by DNSFilter Team on Nov 9, 2022 12:00:00 AM
Network security has taken another step forward by incorporating machine learning at the DNS layer, according to vendor DNSFilter.
Ken Carnesi, chief executive officer and co-founder at DNSFilter, said that by resolving the inefficiencies found within legacy solutions, it had simplified threat protection and content filtering
The approach has netted the growing solution provider a top-10 place in the Cyber Defense Baby Black Unicorn Awards for 2022.
“Our mission is to change the way people think about security at the DNS layer,” Carnesi said in the announcement.
DNSFilter incorporates machine learning in its DNS threat protection, which it says means it can identify around 61% of threats in-house, and more zero-day attacks in progress than competitors.
The company said it can identify compromised domains an average of seven days before they appear on other external threat feeds, deploying a first line of defence at the DNS layer that could both identify and block end user exposure to phishing, malware and advanced cyber threats.
The Top 10 Baby Black Unicorn Award Winner for 2022 prize aims to spotlight cybersecurity companies with the potential to become worth $1 billion in market value in three to five years, the company said.
A report by DNSFilter found that Super Bowl Sunday saw a 57% rise in malicious gambling and betting content. There was a 15% increase in illegal streaming and torrenting traffic related to fake streaming sites during championship weekend compared to the previous average held between May and December 2024, indicating an escalating risk of security issues tied to streaming during major NFL events.
Cybersecurity firm shows spikes in malicious traffic leading up to and during high-profile sporting events
By 2025, zero trust will be the dominant architecture model, fully replacing outdated perimeter-based models. Security controls will focus increasingly on the workforce and workloads rather than just the workplace, leading to enhanced protection across diverse environments.