Where badge systems stop in a data center
A card reader secures the front door, the man trap and the data hall entrance. Past that point, most facilities fall back on mechanical keys: cabinet locks, cage padlocks, meet-me room doors, generator yards, fuel tanks and unmanned edge sites. Those are the openings an auditor asks about, and they are the openings that usually have no record attached to them.
The reason is almost always power. Putting a reader on a rack door means running low voltage to every rack, and running low voltage to a remote cabinet in a parking structure or a cell site is rarely worth doing at all. CyberLock removes that constraint, because the lock has nothing to power.
What gets secured
| Opening | What CyberLock replaces | Why it matters |
| Server cabinets and racks | The cam lock or swinghandle cylinder already fitted | Per-cabinet records for shared halls and colocation customers. |
| Cages and aisle containment | Padlocks and mechanical cylinders | Customer separation without a reader and controller per cage. |
| Meet-me rooms and MDF or IDF closets | Mortise, rim or euro-profile cylinders | Carrier and vendor access that expires on its own. |
| Generator yards, fuel tanks, switchgear | Weather resistant padlocks | Outdoor assets with no power run and no trenching. |
| Unmanned edge and cell sites | Padlocks and door cylinders | Contractor access to sites nobody staffs. |
The audit trail an auditor actually wants
Every CyberLock cylinder records the lock ID, the date, the time and whether access was granted. A standard cylinder stores 1,100 events in Generation 1 mode and 6,500 in Generation 2. The CyberKey keeps its own separate trail of up to 3,900 events, or 12,000 on a Generation 2 key, and it records every refusal, so an attempt on a cabinet that a technician was not cleared for is captured even though the cabinet never opened.
That gives you a per-opening record for cabinets and cages that a badge system never reached. It supports the physical access evidence that SOC 2, PCI DSS and ISO 27001 reviews ask for. It does not make a facility compliant on its own, and we will not tell you otherwise, but it closes the gap that most data centers document as an exception.
Contractors, vendors and the keys nobody returns
Access is issued against a schedule rather than handed over. A smart hands vendor, a carrier technician or an electrical contractor gets a key that works on named cabinets, on named days, between named hours, and stops working on its own when the window closes. Nothing has to be collected at the gate and nothing has to be rekeyed if it is not.
If a key goes missing you disable it in CyberAudit Web and it stops opening locks. Locks also hold a lost key list, 500 entries on Generation 2 non-padlock models, so a specific key can be refused at the cylinder itself even before it next connects to the system.
Requiring two people at one cabinet
Standard CyberLock cylinders can require two or more keys presented in succession before the lock opens, and can require those keys to belong to different schedules, so one person carrying two keys will not satisfy it. An open delay can hold the lock shut for up to 17 minutes after first contact. For a cage holding regulated customer data, or a cabinet that should never be opened by a lone technician, that is dual custody without posting a guard.
What a rollout looks like
1. We survey the openings. Cabinet swinghandles, cage padlocks, closet cylinders and yard gates each take a different cylinder format. With over 450 designs the goal is to match what is already installed.
2. We fit a pilot. A small number of real openings, real keys, real people. Most cylinder swaps take as little as 30 seconds; awkward formats run 10 to 15 minutes. Nothing is drilled and nothing is wired, so cabinets stay in service.
3. You read the audit trail. Before committing to anything, you see who opened what and when, on your own hardware.
Common questions about data center access control
Can CyberLock secure individual server racks?
Yes. CyberLock replaces the cam lock or swinghandle cylinder already fitted to the cabinet, so the cabinet itself is untouched. Each cabinet then records who opened it and when. This is the usual way to get per-cabinet accountability in a shared hall or a colocation suite without wiring a reader to every rack.
Does it need power or network at the rack?
No. There is no wiring and no battery at the lock. Power comes from the battery inside the CyberKey the moment the key touches the cylinder. That is what makes rack level, cage level and remote edge site access control practical, because there is nothing to plug in and no electrician needed at each opening.
How does this help with SOC 2, PCI DSS or ISO 27001?
Those reviews ask for records of physical access to systems holding regulated data. CyberLock produces a per-opening record with the lock ID, date, time and whether access was granted, covering cabinets and cages that a badge system does not reach. It supports that evidence requirement. It does not by itself make a facility compliant.
Can we give a contractor access for one day only?
Yes. A key is issued against a schedule that names which locks it opens, on which days and between which hours, and it stops working when that window closes. Nothing has to be collected afterwards. If the key is never returned it simply expires.
What happens to a lost key?
You disable it in CyberAudit Web and it stops opening locks. Locks also hold a lost key list, up to 500 entries on Generation 2 non-padlock models, so a named key can be refused at the cylinder itself. Nothing is rekeyed and no other key is affected.
Does it record failed attempts?
The CyberKey always records a no access event in its own audit trail, so an attempt on a cabinet the technician was not cleared for is captured even though the cabinet never opened. Locks do not record denied attempts by default, though that can be configured.
Can it work alongside our existing badge system?
Yes, and that is the normal arrangement. Badge readers keep doing the perimeter and the data hall doors. CyberLock covers everything behind them: cabinets, cages, closets, yards and edge sites. CyberAudit Web can also manage doors connected to the Flex System, so both live in one application.
Can we try it on our own cabinets first?
Yes. We run free pilots. We fit a small number of your openings, issue keys to the people who actually use them, and you read the audit trail before committing to anything.
