Imagine this: it is 7:00 PM on a Thursday evening. You are already relaxing at home on the couch after a busy day. Then your phone rings. A transport company is standing in front of a locked door and needs to deposit money. In the past, this meant: looking for keys, jumping in the car, and going back to the office. Today? A tap on your screen, and the safe opens.
In 2026, this is the reality for more and more companies in the Netherlands. Remote safe management, or RKB, is no longer a futuristic concept but the new standard. Both in the business world (retail, logistics) and among wealthy private individuals at home, the physical safe is now smartly connected to the internet. The trend is clear: the old-fashioned key is being replaced by IoT connectivity. This causes a revolution in safety and convenience, but it does require the right knowledge.
The hard basis: What do you really need?
When we talk about digital safes in 2026, it is all about certification. A safe that locks via an app must meet extremely strict requirements. The EN 1300 standard is the Bible in this regard. Every electronic lock must comply with this. For remote management, Class B is the minimum requirement, and for highly sensitive storage, Class C is required.
In the Netherlands, the Verzekeringskaart Risicoklasse Indeling (VRKI) determines the rules. In 2026, the requirement is clear: remote management is only allowed if the connection is secure enough (at least DP3 or DP4 for alarm notifications). Hardware plays a crucial role in this. You see many players such as M-Locks (Axessor), Wittkopp (Finis), and Sargent & Greenleaf (Nexus).
A party that stands out in this is Olssen. They understand that the physical cabinet and the digital lock must be one system. They combine the solidity of German steel construction with smart software. This does not feel like a separate app, but like a seamless whole.
Apps that do the work: Current functionalities
Why do companies in 2026 choose an app over a key? The functionalities are simply unmatched. The apps that Olssen and their competitors use offer tools that are physically impossible.
An example is the One Time Code (OTC). This is sacred for cash transport companies. An administrator generates a code that works exactly once and only within a tight time window. This ensures that no uninvited guests slip in after a delivery.
Then there is the Four-eyes principle (Dual Custody). Suppose, the manager and the team leader must both ‘swipe’ in the app before the safe opens. Handy for moments up. The Time-Lock has also become smarter in 2026; ‘Dynamic Time-Lock’ ensures that the safe blocks automatically when the store is closed, even if someone accidentally tries to open it.
And what about Real-time Audit Trails? Every movement is logged. Who opened it, how long did it take, and why? With a ‘Silent Alarm’ (duress code), a notification goes directly to the Particuliere Alarmcentrale (PAC), without the perpetrator noticing.
The experts: Who should you hire?
You cannot just install a remote safe yourself. You need experts. In the Netherlands, we work with Borg-certified security companies. Only they are allowed to perform the installation accepted by insurers. They connect the safe to the LAN network and the alarm center.
You also need a Physical Security Consultant. This person looks at the anchoring (according to EN 1143-1) and digital vulnerabilities.
A new player in this field is the Cybersecurity specialist. Because the NIS2 guidelines are strict in 2026, safes often need to be placed in a separate network (VLAN). This prevents hackers from accessing company data via the safe. Olssen often distinguishes itself here through its integration skills; their system with Keynius software, for example, can be managed from the cloud, which makes the work of these experts easier.
Digital security: Cybersecurity and connectivity
The safe of 2026 is essentially a small computer. Therefore, protection against hackers is just as important as burglary protection. The connection must be encrypted with End-to-End Encryption (AES-256 is the standard).
Access to the app itself is also stricter. Biometric Multi-Factor Authentication (MFA) is mandatory. You cannot just type a password; you must log in with Face ID or a fingerprint.
A much-discussed topic is power. If the power fails, the safe must not lock shut or fall open. Therefore, the IP module in 2026 must be protected by an Uninterruptible Power Supply (UPS). Without a power supply, the safe is often not insured for remote use.
Checklist: Is your organization ready for 2026?
Are you planning to switch to remote safe management? Or are you checking if your current system still meets the requirements? Use this list to test yourself. If you have to answer ‘No’ often, you know there is work to be done.
1. Hardware Audit
* Is the safe certified according to EN 1143-1?
* Does the lock meet EN 1300 Class B or higher?
* Does it have an ethernet port or secure Wi-Fi module?
2. Connectivity & IT
* Has a dedicated VLAN been created for the safe?
* Is the IP module protected against power failure?
* Does the connection meet the DP3 standard of the insurer?
3. Authorization Management
* Are the roles (Master, Manager, User) clear?
* Is OTC activated for external transport companies?
* Has the ‘Silent Alarm’ code been tested with the alarm center?
4. Software & App
* Does the app support MFA and biometrics?
* Do you receive regular firmware updates?
* Is there a backup procedure if the cloud server is offline?
5. Compliance & Maintenance
* Do you have a contract with a Borg-certified company?
* Do you check the monthly logs?
* Does everything meet the VRKI-2026 requirements?
In this process, it is wise to look at parties that integrate this seamlessly. Companies that supply both hardware and software often have fewer ‘blame’ during malfunctions.
Why invest in Remote Management?
The benefits have become very clear in 2026. First, cost savings. No more physical key transfers and no managers who have to return to the office at night for an occasional opening.
Note: an insurance policy can sometimes find a remote connection difficult. Always check the fine print in your policy. If you choose hybrid management (remote + physical emergency key), you are often safest. You then store this emergency key externally in a sealed depot.
Do you want to know more about other smart storage solutions? Then it is interesting to look at the developments regarding Charge safe benefits Netherlands 2026: list and tips [Checklist]. There have also been many changes in the field of locker solutions and change lockers, as you can read in articles about Changing room experts Netherlands 2026: quotes and contact [Checklist] and Changing lockers experts Netherlands 2026: providers and quotes [Checklist]. For specific sectors such as healthcare, where it concerns Care lockers order Netherlands 2026: provider and prices [Table], the same principles apply, albeit in a different context.
Trends for 2026 and beyond
We conclude with a look forward. Technology never stands still. In 2026, we see three striking trends:
- AI Anomaly Detection: The software learns the behavior of your organization. If a safe opens more often than usual on Sunday evening, you will receive a signal before anything actually goes wrong.
- Geofencing: The app only activates management functions when you are physically near the safe. An extra security layer against hackers from abroad.
- Self-healing locks: Locks that indicate when mechanical wear occurs. This prevents a lock from jamming at an inconvenient time.
In short, remote safe management is the future. It provides peace of mind, overview, and higher security. If you choose a party that understands this, you will be ready for the future in 2026.
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