PeeringDB’s 2021 user survey results and 2022 product roadmap

By on 18 Feb 2022

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Last September, we at PeeringDB asked you for input through our anonymous satisfaction survey, so we could use it to guide our product roadmap for 2022. Last month, we shared an update on what we delivered in 2021. Today, we are sharing what you told us through the survey and how we’ll be improving PeeringDB and your experience of it in 2022.


We had almost 250 responses to the survey, a 25% increase from 2020. As with last year’s survey, respondents identified themselves as connected with organizations operating on every continent and in every part of our industry.

Overall satisfaction remains unchanged (Figure 1).

Graph showing satisfaction results from PeeringDB’s 2021 user survey.
Figure 1 – Satisfaction results from PeeringDB’s 2021 user survey.

We asked a few new questions in 2021 and learned that:

  • Almost 70% of the respondents use PeeringDB every day or every week. Most of the rest use it every month.
  • Fewer than half of the respondents use PeeringDB on a mobile device.
  • About 70% of the respondents want a way to be notified about changes that are relevant to them.

From the questions that were repeated from 2021, we learned that Network Configuration Data and Search and Discovery capabilities remained the most important to our users.

The User Experience and Web Interface remained the service categories with the lowest satisfaction, although 85% of respondents were still somewhat or very satisfied.

The other lower-performing area was Documentation Quality, which is an area that we started to address later in 2021 and some respondents won’t have known about. Work on improving our documentation will continue in 2022.

We hope that these improvements drive satisfaction in 2022.


We have used your feedback, in combination with a focus group consultation, to guide our product roadmap for 2022. The three key focus areas will be:

Introduce a new ‘Carrier’ object

This object will describe providers of high-capacity links between interconnection facilities. It was named ‘Carrier’ during the discussion but that is a placeholder that could be changed if it is considered confusing or inappropriate. We are developing a design that will be circulated with the focus group before developing this new feature.

As a new object, we’ll make sure that it is well documented so users can get the most value from it.

Improving the website’s responsiveness

We recognize the overall visual design needs some improvement. But perhaps more importantly we need to improve page load times. We plan to bring PeeringDB nearer to its users by completing a deployment to a Content Delivery Network (CDN). We have already tested this by deploying there and we will be moving to it in 2022. We will also introduce modular page rendering, so each element loads via a separate connection, speeding up the overall experience.

We will use the CDN metrics to learn more about how is used and that will inform improvements to the visual design.

Continue improving search

2021 saw significant improvements to advanced search and simple search. We will continue to make improvements to search and help users keep the underlying data more accurate.

One example of this is work that’s going on, as I type, at the NANOG 84 Hackathon where volunteer developers are introducing intersection searches. That means you’ll be able to make a single query to find out which Internet Exchange Points (IXPs) or interconnection facilities have two networks present, such as your own and a desired peer’s.

This is an example of how PeeringDB is developed by its users as well as the core team.

What else? Data accuracy

We know that we need to do work to improve the quality of data in PeeringDB as it plays such an important role in configuration.

We last looked at this in 2019’s Data Ownership Task Force, whose report acknowledged the shared responsibility for data describing the interconnected nature of separately managed parts of our Internet. We plan to work with PeeringDB users to renew our work in this area so we can continue to improve the quality of data we publish.

We are also working towards increasing data accuracy by using the RPKI and Resource Signed Checklists (RSC). We want to use RSC validation to cryptographically validate our users’ ability to control specific Internet number resources.

Call to action

We just deployed two user-developed features: improvements to simple search and OpenID Connect integration. We are keen to include more user-developed code. If you’d like to contribute to PeeringDB then let me know.

If you have an idea to improve PeeringDB you can share it on our low traffic mailing lists or create an issue directly on GitHub. If you find a data quality issue, please let us know at

PeeringDB is a freely available, user-maintained, database of networks, and the go-to location for interconnection data. The database facilitates the global interconnection of networks at IXPs, data centres, and other interconnection facilities, and is the first stop in making interconnection decisions.

Leo Vegoda is developing PeeringDB’s product roadmap.

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The views expressed by the authors of this blog are their own and do not necessarily reflect the views of APNIC. Please note a Code of Conduct applies to this blog.

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