. A schedule and a permission can.

A Pet Sanctuary Runs on Trust - and Many Helping Hands

Volunteers rotate constantly. Veterinarians may require emergency access. Adoption counselors need offices; kennel staff need animal-care areas; foster families may need time-limited entry. Intelligent credentials make it possible to welcome help without giving every helper permanent, untraceable access.

Fitness, Retail, and Franchise Operations Never Stand Still

Fitness centers balance 24-hour members, trainers, cleaning crews, maintenance contractors, and temporary passes. Retail and restaurant chains face manager turnover, employee transfers, seasonal hiring, regional loss-prevention teams, and vendors moving among locations. The underlying problem is the same: access must follow a person’s role, location, and schedule - not a key that may be copied, loaned, or forgotten.

These are not exotic edge cases. They are ordinary organizations managing changing groups of people. Smart openings are not merely for multifamily properties; they are for communities and operations.

What If The Building Is No Longer The Boundary?

Traditional wired access control is often designed building by building. Each facility may require controllers, power supplies, cabling, server configuration, and specialized commissioning. That architecture remains appropriate for many high-security and high-traffic facilities, but it can make broad deployment difficult when locations are small, remote, leased, or geographically dispersed.

Wireless connected locks change the equation. Imagine a corporate-lodging operator with facilities across 50 states, a retailer with hundreds of stores, or a franchise network managed by different local teams. An employee changes roles. A contractor needs access to twelve locations for one week. A remote site requires emergency access on Friday evening.

Instead of cutting and shipping keys - or dispatching technicians to program locks individually - an administrator can update credential groups, schedules, and permissions across many locations from one platform.

Remote unlocking is not the main story. The greater value is consistent access policy at scale: one identity, appropriate permissions, known expiration, and a usable audit history across an organization.

Connected openings still require careful evaluation of encryption, authentication, software maintenance, cybersecurity, data governance, door conditions, codes, and life safety. Wireless locks do not replace every wired system. They extend managed access to openings where conventional access control was previously too costly or disruptive.

How Large Is The Market Between Mechanical And Traditional Access Control?

For decades, countless openings have been considered “not worth automating”: storage rooms, interior offices, volunteer entrances, community rooms, amenity spaces, maintenance closets, remote facilities, and secondary doors in distributed properties.

They remained mechanical not because owners did not value accountability, but because the wiring, labor, and complexity of traditional access control were difficult to justify.

Cloud-connected intelligent locks can change those economics. Their opportunity is the enormous market between a mechanical key system and a fully wired access control deployment.

The next major access-control market may not be the doors already connected. It may be the millions of openings that were never considered economically connectable.

Who Is Best Positioned To Serve This New Market?

Here is the uncomfortable yet exciting part of the conversation.

Door hardware professionals understand the opening. We know door construction, handing, lock functions, electrified hardware, fire listings, egress, accessibility, durability, installation, and lifecycle service. Yet some still view identity, cloud software, wireless networking, and subscription services as outside the door hardware business.

At the same time, access control professionals are skilled in readers, panels, networks, integrations, and enterprise software, but may be less familiar with the growing capabilities of battery-powered connected locksets—or the mechanical and code knowledge that determines whether an opening succeeds.

Between those two groups sits a large, underserved market.

Door hardware distributors, locksmiths, consultants, and integrators do not need to abandon their expertise. They need to connect it. A professional who can discuss door preparation and fire ratings, then explain credentials, audit trails, and cloud management, becomes extraordinarily valuable to a client.

This is not merely a chance to sell a more sophisticated lock. It is an opportunity to help customers decide which openings should remain mechanical, which require intelligent locks, or intelligent access control, and how to set the platform to better manage access.

The Future Is Not Hardware Versus Software

Mechanical engineering remains the foundation. A connected lock that does not latch reliably, meet applicable codes, withstand its environment, or support safe egress is not an intelligent solution. It is a liability with an app.

But strong metal and precise tolerances are no longer the complete definition of performance. Clients increasingly expect an opening to verify identity, enforce policy, provide accountability, and adapt to operational change.

For generations, our industry has asked: How do we build a better lock?

Perhaps the next question should be: How do we help our customers manage access more effectively - replacing everyday key management headaches with greater security, visibility, control, and confidence?

When we begin with that question, the key ring no longer needs its own chair. The future of access control is not moving away from door hardware. It is finally moving into it.