en.Wedoany.com Reported - Global automated infrastructure platform Megaport officially launched Megaport DDoS Protection on May 7 local time, announcing the direct integration of DDoS attack defense capabilities into the Megaport Internet network architecture, ending the passive trade-offs enterprises have long been forced to make between security protection, network performance, and cost control. Megaport is a software-defined networking service provider headquartered in Brisbane, Australia, founded by industry expert Bevan Slattery in 2013 and listed on the Australian Securities Exchange in 2015. It currently serves approximately 3,000 enterprise customers globally, connecting over 1,000 data centers worldwide.

Megaport CEO Michael Reid stated publicly in the official press release: "Network resilience has now become a core requirement for enterprise infrastructure, rather than just an optional configuration. Integrating DDoS protection capabilities directly into the network layer, rather than deploying them as an add-on service, fundamentally eliminates the traditional trade-offs between security protection, network performance, and cost control."

This launch directly addresses two structural pain points in the current DDoS protection market. Protection solutions offered by traditional ISPs are a form of "brute-force" protection—once malicious activity is detected, all traffic is simply cut off, causing the entire business to go offline; while external third-party security services require all traffic to be rerouted through public infrastructure for scrubbing, creating a so-called "security detour" that introduces additional network latency while further increasing the complexity of network architecture and operations. Megaport DDoS Protection embeds traffic filtering capabilities into private network paths, implementing mitigation only at the host or IP level where threats occur when an attack is detected, ensuring the rest of the customer's network continues to operate normally without the need to reroute traffic to external scrubbing centers.

The technical architecture of this solution inherently echoes the integrated layout formed after the previous acquisition of the global compute-as-a-service platform Latitude.sh. In December 2025, Megaport completed the acquisition and integration of Latitude.sh, merging its private high-speed network architecture with global computing infrastructure into a unified network and compute-as-a-service platform covering over 1,000 data centers across 26 countries. The built-in deployment of DDoS protection this time is a key extension of this integrated strategy at the security level—customers can complete the deployment of compute nodes, configuration of private networks, and real-time defense against DDoS attacks on the same platform, without the need for complex joint debugging among multiple vendors.

Megaport DDoS Protection focuses on network layer (Layer 3) and transport layer (Layer 4) attack protection, offering two modes: passive monitoring and active mitigation. The deployment process adopts a fully self-service design, allowing users to complete activation through the Megaport Portal within 60 seconds and enable protection almost instantly. The pricing model is based on connection capacity rather than attack scale or frequency, eliminating the cost uncertainty caused by fluctuations in attack volume in traditional protection services. The service is also equipped with pre-configured protection templates that can automatically distinguish between legitimate traffic peaks and attack patterns, lowering the barrier for manual tuning.

Megaport currently operates in regions including the Americas, Asia-Pacific, Australia, the Middle East, and Europe, with DDoS Protection provided simultaneously with its global network coverage. From an industry trend perspective, as enterprises continue to migrate to distributed cloud environments and the scale of AI-driven automated DDoS attacks continues to expand—the global DDoS protection and mitigation security market is expected to reach $6.06 billion in 2026, with a year-on-year growth of 18.8%—sinking protection capabilities from add-on services to native network layer functions is becoming a key evolutionary direction for next-generation network infrastructure.

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