• Home
  • Media Outreach
  • Nexusguard Report Shows Nearly Two-Thirds of DDoS Attacks in Q3 2018 Targeted Communications Service Providers
Selasa, 22 Januari 2019 15:33:00

Nexusguard Report Shows Nearly Two-Thirds of DDoS Attacks in Q3 2018 Targeted Communications Service Providers

New data indicates attackers preyed on the large attack surface of ASN-level communications service providers with a ‘bit-and-piece’ approach

SAN FRANCISCO, UNITED STATES - Media OutReach - January 22, 2019 - The Nexusguard "Q3 2018 Threat Report" has revealed the emergence of an extremely stealthy distributed denial-of-service (DDoS) attack pattern targeting communications service providers (CSPs). This new vector exploits the large attack surface of ASN-level (autonomous system number) CSPs by spreading tiny attack traffic across hundreds of IP (internet protocol) addresses to evade detection. The ongoing evolution of DDoS methods suggests that CSPs need to enhance their network security posture and find more effective ways to protect their critical infrastructure and tenants. The continued discovery of new attack patterns should also alert enterprises to the importance of selecting DDoS-proof service providers.

 

 

The quarterly report, which measures thousands of DDoS attacks around the world, showed CSPs were targeted by 65.5 percent of DDoS attacks in Q3, given their extensive networks enabling access to tenants' assets. Attackers were found to have contaminated a diverse pool of IP addresses across hundreds of IP prefixes (at least 527 Class C networks, according to Nexusguard findings) with very small-sized junk traffic. As a result, the year over year average attack size in the quarter fell measurably - 82 percent.

 

"Perpetrators are using smaller, bit-and-piece methods to inject junk into legitimate traffic, causing attacks to bypass detection rather than sounding alarms with large, obvious attack spikes," said Juniman Kasman, chief technology officer for Nexusguard. "Diffused traffic can cause CSPs to easily miss large-scale DDoS attacks in the making, which is why these organizations will need to share the load with the cloud at the network edge to minimize attack impact."

 

Nexusguard analysts believe that attackers conducted reconnaissance missions to map out the network landscape and identify the mission-critical IP ranges of targeted CSPs. Then they injected bits and pieces of junk into legitimate traffic, whose size easily bypassed detection thresholds. Mitigating broadly distributed, small-sized attack traffic is more difficult at the CSP level, in comparison to the traditional volumetric attack method on a small number of targeted IPs. The convergence of polluted traffic that slips through the "clean pipes" of upstream internet service providers forms a massive traffic flow that easily exceeds the capacity of mitigation devices, leading to high latency at best, deadlock at worst.

 

The "bit-and-piece" attacks observed in the quarter often leveraged open domain name system (DNS) resolvers to launch what is commonly known as DNS Amplification, whereby a targeted IP address receives only a small number of responses in each well-organized campaign, leaving little or no trace. Black-holing all traffic to an entire IP prefix may be a solution but is costly since black-holing will also block access to a wide range of legitimate services.

 

Other report findings show:

  • China advanced its lead of global attack origins, contributing more than 23 percent of worldwide campaigns
  • 15 percent of attacks originated in the United States
  • Simple Service Discovery Protocol (SSDP) amplification attacks rose 639.8 percent over Q2 2018, a result of the new pattern targeting CSPs

 

Nexusguard's quarterly DDoS threat research measures attack data from botnet scanning, honeypots, internet service providers (ISPs) and traffic moving between attackers and their targets to help companies identify vulnerabilities and stay informed about global cyber security trends. Read the full "Q3 2018 Threat Report" for more details.

 

About Nexusguard

Founded in 2008, Nexusguard is a leading cloud-based distributed denial of service (DDoS) security solution provider fighting malicious internet attacks. Nexusguard ensures uninterrupted internet service, visibility, optimization and performance. Nexusguard is focused on developing and providing the best cybersecurity solution for every client across a range of industries with specific business and technical requirements. Nexusguard also enables communication service providers to deliver DDoS protection solution as a service. Nexusguard delivers on its promise to provide you with peace of mind by countering threats and ensuring maximum uptime. Visit www.nexusguard.com for more information.

 

Share
Berita Terkait
  • 2 minggu lalu

    Hitachi Construction Machinery Meluncurkan Kampanye Merek Global Terbaru Menjelang Perubahan Nama Perusahaan dan Merek Menjadi "LANDCROS" pada April 2027

    Di saat yang sama, seiring makin beragam dan kompleksnya tantangan yang dihadapi para pelanggan di lokasi kerja mereka, peran yang diharapkan dari kami pun turut berubah secara sig
  • satu bulan lalu

    Kaimirra Opens Boutique at Pavilion Damansara Heights and Kiosk at Pavilion Kuala Lumpur

    The Pavilion Damansara Heights boutique held its grand opening on 9 October 2026 with a ribbon-cutting ceremony and lion dance. The kiosk brings the brand to Bukit Bintang, Kuala L
  • 3 bulan lalu

    JSCCIB Joins Forces with Public Sector and World Bank to Launch "The Bangkok Business Summit 2026: Reinvent Thailand, Resilient ASEAN"

    This event serves as a milestone paving the way toward the IMF-World Bank Group Annual Meetings 2026, which Thailand will proudly host in Bangkok in October 2026, as well as Thaila
  • 3 bulan lalu

    Memperluas Cakrawala: Mahasiswa Asal Uzbekistan, Dulatkhan, Meniti Masa Depan di CUHK

    Dulatkhan aktif menjalani kehidupan kampus dengan mengikuti kompetisi bola voli antarkolese dan judo, sekaligus menikmati keindahan alam Hong Kong melalui kegiatan mendaki. Semanga
  • Komentar
    Copyright © 2026 . All Rights Reserved.