Key and Equipment Handover Checklist: What to Record
A clear handover starts with more than a name. Use this practical checklist to record who has an item, where it is going and what happens when it come...
Read articlePhysical key control buyer’s guide
Physical Key Tracking Software or an Electronic Key Cabinet?
This guide covers physical keys used for buildings, vehicles, equipment and secure areas. Key tracking software records checkouts, handovers and custody across people and locations, while an electronic cabinet also controls access to keys stored inside it.
The short answer
What matters in practice.
Choose software when visibility, accountability and flexible multi-site handovers are the priority. Choose an electronic cabinet when preventing unauthorised physical removal is essential. High-security operations may use both.
At a glance
The factors behind a better decision.
Compare the approaches, then use the guidance below to decide what fits your operation.
| Decision factor | Physical key tracking software | Electronic key cabinet |
|---|---|---|
| Primary control | Records who has a key, its status, location and history. | Physically restricts removal from a controlled cabinet. |
| Deployment | Users, records, labels and workflows can be rolled out across sites. | Requires cabinet hardware, power, installation and local capacity planning. |
| Keys in circulation | Tracks handovers and responsibility after a key leaves storage. | Controls release and return at the cabinet but may need software for wider workflows. |
| Multi-site visibility | Central records can cover multiple locations and teams. | Depends on cabinet connectivity and the supplier’s management platform. |
| Failure mode | Accuracy depends on users recording transactions. | Physical override, power, network and capacity procedures must be planned. |
| Typical fit | Property, facilities and security teams needing scalable accountability. | High-security locations requiring enforced access at the point of storage. |
Begin with the threat you need to control
If the main problem is uncertainty after informal handovers, software can create a named, timestamped chain of custody. If the main problem is stopping an unauthorised person taking a stored key, physical access control is required.
Avoid buying cabinet hardware merely to digitise a logbook. Equally, do not describe a software record as physical security: it provides evidence and accountability but does not lock a key in place.
Consider the complete journey of a key
Map receipt, storage, issue, transfer, use, return, loss and replacement. A cabinet may provide strong release control but the key can still move between people after removal.
Software is especially useful when keys travel between guards, contractors, property teams and sites. A combined system can use the cabinet event as one part of the broader custody history.
Compare lifetime cost and resilience
For cabinets, include hardware, installation, spare capacity, support, connectivity, power resilience and replacement. For software, include user adoption, labels or scanners, subscription and administration.
Ask how each option behaves during outages, emergencies and manual overrides. The exception process must preserve safety without destroying the audit trail.
A few useful answers
Common questions.
Clear answers to help you choose the right approach for your team.
It tracks physical keys used for buildings, access points, vehicles, equipment and secure areas. It records checkout, custody, handover and return activity rather than managing digital cryptographic keys.
Yes. A cabinet can control storage and release while software supports wider handovers, incidents, locations and reporting. Confirm integration options with both suppliers.
Software usually requires less site hardware, but success still depends on a consistent process. Cabinets require installation and capacity at each controlled location.
