Transparency Market Research
Global Hybrid DDoS Protection Market: Overview
DDoS attacks have become a common threat for various organizations. Such attacks are increasing in strength and becoming more sophisticated through rapidly moving up to the application stack. DDoS attacks mainly cause a huge traffic congestion to the networks where the attack floods the networks with several illegitimate network packets. For combating such biggest attacks, many websites as well as applications need the intelligence and resilience of a scalable network.
Distributed denial of service aka DDoS attack is a kind of malicious attempt to destroy normal traffic of a service, server, or network through overwhelming the surrounding infrastructure of the target. In such attacks, the attackers gain a major control over a network of online machines. Furthermore, organizations’ IoT devices and computers are infected with different types of malware in DDoS attack. Such common DDoS attacks are protocol attacks, application layer attacks, and volumetric attacks. Thus, rising incidences of DDoS attacks augment demand in the global hybrid DDoS protection market.
Along with this, growing need for DDoS protection and mitigation services and solutions, and rising demand for preventing reflective amplified spoof attacks are also fueling the demand in the global hybrid DDoS protection market. Hybrid DDoS protection helps in safeguarding critical enterprise data and storing other organizational data in the cloud. Such DDoS protection further helps in protecting enterprise’s IT infrastructure from multi-vector DDoS attacks. Through deploying hybrid mode, organization can retain all their intellectual properties and critical data within their premises. All such benefits are also boosting the global hybrid DDoS protection market.
As organizations embrace, new technologies and applications become more distributed across diverse environments, enterprises face new security and availability challenges, including an increased risk for DDoS (Distributed denial of services) attacks. These attacks causes an online service unavailable to an authorized user by overwhelming it with traffic from multiple sources. The DDoS attack uses multiple computers and Internet connections to flood the targeted resource. These include traffic attack, bandwidth attack and application attack.
Hybrid DDoS protection market are set of technologies that mitigate the impact of DDoS attacks on network attached to the internet by protecting the target and relay networks. The high demand for DDoS prevention solutions has encouraged vendors to introduce, cost effective hybrid solutions. On-premise, cloud-based and hybrid DDoS protection services are three solutions to address the threat of DDoS attacks. On-premise solution mitigates DDoS attacks at all layers, including network-layer, SSL-based and application-layer but unable to provide protection against massive volumetric DDoS attacks that saturate the internet network. In cloud based solution (either on-demand or always-on deployments), detection is done via remote monitoring of the internet link. Though this solution limits visibility into any DDoS attack beyond the network layer, the hybrid approach combines on-premise DDoS protection appliances and cloud DDoS protection services to provide a robust protection suite. DDoS attacks now employ as a combination of volumetric and application-layer attack vectors.
Organizations are rapidly growing their partnership and mitigation solutions across the globe.
The factors such as the need to mitigate increasing network and application targeted DDoS attacks, rising penetration of Internet of things (IoT) and connected devices, coupled with the surge in demand from small and medium enterprises are expected to surge the demand for DDoS protection mitigation market during the forecast period. Every sector including infrastructure providers, organizations and agencies, witnessed DDoS attacks, which resulted in vendors investing heavily in developing DDoS solutions. Moreover, security concerns are anticipated to drive the market growth.
Attacks using dynamic IP attacks that challenge mitigation through simple blacklisting are now ubiquitous. Volumetric network-level DDoS attacks at staggering throughput rates are anticipated to open up ample opportunities to the hybrid DDoS protection market. Hybrid DDoS approach also features challenges if on-premise DDoS solution and the cloud-based DDoS service do not share protection policies and signatures in real time. This eventually takes a lot of time to mitigate a DDoS attack.
The global market for hybrid DDoS protection market is segmented on the basis of components, application area, organization size, end user and geography. On the basis of components, market is segmented into solution and services. The services can be further classified as managed service, consulting service, design and implementation. On the basis of application area the market can be segmented into network, application, database and endpoints. On the basis of end user the market can be segmented into business financial services and insurance (BFSI), manufacturing, hospitality, healthcare, retail, IT and telecommunication, automobile, and government. On the basis of organization size, the market can be segmented into small and medium enterprises and large enterprises. Moreover, on the basis of geography, the global market is classified into North America, Europe, Middle East and Africa, Asia Pacific and South America.
North America is expected to dominate the global hybrid DDoS protection market, Due to the presence of major DDoS protection vendors and service providers along with the early adoption trends for innovative technologies in the developed economies of U.S. and Canada, the region is expected to grow at an accelerated rate during the forecast period.
Key vendor in the hybrid DDoS protection market includes Arbor Networks, Inc., Akamai Technologies, F5 Networks, Imperva, Inc., Radware Ltd., Corero Network Security Inc., Neustar Inc., Cloudflare Inc., Nexusguard Ltd., DOSarrest Internet Security, NSFOCUS Ltd., Radware Ltd. and Verisign among others.
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