Best Internet-Wide Misconfiguration Scanner Alternatives & Competitors in 2026
Top picks: Censys Internet Map, Halo Security Attack Surface Discovery, Trickest ASM - Attack Surface Management — plus 45 more compared.
Attack SurfaceTop picks: Censys Internet Map, Halo Security Attack Surface Discovery, Trickest ASM - Attack Surface Management — plus 45 more compared.
Attack SurfaceInternet-Wide Misconfiguration Scanner is a free External Attack Surface Management tool. Security professionals most commonly compare it with Censys Internet Map, Halo Security Attack Surface Discovery, Trickest ASM - Attack Surface Management, Zerocopter Recon, and ConnectSecure Attack Surface Scanning. All 48 alternatives are matched by shared capabilities, tags, and NIST CSF 2.0 coverage.
A closer look at the 8 most relevant alternatives and competitors to Internet-Wide Misconfiguration Scanner, including their key features and shared capabilities.
Internet intelligence platform for asset discovery and attack surface mapping
Discovers and inventories internet-facing assets including subdomains, IPs, and apps.
Customizable ASM platform for asset discovery, monitoring, and enrichment
External attack surface mapping service to discover exposed digital assets
External attack surface scanning for MSPs to identify vulnerabilities
xASM platform covering external, internal, and API attack surfaces.
ASM platform for continuous discovery and risk validation of internet-exposed assets.
AI-powered EASM platform for digital asset discovery and monitoring.
Internet intelligence platform for asset discovery and attack surface mapping
Discovers and inventories internet-facing assets including subdomains, IPs, and apps.
Customizable ASM platform for asset discovery, monitoring, and enrichment
External attack surface mapping service to discover exposed digital assets
External attack surface scanning for MSPs to identify vulnerabilities
xASM platform covering external, internal, and API attack surfaces.
ASM platform for continuous discovery and risk validation of internet-exposed assets.
AI-powered EASM platform for digital asset discovery and monitoring.
Agentless EASM platform for asset discovery, exposure mgmt & risk reduction.
A domain reconnaissance tool that automates subdomain discovery, port scanning, and monitoring with support for multiple data sources and notification integrations.
Automate your reconnaissance process with AttackSurfaceMapper, a tool for mapping and analyzing network attack surfaces.
A Python-based tool for external attack surface discovery and reconnaissance across large-scale networks, focusing on IP address and subdomain enumeration.
A Go-based web crawler that supports multiple protocols and authentication methods for systematic web resource discovery and collection.
A tool for bruteforcing subdomains of a given domain
ImmuniWeb Discovery is an attack surface management platform that continuously monitors an organization's external digital assets for security vulnerabilities, misconfigurations, and threats across domains, applications, cloud resources, and the dark web.
Cloud platform for continuous visibility & mgmt of external attack surfaces
AI-powered attack surface management platform for cybersecurity monitoring
AI-powered platform for continuous attack surface discovery and pentesting
Discovers and monitors external-facing assets and vulnerabilities
External attack surface mgmt platform for discovering & monitoring assets
External attack surface management platform with continuous asset discovery
External attack surface management platform for discovering digital assets
Preemptive Exposure Management platform for continuous attack surface testing
Platform for offensive security operations including ASM, VA, and DAST
SaaS platform for attack surface management and vulnerability detection
EASM platform for continuous monitoring of internet-exposed assets & vulnerabilities
Supply chain intelligence platform mapping digital ecosystems & proximity risks
Attack surface mgmt platform with vuln scanning and cloud security features
External attack surface mgmt platform with continuous discovery & validation
Attack surface management platform for monitoring vulnerabilities and breaches
Attack surface management platform for automated pentesting and vuln scanning
External threat intelligence platform for attack surface mgmt & data breach prevention
Discovers and monitors external internet assets for exposures and vulnerabilities
AI-driven cyber-surveillance platform for threat detection and monitoring
Discovers and manages internet-facing assets with vulnerability prioritization
External attack surface mgmt with automated pentesting and validation
SOCRadar Attack Surface Management is an EASM platform that continuously discovers, monitors, and assesses internet-facing digital assets for vulnerabilities and security risks.
Automated ASM tool for multi-cloud environments with continuous asset discovery
External attack surface mgmt with asset discovery and on-demand pentesting
Active attack surface mgmt solution for discovering & remediating unknown risks
Internet intelligence platform for asset discovery and threat analysis
AI-driven internet scanning platform for asset discovery and threat hunting
Attack surface monitoring platform with automated security validation testing
Passive asset discovery platform using Netflow data for attack surface mapping
External attack surface management platform for asset discovery and vuln mgmt
AI-driven EASM platform for discovering and monitoring external-facing assets
External attack surface management platform for asset discovery and risk detection
Common questions security professionals ask when evaluating alternatives and competitors to Internet-Wide Misconfiguration Scanner.
The most popular alternatives to Internet-Wide Misconfiguration Scanner include Censys Internet Map, Halo Security Attack Surface Discovery, Trickest ASM - Attack Surface Management, Zerocopter Recon, and ConnectSecure Attack Surface Scanning. These External Attack Surface Management tools offer similar capabilities and are frequently compared by security professionals evaluating their options.
