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Overview
MazeBolt RADAR is a patented DDoS Vulnerability Management platform that runs continuous, non-disruptive simulations to test mitigation layers. While some teams find its focus too niche, wishing for broader infrastructure coverage, it effectively identifies misconfigurations and reduces DDoS vulnerability gaps—maximizing ROI on existing DDoS protection investments.
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Starting Price
Custom
MazeBolt Specifications
Threat Intelligence
Vulnerability Management
Security Audits And Reporting
Security Measure
What Is MazeBolt?
MazeBolt RADAR™ is a specialized cybersecurity solution that provides continuous validation of an organization's Distributed Denial of Service (DDoS) defense capabilities. Unlike traditional, manual penetration testing, RADAR uses patented, non-disruptive technology to run thousands of real-time attack simulations against live production environments. Its primary goal is to find and enable the remediation of misconfigurations and vulnerabilities in existing DDoS mitigation tools before an actual attack occurs.
MazeBolt Pricing
MazeBolt Pricing is customized, depending on the scope, scale, and deployment environment.
MazeBolt Integrations
MazeBolt integrates seamlessly with all major DDoS protection providers, ensuring compatibility with diverse mitigation systems. It supports firewall management and intrusion detection systems to provide layered security.
Who Is MazeBolt For?
MazeBolt serves organizations in sectors including:
- Financial services/banking
- Government and public sector
- Gaming and digital businesses
- Telecom/ISPs/large network providers
- Enterprises with high availability and security demands
Is MazeBolt Right For You?
MazeBolt is highly suitable if your organization's compliance requirements demand continuous proof of DDoS resilience (e.g., SEC, DORA, NIS2). The proprietary, patented technology eliminates the need for risky, manual penetration testing, ensuring zero downtime during validation. By continuously running thousands of attack simulations, MazeBolt enables security teams to shift from reactive mitigation to proactive avoidance, maximizing the efficiency of your current security investment. The platform's continuous nature reduces the time-to-mitigation significantly.
Still not sure about MazeBolt? Contact our support team at (661) 384-7070 for further guidance.
MazeBolt Features
MazeBolt RADAR™ is the only solution that continuously tests DDoS protection layers in live production environments without causing downtime. This patented technology runs thousands of non-disruptive attack simulations 24/7. This comprehensive testing ensures that the organization's existing mitigation solutions are always configured for maximum effectiveness against evolving DDoS threats.
The platform provides complete visibility into the entire DDoS attack surface, uncovering misconfigurations across the network and defense stack. This process identifies and enables the elimination of all known DDoS vulnerabilities before a damaging attack can take place. MazeBolt features clear remediation guidance to fix misconfigurations quickly and effectively.
MazeBolt ensures organizations maximize the Return On Investment (ROI) of their existing DDoS mitigation systems. Instead of relying on costly emergency response SLAs after an attack, the tool helps security teams achieve fully automated DDoS protection by keeping existing security layers up to date against all known attack vectors.
The core methodology guarantees continuous attack surface validation without requiring maintenance windows or causing service interruptions. This unique capability allows security teams to test 100% of their defense layers against more than 100 attack vectors on live online services. This eliminates the need for risky, manual penetration testing.
The system provides continuous DDoS attack surface visibility for all network layers (OSI Layers 3, 4, and 7) against every asset, including FQDNs, IPs, and services. This comprehensive monitoring uncovers critical vulnerabilities and misconfigurations that could be exploited, reducing the organization’s overall DDoS risk gap to under two percent.
