RADAR by MazeBolt provides continuous, nondisruptive DDoS vulnerability testing to help organizations identify critical weaknesses in their DDoS defenses. RADAR’s data is crucial to DDoS resilience, as there is no visibility into DDoS vulnerabilities until you test – and the traditional testing methods are inefficient and leave hidden gaps.
RADAR also supports remediation by using AI-enhanced insights to prioritize the highest-impact gaps first.
Today, customers can share RADAR findings and recommend configuration changes with their DDoS mitigation vendor or internal teams for implementation. That handoff can introduce delays, and we are working to streamline it.
MazeBolt’s mission is to eliminate damaging DDoS downtime. A key next step toward that goal is automated remediation, a capability on our 2026 product roadmap. With auto-remediation, RADAR is designed to deliver a closed-loop workflow that accelerates risk reduction by:
- Identifying vulnerabilities and misconfigurations
- Using AI to prioritize the issues most likely to drive business impact
- Applying fixes directly by automatically optimizing DDoS protection configurations, removing delays associated with vendor implementation or manual change processes
- Revalidating defenses to confirm the vulnerabilities have been addressed
We are conducting extensive research to implement this capability safely and responsibly, with strong controls and guardrails, to shorten time to remediation and further reduce the risk of damaging DDoS downtime.
How RADAR Reduces DDoS Risk
RADAR is MazeBolt’s game-changing solution for DDoS Vulnerability Management. It continuously and nondisruptively tests your live environment, uncovering hidden vulnerabilities and misconfigurations across all known DDoS attack vectors. By simulating real attacks, RADAR provides full visibility into your network’s defenses, enabling you to proactively fix weaknesses before attackers can exploit them.
RADAR leverages AI to prioritize the most critical vulnerabilities, remediates vulnerabilities, and validates that your DDoS protections are always effective. This approach shifts organizations from reactive firefighting to true prevention, ensuring business continuity and measurable risk reduction.
Why Traditional DDoS Testing Is Insufficient
Traditional approaches like red team exercises and pentesting can identify DDoS vulnerabilities. But because they typically require maintenance windows, most enterprises can test only a very small portion of their deployed defenses, leaving >99% of DDoS vulnerabilities hidden. Moreover, their point-in-time snapshot quickly becomes outdated.
In contrast, RADAR provides continuous DDoS vulnerability testing – identifying and then remediating critical vulnerabilities continuously and nondisruptively without interrupting production. RADAR strengthens defenses – prioritizing vulnerabilities, applying configuration improvements, and providing full visibility into DDoS risk to eliminate downtime.
How RADAR Uses AI to Prioritize DDoS Remediation
RADAR leverages AI to intelligently prioritize DDoS remediation by continuously analyzing your environment and identifying which vulnerabilities pose the greatest risk. The AI-driven SmartCycle™ capability dynamically focuses on attack vectors most likely to succeed, ensuring that remediation targets the highest-risk vulnerabilities first. This smart prioritization means RADAR can address the most critical issues rapidly, reducing the window of exposure and preventing damaging downtime.
How RADAR Helps MSSPs Remediate Risk
RADAR is purpose-built to empower MSSPs by providing continuous, nondisruptive DDoS testing across all client environments. With RADAR’s Multi-Tenant Detector™, MSSPs gain a centralized way to manage continuous DDoS testing for each client’s attack surface. RADAR’s Multi-Tenant Detector proactively fixes hidden risks and validates defenses as networks evolve. RADAR streamlines remediation with its prioritized, actionable insights, so vulnerabilities are not just found – they’re fixed and re-validated.
To learn more about RADAR continuous DDoS testing, speak with an expert!
