While EU member states are still drafting their national implementations of the NIS2 Directive, there are key elements that organisations need to start considering now to ensure they are prepared for when NIS2 comes into force.

Karin Ahl became Netnod CEO in May 2023. In this Q&A, we discuss her background in the industry, her thoughts on the latest trends and her views on what makes Netnod unique.

What do public sector organisations need to know to ensure they are protected and that their DNS services are as secure and robust as possible?

In this industry Q&A, we look at how to use Network Time Security (NTS) to ensure time security across a global network of devices. We talk with Christian Storm and Axel Keskikangas, developers at Axis Communications, a global provider of network solutions in video surveillance, access control, intercom, and audio systems.

You know the DNS is important but you don’t know where to find all the DNS resources you need. Don’t worry! We’ve got you covered with expert DNS advice for all levels of DNS knowledge.

Since Netnod IX Copenhagen launched in 2014, traffic levels have increased to the point that Copenhagen is now the second biggest spot to exchange Internet traffic in the Nordics. In this blogpost, we will take a look at some of the figures and factors behind this success.

With information security such a complex and fast-moving field, how can companies gather enough information to make informed decisions about what is right for their networks? What criteria should you look for, how do you evaluate systems, and how can you determine which methods will scale most effectively?

In this industry Q&A we talk about DDoS protection with Frank Dupker, European Network Manager of the Dutch Scrubbing Center (NaWas). NaWas is run by the Dutch National Internet Providers Management Organization (Nationale Beheersorganisatie Internet Providers, or NBIP for short).

In this post we will look at how network time works today and the technology that keeps it accurate and secure. Most of the digital tools that society relies on–across sectors such as finance, telecommunication, security and energy–only work with precise and reliable time synchronisation. But what goes on behind the scenes here and what happens when things go wrong?