DDoS Remediation That Holds: Fix What Matters, Prove It Worked

Finding DDoS gaps is half the job. RADAR™ shows which gaps matter most, guides each fix with your existing vendor, and revalidates it, so you can prove the DDoS remediation held.

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Most DDoS gaps are configuration gaps: a policy, threshold or rule in your DDoS mitigation that no longer matches the service behind it. RADAR validates every onboarded target (FQDN, IP and service) across Layers 3, 4 and 7, so each finding points to the exact policy to change.

Why?

Spending more on DDoS protection does not find or fix configuration gaps. Most are configuration drift: policies that matched the environment at go-live and no longer do. Like any vulnerability remediation, a fix made once can be undone by the next change, which is why DDoS remediation has to be revalidated, not just closed.

How?

SmartCycle™ is designed to predict which validated gaps are most likely to be exploited, so remediation starts with the most dangerous. One policy change typically closes 80-90% of similar findings: 1,000 findings do not require 1,000 fixes. After each fix, RADAR revalidates the vector on live production, designed to run without affecting service availability or SLA response times.

Why do fixed DDoS gaps reopen, and how do you keep them closed? Read the deep dive on Continuous Threat Exposure Management (CTEM).

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See every gap, by service and attack vector

You can only fix what you can see. RADAR maps each finding to the service, the attack vector and the protection layer involved, so your team and your vendor know exactly what to change and in what order.

Remediation guidance your vendor can act on

Each finding comes with configuration guidance for the vendor that owns the policy, whether that is Akamai, Cloudflare, F5, Radware, NETSCOUT, AWS or Azure. Your team fixes it with the vendor you already have; RADAR does not replace your DDoS mitigation.

Revalidation keeps fixed gaps closed

Every fix is revalidated automatically, and every later change to your environment is validated again. If a fixed gap reopens, RADAR flags it as a regression before an attacker finds it. This is security control validation applied to DDoS.

Prove each fix held

DDoS resilience strengthens when gaps are fixed and the fix is proven. RADAR’s time-stamped record shows exposure falling over time, ready for your board and auditors.
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See your DDoS exposure before and after RADAR

A gray circular chart with four labeled rings: WAF, CPE, SCB, and CDN. Two small colored segments, red and teal, appear in the top right section of the innermost rings.

Without RADAR

Limited Visibility

Your DDoS Protection By RADAR when first starting

RADAR Deployed

Initial coverage

DDoS Protection with MazeBolt RADAR

Powered by RADAR

Proven Protection

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