Will AI Replace Locksmiths? Only 10% Risk — Smart Locks Need Smart Hands

If you are a locksmith hearing AI hype and worrying that smart locks, biometric systems, or some future AI gadget is about to make your trade obsolete, here is some genuinely good news: your profession sits in one of the lowest AI-exposure categories we track, and the technological shifts already underway are creating more work for skilled locksmiths, not less.

That is not a feel-good statement. It is what the data and the field reality both show clearly.

Why Locksmiths Are Among the Safest Trades

AI exposure for locksmiths stands at just 13% [Fact], with an automation risk of only 10% [Fact]. By 2028 we project automation risk drifting to roughly 18% [Estimate] — still well below the 35-40% average across all occupations we track. Among skilled trades broadly, locksmiths sit at the lowest end of the AI exposure curve.

The reason is that the core of locksmithing is irreducibly physical and judgment-driven. You meet a homeowner locked out of their house at 2 AM. You diagnose a commercial mortise lock that is binding. You re-key a multi-tenant property after a tenant turnover. You install a high-security cylinder on a jewelry store door. You manipulate a safe whose combination was lost two generations ago. None of those tasks live in software.

There is also a regulatory dimension. 15 US states plus the District of Columbia license locksmiths [Fact], with varying combinations of fingerprint background checks, bonding requirements, apprenticeship hours, and exams. In several other states, locksmith services fall under broader contractor licensing requirements. AI cannot hold a license, post a bond, or pass a fingerprint background check.

The Tasks That Are Genuinely Changing

The 13% AI exposure is not zero. It clusters in three specific areas. First, dispatch and scheduling. AI-powered routing software helps mobile locksmiths optimize their job sequencing, predict service-call durations, and reduce drive time. If you used to spend ninety minutes a day on phone calls and paperwork between jobs, that time is shrinking.

Second, customer intake and pricing. AI chatbots and quote-generation tools handle the initial customer contact, route the right job type to the right technician, and produce ballpark estimates before the truck rolls. For commercial work especially, this has reduced the time spent on phone-tag with property managers.

Third, parts inventory and ordering. Smart inventory management systems track what is on the truck, predict reorder timing, and reduce the painful experience of arriving at a job without the right cylinder or pin tumbler set. This is back-office productivity automation that does not change customer-facing work.

What AI Absolutely Cannot Do at the Door

Here is what the AI conversation consistently misunderstands: most of a locksmith's day is hands.

You cannot automate picking a residential pin tumbler lock when a customer is locked out and the keys are inside. You cannot automate the manipulation of a stuck deadbolt. You cannot automate impressioning a key from a worn lock. You cannot automate rekeying a Schlage or Kwikset cylinder using the right pin combinations. You cannot automate cutting a Ford laser-cut transponder key and programming it to the vehicle's immobilizer. None of these are software problems.

Safe work is even less automatable. Drilling a safe requires knowing exactly where the relockers, hard plates, and bolt assemblies sit on the specific make and model — knowledge that comes from years of experience and continuously updated training. Combination manipulation on a Group 2M dial lock is a physical-skill discipline that produces practitioners who can open a safe in minutes without leaving any evidence of entry. AI cannot do any of this.

Automotive locksmithing has gotten substantially more technical with the proliferation of transponder keys, push-button start systems, and rolling-code remotes — but more technical means more work for trained locksmiths, not less. Dealerships charge several hundred to over a thousand dollars to program a replacement key fob. Mobile auto locksmiths can do the same work for less, and the work itself requires programming equipment, manufacturer-specific protocols, and a trained operator. None of that is automatable.

The Anthropic labor market model places locksmiths firmly in the augment category with low AI exposure [Fact]. Compare this to court administrators at 45% AI exposure or title examiners at 62% [Fact]. Those jobs are mostly digital. Yours is mostly mechanical.

The Smart-Lock Question

The single most common concern locksmiths raise about AI is whether smart locks, biometric systems, and connected home security are going to eat the residential market. The honest answer is: smart locks have grown substantially, but they have created more work for locksmiths, not less.

Here is why. Smart locks fail. Batteries die. Wi-Fi modules go out of sync. Z-Wave hubs need reset. Bluetooth pairing gets corrupted. Biometric readers misread fingerprints. When any of these fail, the homeowner calls a locksmith — not the manufacturer, who routes them to a chatbot or a multi-week service appointment. Smart-lock installation, troubleshooting, and replacement has become one of the fastest-growing residential service categories [Claim].

Commercial applications have been an even bigger growth area. Multi-family residential buildings are converting to electronic access control at a rapid pace, and most of that work is being done by locksmiths who have added low-voltage and access-control credentials. The Associated Locksmiths of America reported in its 2025 industry survey that 62% of member firms now do at least some electronic access control work [Claim], up from 34% five years earlier.

The locksmiths who view smart locks as a threat are losing market share to the ones who view them as a new revenue line.

The Workforce Outlook

The US Bureau of Labor Statistics projects locksmith and safe repairer employment growing 4% from 2023 to 2033 [Fact], close to the average occupational growth rate. Median pay in 2024 was $48,840 [Fact], with senior locksmiths in commercial and high-security work regularly earning $70,000-95,000 [Estimate]. Owner-operators of established shops can substantially exceed those figures.

There is, importantly, a workforce shortage in this trade. The aging-out of locksmiths trained in the 1970s and 1980s has not been backfilled at the rate the market demands. Schools offering accredited locksmith training have declined in number over the past two decades, and the trade has not been heavily recruited in vocational education. This shortage is felt acutely in safe work, automotive locksmithing, and high-security commercial installations [Claim].

How AI Will Actually Help You

The locksmiths who adopt the right tools will find their work less administratively burdensome and more profitable per job. AI-driven dispatch routing reduces drive time meaningfully — sometimes 15-25% of total daily windshield time, which is huge for mobile operations. AI-assisted pricing and quoting closes deals faster and reduces the back-and-forth that kills small jobs. Inventory management cuts the cost of dead stock and the lost revenue from missing parts on the truck.

Some larger shops are deploying AI-powered customer service tools that handle the after-hours calls, triage urgent versus non-urgent, and route the right job type to the right technician. Used well, this expands the addressable hours of the day without adding office staff. Used poorly, it creates the frustration of an AI chatbot when a homeowner just wants to talk to a human. The skill is in the deployment.

There is also a market opportunity in high-security and electronic access systems that did not exist in scale a decade ago. Locksmiths who get certified in the major manufacturers' systems (Medeco, Mul-T-Lock, ASSA Abloy, dormakaba, ASSA OEM lines) and the major access control platforms (Brivo, Genea, Kisi, Salto) command meaningfully higher rates and have steadier commercial-account work.

What Workers Should Do

If you are already a locksmith, the practical playbook is to expand your technical credentials. Get certified by the major lock manufacturers whose products dominate your local market. Add electronic access control expertise if you have not already — this is the highest-growth service category. Develop automotive locksmithing skills, particularly transponder and high-security key programming. Build relationships with property managers, real estate offices, and commercial security integrators, because those referral sources keep the schedule full.

If you are considering this trade, the entry path is varied. Some states require formal apprenticeships, others allow on-the-job training. Accredited programs through the Associated Locksmiths of America (ALOA) and community colleges produce credentialed graduates ready for entry-level work. Starting wages around $18-25 per hour [Fact] for trainees, accelerating quickly once you have your own truck and tooling. The lifestyle is generally flexible, the work is hands-on, and the career security in the AI era is among the best in skilled trades.

If you own a locksmith shop, the strategic move is to invest in the technician training and certifications that capture the higher-margin work. Cutting basic house keys is a commodity business; programming automotive transponders, installing commercial access control, and servicing high-security safes is not. AI is not the threat to your business — competition from poorly-trained low-margin operators and from automotive dealerships is the threat. Both of those are addressed by going up the skill curve.

Historical Context: This Trade Has Survived Every Technology Wave

Locksmithing has continuously absorbed new technology. The introduction of pin tumbler locks in the late 19th century changed the trade. Automotive lock technology evolved through wafer locks, sidebar locks, high-security laser-cut keys, and now transponder-based systems. Safes evolved from mechanical Group 2 to electronic to biometric — and at every stage, locksmiths who maintained current training kept doing the work.

Each technological shift was predicted to make the trade obsolete. Each one actually expanded what locksmiths needed to know and what they could charge for it. AI is the next iteration of that pattern.

The Bottom Line

At 10% automation risk [Fact], locksmiths sit in one of the most structurally protected positions in the skilled trades. The work is fundamentally physical, the regulatory environment requires credentialed humans in many jurisdictions, demand is steady and growing in commercial access control, and there is a real workforce shortage that is not going to be filled by software. Smart locks are not a threat to this trade; they are a service-call generator.

Your biggest career risks are not AI. They are the standard challenges of running a small service business — vehicle expenses, parts inventory, marketing, and finding good apprentices. Those are real concerns. Algorithmic replacement is not.

See detailed data for Locksmiths

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AI-assisted analysis based on Anthropic labor market research (2026), cross-referenced with ONET occupational data, US BLS Occupational Employment Statistics, state licensing board records, and Associated Locksmiths of America industry survey data. Data reflects our best estimates as of May 2026.\*

Update History

• 2026-03-24: Initial publication with 2023-2028 projection.
• 2026-05-12: Expanded with state licensing detail, ALOA 2025 industry survey data on electronic access control adoption, BLS 2023-2033 employment outlook, smart lock service-call trends, and high-security certification wage premium analysis.

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