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Myra combines precise on-prem scrubbing in your own ISP or company network with high-bandwidth cloud scrubbing for attacks beyond your uplink limits. The hybrid DDoS protection for modern networks supports everything from individual IPs to enterprise networks.



















Many traditional infrastructure protection solutions technically require at least /24 networks. As a result, SMBs and organizations with smaller networks often go without professional DDoS protection.
Local protection mechanisms hit the physical limits of the internet connection when attack volumes are very high. Without additional cloud scaling, the risk of outages and service interruptions increases.
Responding to attacks manually takes time, ties up skilled staff, and is operationally unfeasible for many organizations. SMBs in particular need automated protection mechanisms that don't require personnel effort.
NIS-2, DORA, GDPR, and industry-specific requirements are increasing pressure on operators of digital infrastructures. Without certified, sovereign security solutions, compliance quickly becomes a risk.
The hybrid protection architecture closes a critical market gap by making it possible — for the first time — to efficiently secure even smaller subnets and single IPs. This makes enterprise-grade DDoS protection accessible to significantly more customer segments.
At medium load levels, defense takes place locally in your own network. For attacks that exceed local capacity, the system automatically extends to Myra's cloud scrubbing, with more than 50 Tbps of mitigation capacity.
The solution monitors traffic flows in real time and automatically triggers countermeasures when defined thresholds are reached. This reduces response times, minimizes outages, and substantially lowers operational overhead.
As a legally GDPR-compliant, highly certified provider with development and operations in Germany, Myra is a strong partner for meeting regulatory requirements arising from NIS-2, DORA, CRA, or the GDPR.








On-Prem Real-Time Protection with Cloud Escalation: Hybrid scrubbing combines local on-prem appliances directly in your data center with a high-performance cloud reserve. In normal operation, the active on-prem unit analyzes and filters traffic on site, allowing even small network blocks (< /24) to be efficiently protected.
As soon as a volumetric attack exceeds local capacity, the system escalates automatically and seamlessly to Myra's cloud-based infrastructure protection, with more than 50 Tbps of mitigation capacity — keeping the infrastructure of affected companies fully reachable even under massive DDoS fire.
BGP-Based DDoS Protection
Field-proven protection mechanism against volumetric DDoS attacks at the network level.
Hybrid Mitigation
Combination of on-prem protection within your own network and cloud scrubbing for high-volume attacks.
Protection for Small Networks
Coverage of single IPs and small subnets without the /24 limitation.
Automated Real-Time Detection
Predefined thresholds and automated mitigation for fast response without manual intervention.
Scaling Beyond Uplink Limits
Cloud scrubbing extends local defense with highly scalable capacity whenever needed.
IPv4 and IPv6 Support
Protection for diverse customer environments and network architectures.
Self-Service Dashboard
Intuitive administration and transparency for providers and end customers.
Integrated Reporting
Automated attack analyses and verifiable reports support audit and compliance processes.
Compliant by Design
Tailored for regulated sectors – compliant with NIS 2, DORA, GDPR, and industry-specific security standards.
Made in Germany
Development and operations in Germany strengthen digital sovereignty and trust among partners and end customers.
BGP-Based DDoS Protection
Field-proven protection mechanism against volumetric DDoS attacks at the network level.
Hybrid Mitigation
Combination of on-prem protection within your own network and cloud scrubbing for high-volume attacks.
Protection for Small Networks
Coverage of single IPs and small subnets without the /24 limitation.
Automated Real-Time Detection
Predefined thresholds and automated mitigation for fast response without manual intervention.
Scaling Beyond Uplink Limits
Cloud scrubbing extends local defense with highly scalable capacity whenever needed.
IPv4 and IPv6 Support
Protection for diverse customer environments and network architectures.
Self-Service Dashboard
Intuitive administration and transparency for providers and end customers.
Integrated Reporting
Automated attack analyses and verifiable reports support audit and compliance processes.
Compliant by Design
Tailored for regulated sectors – compliant with NIS 2, DORA, GDPR, and industry-specific security standards.
Made in Germany
Development and operations in Germany strengthen digital sovereignty and trust among partners and end customers.
Learn more about Myra Network DDoS Protection (Hybrid) in a 30-minute demo.
We'll show you how local precision and cloud scaling can be combined into a marketable, compliance-ready protection architecture for your end customers — after you submit the form, we'll get in touch with you promptly to schedule a meeting.
BGP protection for small, medium, and large customer environments.
Fully automated mitigation without manual intervention.
Legally GDPR-compliant and made in Germany.
Over 500 companies from highly regulated sectors such as finance, government institutions, healthcare, and critical infrastructure place their trust in us.
"The hybrid solution we built with Myra closes a critical market gap. For the first time, we can protect SMBs and large enterprises alike in a legally compliant, GDPR-conformant, and NIS-2-ready way — and that has sustainably strengthened our competitive position."
Stefan Kondmann, Head of Public Sales at 1&1 Versatel
On-prem DDoS protection operates directly within your own network and offers a high level of control as well as fast local mitigation. Cloud scrubbing extends defense beyond uplink limits; the hybrid variant combines both models for a flexible response based on attack intensity.









