September 15, 2016 By Larry Loeb 2 min read

Akamai, the well-known content management system, recently issued its latest threat report for the internet.

Covering Q2 2016, the quarterly report noted a 276 percent increase in the number of distributed denial-of-service (DDoS) attacks that take advantage of misconfigured NTP servers compared to Q2 2015. This spike represents a record high.

Exploiting Misconfigured NTP Servers

In an NTP reflection attack, a malicious actor sends a brief message to a NTP server, to which the server responds with a very long message. The reply is routed to the victim, enabling the attacker to hit the victim with an overwhelming volume of traffic all at the same time.

NTP attacks made up more than 15 percent of all recorded DDoS attacks in the Q2 2016 report, CSO Online noted. About two-thirds of those attacks leveraged the NTP vector exclusively — a real indicator of the damage these attacks can cause.

Shift to Single-Vector Attacks

More than half the recorded DDoS attacks in Q2 2016 were single-vector attacks, compared to 41 percent in Q1.

This represents another shift in the composition of DDoS attacks, according to Akamai. CSO Online also noted that where previously a DDoS attack might have featured a mixed bag of protocols, the single-vector style is gaining some real traction.

UDP Fragment and DNS attacks were the most popular types for all cybercriminal campaigns, but those NTP single-vector efforts were reaching high marks for DDoS attacks.

The Targets

Akamai also found that total DDoS attacks had risen 129 percent since Q2 2015. The gaming industry sustained the highest volume of DDoS attacks, accounting for 57 percent of the total number recorded.

Meanwhile, 26 percent of attacks targeted software and technology companies, 5 percent targeted financial services and 4 percent were directed at the media and entertainment industry.

DDoS attacks can be particularly difficult to handle because there are few ways to fight back. Preparation and quick recognition of an incident are important here, so it’s essential for security professionals to take the time to prepare for an attack and learn the signs.

More from

FYSA – Adobe Cold Fusion Path Traversal Vulnerability

2 min read - Summary Adobe has released a security bulletin (APSB24-107) addressing an arbitrary file system read vulnerability in ColdFusion, a web application server. The vulnerability, identified as CVE-2024-53961, can be exploited to read arbitrary files on the system, potentially leading to unauthorized access and data exposure. Threat Topography Threat Type: Arbitrary File System Read Industries Impacted: Technology, Software, and Web Development Geolocation: Global Environment Impact: Web servers running ColdFusion 2021 and 2023 are vulnerable Overview X-Force Incident Command is monitoring the disclosure…

What does resilience in the cyber world look like in 2025 and beyond?

6 min read -  Back in 2021, we ran a series called “A Journey in Organizational Resilience.” These issues of this series remain applicable today and, in many cases, are more important than ever, given the rapid changes of the last few years. But the term "resilience" can be difficult to define, and when we define it, we may limit its scope, missing the big picture.In the age of generative artificial intelligence (gen AI), the prevalence of breach data from infostealers and the near-constant…

Airplane cybersecurity: Past, present, future

4 min read - With most aviation processes now digitized, airlines and the aviation industry as a whole must prioritize cybersecurity. If a cyber criminal launches an attack that affects a system involved in aviation — either an airline’s system or a third-party vendor — the entire process, from safety to passenger comfort, may be impacted.To improve security in the aviation industry, the FAA recently proposed new rules to tighten cybersecurity on airplanes. These rules would “protect the equipment, systems and networks of transport…

Topic updates

Get email updates and stay ahead of the latest threats to the security landscape, thought leadership and research.
Subscribe today