Kaspersky DDoS Protection
DDoS protection software
Web security software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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What is Kaspersky DDoS Protection
Kaspersky DDoS Protection is a managed DDoS mitigation service designed to help organizations maintain availability of internet-facing services during volumetric and application-layer attacks. It is typically used by enterprises and service providers to protect websites, APIs, and network services by filtering malicious traffic before it reaches customer infrastructure. The service combines cloud-based scrubbing with deployment options that can integrate with existing network routing and security controls. It is positioned as a vendor-provided service rather than a self-managed load balancer or CDN feature set.
Managed mitigation service model
The product is delivered as a managed service, which can reduce the operational burden of building and staffing an in-house DDoS response capability. This model can be useful for organizations that need 24/7 monitoring and coordinated incident handling. It also helps standardize response processes across multiple protected services. Compared with purely self-managed approaches, it shifts more responsibility for tuning and response to the provider.
Cloud scrubbing for volumetric attacks
Cloud-based traffic scrubbing is designed to absorb and filter large-scale volumetric floods upstream of the customer network. This approach can reduce the risk of last-mile saturation and keep on-premises links from being overwhelmed. It is generally applicable to protecting public IP services where rerouting or tunneling traffic to a scrubbing center is feasible. It aligns with common architectures used in the DDoS protection market.
Supports multiple protected services
DDoS protection services typically cover common targets such as web applications, DNS, and other TCP/UDP services exposed to the internet. This can help organizations consolidate protection for different protocols under one service contract and operational workflow. It is relevant for businesses running mixed workloads (web, API, and network services) rather than only HTTP traffic. The service orientation can also fit organizations with distributed or hybrid infrastructure.
Limited transparency on controls
Compared with self-managed platforms, managed DDoS services often provide less direct visibility into mitigation rules, traffic engineering decisions, and real-time tuning. Customers may have fewer options to customize detection thresholds or mitigation logic beyond agreed policies. This can be a constraint for teams that require granular control for complex application behaviors. The level of telemetry and configurability depends on the service package and contract.
Integration and routing complexity
Effective DDoS mitigation commonly requires network changes such as BGP rerouting, GRE/IPsec tunneling, DNS changes, or reverse-proxy configurations. These changes can introduce deployment lead time and coordination across network, security, and application teams. Misconfiguration can affect latency, availability, or troubleshooting workflows. Organizations with strict change-control processes may find onboarding slower than purely in-line software deployments.
Not a full web security suite
While DDoS protection can overlap with web security, it does not necessarily replace dedicated web application security controls such as WAF policy management, bot management, or API security governance. Buyers may still need separate tools for application-layer threat prevention, vulnerability management, and secure SDLC workflows. This can increase total cost and integration effort if a broader web security platform is required. The exact scope depends on the specific service tier purchased.
Seller details
Kaspersky Lab
Moscow, Russia
1997
Private
https://www.kaspersky.com/
https://x.com/kaspersky
https://www.linkedin.com/company/kaspersky/
