When Cloudflare first announced 188.8.131.52 in April, the company noted that it was trying to make DNS much faster, as well as more secure and private for users. Specifically, the service looks to deliver DNS resolution three times faster than a similar offering from Google. (See Cloudflare vs. Google: Making DNS Protocol Better, More Secure.)
DNS or Dynamic Name System is one of the basic tenets of the Internet, making sure that users' requests are translated into numeric IP addresses. It's also more than 35 years old and has been faulted for many different security issues.
For the most part, a user's ISP handles the DNS request, but Cloudflare's 184.108.40.206 service does the routing itself, making it faster in theory. The company also notes that it does not store information that can identify a user in its logs, and all the logs are deleted within a 24-hour period. Cloudflare also promised not to sell data to third parties.
Again, this is Cloudflare taking a shot at similar services offered by Google.
Now, Cloudflare is bringing the desktop version to mobile, including on its competitor's operating system. As the company's blog post notes:
That said, even more people are not able to make those changes, particularly on mobile devices. We want everyone to have access to faster and more private Internet, and the millions of sites on Cloudflare value the performance boost they get when visited by 220.127.116.11 users.
The mobile versions for iOS and Android have been in beta for about a month, and it's now available as a free download from the two app stores.
5G technology holds a good deal of promise for businesses, from expanded IoT capabilities to new ways to reach customers. The downside is that these networks require a new security approach, which InfoSec teams need to start thinking about now.
Over the last year, vulnerable, cloud-based databases have shown that dangers of trusting data to others. However, an exposed government server in Oklahoma proves that attackers can find on-premises data, too.
With the discovery of 'Collection #1,' security researcher Troy Hunt appears to have found the largest repository of stolen email addresses and passwords ever, totaling more than 87GB and 12,000 separate files.
In an era when enterprises are scrambling to keep up with security demands, a new industry survey from ISF finds that having more diverse skills on the InfoSec team is one way to ensure a more stable workforce.
Podcast: Infrastructure Hunting – Stopping Bad Actors in Their Tracks Being able to effectively build a threat intelligence ecosystem or threat-hunting identification response requires both user and systems sophistication and capabilities. Security, orchestration, automation and response (SOAR) is a new technology designed to provide organizations a single comprehensive platform they can use to implement an intelligence driven security strategy.