Traffic Monitoring
Continuous monitoring of network traffic using NetFlow, sFlow, IPFIX, and network telemetry to identify abnormal traffic patterns.
Protect internet-facing networks and services from volumetric and network-layer DDoS attacks through continuous traffic monitoring, automated detection, traffic diversion, and mitigation.
Designed for ISPs, NAPs, data centers, enterprises, and digital platforms that require reliable network availability.
Discuss your requirementsMITIGATION READYVISNUSA combines network visibility, automated detection, routing integration, and traffic scrubbing into one managed DDoS protection service.
Continuous monitoring of network traffic using NetFlow, sFlow, IPFIX, and network telemetry to identify abnormal traffic patterns.
Detect volumetric attacks, traffic anomalies, abnormal packet rates, and suspicious traffic targeting protected networks.
Trigger mitigation automatically when an attack is detected, reducing dependency on manual network intervention.
Redirect affected traffic to the mitigation platform using BGP, BGP FlowSpec, or RTBH based on the network architecture.
Inspect and filter malicious traffic while allowing legitimate traffic to continue toward the protected network.
Return filtered traffic to the customer backbone after malicious traffic has been removed.
Protect multiple public IP prefixes, networks, and customer environments from a centralized mitigation platform.
Suitable for service providers that need to provide DDoS protection to multiple downstream customers or ISP members.
Visibility into network traffic, detected attacks, mitigation events, protected prefixes, and historical attack information.
Technical support for platform operation, routing integration, mitigation policy, monitoring, and incident handling.
VISNUSA Managed DDoS Protection integrates with existing routers, upstream connectivity, and backbone infrastructure without requiring the entire network architecture to be replaced.
Normal traffic continues through the existing network path. When an attack is detected, affected traffic can be diverted to the VISNUSA scrubbing platform. Malicious traffic is removed and clean traffic is returned to the protected network.
Continuous network telemetry monitors traffic behaviour and establishes visibility across protected prefixes.
Traffic anomalies and potential DDoS attacks are identified before they cause significant service disruption.
Affected traffic is redirected toward the mitigation platform based on defined network policies.
Malicious traffic is filtered by the DDoS scrubbing platform.
Legitimate traffic is returned to the customer backbone and delivered to its destination.
Deploy close to the network, activate protection on demand, or combine local and upstream capacity for a hybrid operating model.
DDoS mitigation infrastructure is deployed close to or within the customer network.
Suitable for NAPs, ISPs, data centers, and large networks that require local mitigation capacity.Normal traffic remains on the existing route. Traffic diversion is activated when a DDoS attack is detected.
Suitable for organizations that want protection without continuously routing traffic through a scrubbing platform.Local mitigation capacity combined with upstream mitigation capability for larger attack events.
Suitable for networks requiring both local control and additional mitigation capacity.From 10 Gbps to multi-100 Gbps based on network requirements.
Protection can be sized according to normal traffic levels, network architecture, protected prefixes, and expected attack capacity.
Protect backbone infrastructure and provide managed DDoS protection to downstream customers.
Protect customer connectivity and internet-facing infrastructure.
Protect public applications, internet gateways, VPN services, and critical network infrastructure.
Maintain availability of internet-facing services during malicious traffic events.
A four-stage model keeps implementation aligned with VISNUSA's security operating language while addressing DDoS-specific routing and mitigation requirements.
Define protected networks, normal traffic patterns, routing architecture, and mitigation requirements.
Connect monitoring, routing, and mitigation infrastructure with the customer's network.
Continuously monitor traffic and trigger mitigation when malicious traffic is detected.
Monitor events, support mitigation operations, review incidents, and optimize protection policies.
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