en.Wedoany.com Reported - On June 9, Nokia Finland launched the Nokia Deepfield Genome Shield, positioning it as a proactive, around-the-clock, network-wide DDoS security automation system for the AI era, primarily serving telecom operators, managed service providers, internet exchange points, and cloud infrastructure builders. As an extension of Nokia Deepfield Defender's capabilities, the system addresses security pressures from distributed denial-of-service attacks, botnet traffic, and infected endpoints within operator networks, providing continuously updated automated protection.
The launch of Deepfield Genome Shield comes against a backdrop where DDoS attack patterns are shifting from external concentrated strikes to more distributed, shorter-duration, automated attacks that are harder to respond to manually. Nokia disclosed that residential proxy botnets now include approximately 200 million infected user devices, with attack traffic potentially originating from within the user-side networks of telecom operators. The traditional process of "detecting anomalies—diverting traffic—scrubbing and mitigating" lacks sufficient response time against sub-minute-scale burst attacks.
The core capability of this system lies in proactively converting threat intelligence into executable network policies and continuously deploying these policies into operators' existing network infrastructure. Deepfield Genome Shield integrates six types of continuously updated sources, including Cloud Genome, Secure Genome, Global Deepfield Threat Alliance, DeepRange, community data, and commercial threat intelligence, to form automated policies targeting botnet command and control communications, DDoS amplification traffic, malicious endpoints, proxy networks, and suspicious application traffic. It can work in conjunction with Deepfield Defender to provide preemptive protection through routers, dedicated scrubbing systems, and network edge enforcement points before an attack forms a large-scale impact, reducing delays caused by traffic bypass, centralized diversion, and manual script maintenance. According to information on Nokia's official website, the system supports inbound DDoS mitigation, outbound command and control communication blocking, and infrastructure protection, compatible with Nokia 7750 Service Router, 7730 Service Interconnect Router, 7250 IXR, 7750 Defender Mitigation System, and some third-party routers. Management interfaces include the Deepfield Defender interface and REST API.
For telecom operators, DDoS protection is transitioning from a network boundary security function to an operational-level automation capability. Broadband, mobile networks, cloud access, and data center connections simultaneously carry massive numbers of endpoints, with infected devices potentially forming attack sources within user networks. Operators must protect their own infrastructure while also reducing the risk of user terminals being hijacked to launch external attacks. Deepfield Genome Shield incorporates both inbound attacks and outbound threats into a single protection framework, helping operators reduce the operational burden of temporary scripts, manual maintenance, and fragmented multi-system management.
Cloud builders, internet exchange points, and managed service providers are also key targets for this system. AI computing clusters, cloud service nodes, gaming, fintech, content delivery, and large enterprise online businesses have higher requirements for network availability. Once hit by high-intensity DDoS attacks, service disruptions directly impact customer experience and revenue continuity. Proactive policy pre-configuration allows network infrastructure to have protection rules in place in advance, reducing the time window for traffic diversion and manual response after an attack occurs. For network operators already deploying Nokia IP routers, Deepfield Defender, or managed DDoS services, this system also provides more complete tools for commercializing DDoS protection services, including tiered basic protection, advanced protection, audit visualization, and managed security services for customers.
Nokia's release of Deepfield Genome Shield indicates that network security automation is further embedding into the underlying architecture of telecom networks, cloud infrastructure, and internet exchange nodes. As DDoS attacks evolve towards high frequency, short duration, automation, and proxy botnets, operators and large network platforms need to front-load protection capabilities into the data plane and network edge. Future implementation effectiveness will depend on customer deployment scope, adaptation efficiency with multi-vendor network equipment, threat intelligence update quality, and the commercialization progress of managed security services.
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