On 21 March 2025, we had the pleasure of attending CLNOG 2025, held in Santiago, Chile. This event brought together network operators and industry experts from across the region, highlighting ...
In this month’s issue: register for our webinar with Inter.link, see where to meet us at RONOG10, learn about scrubbing centre automation, read our APNIC feature on 10 years in ...
We often talk about how DDoS attacks happen — via botnets, traffic floods, vectors — but rarely do we ask the more human question: why? The truth is, behind every ...
FastNetMon was recently featured on LACNIC, where our Founder, Pavel Odintsov provides a practical guide to network telemetry for operators. The article explains the differences between flow-based protocols like NetFlow ...
The Arch Linux project has confirmed that its core infrastructure has been under sustained DDoS attack for more than a week. The campaign, which began on August 16, 2025, has ...
FastNetMon was recently featured on the APNIC blog, where FastNetMon Founder Pavel Odintsov reflects on a decade of the DDoS landscape while building the open source DDoS detection platform. What ...
DDoS defence explained: how to detect and mitigate a DDoS attack? DDoS attacks are easier than ever to launch, harder to trace, and can cause real damage if you’re not ...
The U.S. Department of Justice has charged a 22-year-old Oregon man for operating RapperBot, a large-scale botnet-for-hire that powered more than 370,000 DDoS attacks between April and August 2025. Built ...
MadeYouReset is a new HTTP/2 DDoS vector related to 2023’s Rapid Reset. By provoking the server to reset streams with malformed frames, an attacker keeps backend request processing alive while ...
How connection state exhaustion attacks threaten your firewalls and proxies Transport and state-exhaustion DDoS attacks represent a growing and sophisticated category of denial-of-service threats targeting the resource limitations of network ...
SafeBreach Labs researchers Or Yair and Shahak Morag disclosed a new class of Windows denial-of-service (DoS) vulnerabilities that can be exploited to crash critical infrastructure or conscript publicly accessible Windows ...