Your Business is at 48% RISK

MazeBolt Redefines DDoS Mitigation

DDoS Radar cuts Legacy DDoS Mitigation vulnerabilities from 48% to 2%

Legacy DDoS mitigation (i.e. Cloud scrubbing, On-premise / CPE or Hybrid) is not designed to automatically adapt to changing networks – making it inherently vulnerable to changes and exposing it to an average failure rate of 48%.

MazeBolt’s DDoS Radar is a patented granted technology that’s compatible with all legacy DDoS mitigation solutions and cuts vulnerability levels from 48% to 2% and under.

How can all Legacy DDoS Mitigation be inherently vulnerable?

Legacy DDoS mitigation technology works only if it’s perfectly configured to the underlying network it is protecting and is not designed to adapt to network changes. Changing networks adversely impact DDoS mitigation configurations and open DDoS vulnerabilities through which DDoS attacks can penetrate.

DDoS Radar Transforms Legacy DDoS mitigation to Next Gen. by providing:

01

Real-time & complete Visibility of DDoS vulnerabilities

End-to-end visibility into the misconfiguration caused due to network changes.

02

End-to-End DDoS Vulnerability Managed Service

Prioritized reporting of vulnerabilities for 3rd party vendors to focus on to close DDoS Gap.

03

On-Demand Retest of Vulnerability Reconfiguration

Help DDoS mitigation vendors with feedback on correct configuration.

How DDoS Radar
Make DDoS Mitigation Work

Legacy DDoS Mitigation
When Deployed

One-time configuration of DDoS Mitigation as per given network at the time of mitigation deployment.

DDoS mitigation once configured is not revisited every time the network is changed.
1. At the time when mitigation is configured with existing underlying network, DDoS Mitigation works well initially.
2. The two main components of DDoS Mitigation have a one-way communication.

Legacy DDoS Mitigation When Deployed

Legacy DDoS Mitigation Vulnerable by design and eventually breaks

No feedback loop mechanism to configure Legacy DDoS mitigation to changing network environments.

Due to the incessant need to meet global market demands, network environments change continuously. However, DDoS Mitigation once configured isn’t designed to automatically adapt to network changes resulting in misconfigured DDoS mitigation that is 48% vulnerable to DDoS Attacks. Legacy DDoS mitigation is 48% vulnerable because it has limited visibility into the vulnerabilities generated due to changed network environments.

Legacy DDoS Mitigation Vulnerable by design and eventually breaks

Next Gen. DDoS Mitigation Powered by DDoS Radar’s Proactive Feedback Module

DDoS Radar powered Next Gen mitigation maintains DDoS Risk at under 2%

The DDoS Radar’s Proactive Feedback Module transforms all Legacy DDoS mitigation solutions by completing the feedback loop.
1. Provides continuous 24/7 visibility on DDoS vulnerabilities.
2. Powers on demand assessment of DDoS mitigation configuration changes
3. Real-time identification of misconfigurations due to changed network

Next Gen. DDoS Mitigation Powered by DDoS Radar’s Proactive Feedback Module

DDoS Radar powered Next Gen mitigation maintains DDoS Risk under 2%