Nedap responds to challenging security requirements through use of software components

During Security Essen Nedap showed that it is possible to respond easily to existing and future requirements by separating hardware and software
Nedap has demonstrated how security systems can be directly adjusted to meet new requirements

Nedap responds to new challenges in the field of security with the use of software components in security systems. These challenges arise from changing laws and regulations – such as the Act on Privacy, proposed by the European Commission – and increasing external threats, such as hackers. Under the influence of these changes, Security Managers have to deal with a completely new reality.

During Security Essen, Nedap demonstrated how security systems can be directly adjusted to meet new requirements in the field of security by modifying software. Together with other opinion leaders in the industry, Nedap also considered the question of how to respond to new trends. Open standards and new software solutions play a crucial role here.

"The security world is constantly changing and new laws and regulations can have a major impact on the design of a security system. The number of threats a security system must offer protection against is also constantly increasing. This is difficult with systems that are based on hardware and which are therefore fixed and closed. These systems cannot adapt to the new reality of the Security Manager," says Ruben Wegman, CEO of Nedap. ‘The only way to solve this is with software. Software modifications not only allow you to respond flexibly to current requirements, but also to new security issues in future."

During Security Essen,
Nedap showed that it is
possible to respond easily
to existing and future
requirements by separating
hardware and software

During Security Essen, Nedap showed that it is possible to respond easily to existing and future requirements by separating hardware and software. For example, by offering anti-passback as a software component, the security system can be adjusted directly to changing rules, without having to adjust hardware. Anti-passback ensures that a person cannot re-enter a building using an access badge unless the badge has first left the building. This prevents the access badge from being lent to other people.

Open standards for more flexibility

The use of open standards can also result in greater flexibility in organisations. For example, SOAA – the open standard for electronic offline locks – provides organisations with greater choice when it comes to offline locks and a more secure system. Until recently, it was hardly possible to combine multiple electronic offline locks from different suppliers into a single access control system. However, this is a requirement for many large European companies, who indicate that they will no longer be investing in these locks until there is some form of standardisation. During Security Essen, companies such as Assa Abloy, Uhlman & Zacher and Nedap showed what this standard means in practice. The open standard allows companies to easily integrate different brands of offline locks, meaning companies can now choose the product that best fits their needs. This provides the company freedom of choice and saves costs, as they are no longer tied to one supplier. The combination of open standards and software-based solutions enables companies to build on their current system, without having to constantly buy completely new systems.

Companies need a partner who can help them make a risk-free investment, and who will act as an advisor and keep them informed about new developments. Effective collaboration between suppliers is also important, partly to avoid integration problems. The integration of the new AXIS A1001 Door Controller with AEOS software is a good example of this.

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