In an era where cyber attacks occur every 40 seconds and ransomware attacks, where hackers demand money to unlock your company’s files, are increasing by 400% each year. This means it's super important for your organization to protect its network. But do you know if you're spending enough resources on checking how safe your network is? Is your network performing well enough to protect from cyber-attacks? Are you monitoring the performance of core network security devices like firewalls?

Streaming telemetry is the future of network monitoring. Kentik NMS is a modern network observability solution that supports streaming telemetry as a primary monitoring mechanism, but it also works for engineers running SNMP on legacy devices they just can’t get rid of. This hybrid approach is necessary for network engineers managing networks in the real world, and it makes it easy to migrate from SNMP to a modern monitoring strategy built on streaming telemetry.

Now more than ever, modern networks play a pivotal role in today’s business operations. However, this increased importance comes with a challenge: Modern networks are becoming increasingly complex and heterogeneous. Network managers need to ensure optimal performance across various domains—from the data center to multi-cloud and software-defined networks. This requires the consolidation of vast amounts of data from across multi-vendor networks, including environments managed by third parties.

Average size of a webpage matters because it correlates with how fast users get to your content. People today have grown to expect good performance from the web. If your website takes more than 2.5 seconds to load, your users will probably never return to you again. Further, the more data your webpage needs to download, the longer it will take—particularly on slow mobile connections. Balancing a rich experience with page performance is a difficult tradeoff for many publishers.

Kentik users can now correlate their traffic data with internet exchanges (IXes) and data centers worldwide, even ones they are not a member of – giving them instant answers for better informed peering decisions and interconnection strategies that reduce costs and improve performance.

The Megaport team has been hard at work adding new features and functions to our platform. Get all the details here.

In the ever-evolving landscape of cybersecurity threats, cryptojacking has emerged as a stealthy and financially motivated attack method. In attacks of this type, cybercriminals hijack servers (or endpoint devices) to use the computing resources to “mine” cryptocurrencies. They get a financial benefit from this activity when they sell the newly minted currencies.

Sometimes when you try to visit a web page, you’re met with an HTTP error message. It’s a message from the web server that something went wrong. In some cases, it could be a mistake you made, but often, it’s the site’s fault. Each type of error has an HTTP error code dedicated to it. If you try to access a non-existing page on a website it leads to a 404 error. Now, you might wonder, which are the most common HTTP errors that people encounter when they surf the Web?

Websites have become larger and more complex over the past few years, and users expect them to load instantaneously, even on mobile devices. The smallest performance drops can have big effects; just a 100ms decrease in page load time can drop conversions by 7%. With competitors just a click away, organizations wishing to attract and retain customers need to make web performance a priority. One relatively simple method of doing this is by using content delivery networks (CDNs).