Attack Surface Management:
Autonomous Asset Discovery and Monitoring

External attack surface management (EASM) finds, inventories, and monitors internet-facing digital assets, including assets your team may not know about. EASM tools scan domains, subdomains, IP addresses, cloud services, APIs, exposed ports, and third-party integrations from an attacker's perspective.

Vulnerability scanning tests known assets on a schedule. Attack surface management starts by finding all external assets, including shadow IT and unknown infrastructure, then monitors them for changes, misconfigurations, and new risks.

Hunto finds domains, subdomains, IP addresses, CIDR ranges, cloud services, APIs, web applications, SSL/TLS certificates, open ports, exposed services, DNS and email infrastructure, code repositories, SaaS integrations, IoT devices, and orphaned assets.

Hunto detects new external assets within hours of their appearance on the internet. AI agents monitor DNS changes, certificate transparency logs, and cloud provider events in real time. Drift detection sends alerts when new assets appear or secure services become exposed.

Yes. Attack surface management directly supports compliance with PCI DSS (asset inventory and continuous monitoring requirements), SOC 2 (demonstrating security monitoring controls), ISO 27001 (information asset management), GDPR (identifying systems that process personal data), and other frameworks that require organisations to maintain accurate inventories of internet-facing systems. Hunto generates compliance-ready reports, audit trails, and evidence packages that map ASM findings to specific regulatory requirements.

Yes. Hunto integrates with leading SIEM and SOAR platforms including Splunk, Microsoft Sentinel, IBM QRadar, and Palo Alto XSOAR via REST APIs, webhooks, and STIX/TAXII. Attack surface discoveries, vulnerability findings, and drift alerts feed directly into your existing workflows and ticketing systems (Jira, ServiceNow). These integrations ensure that ASM data enriches your security operations rather than creating another isolated tool.

Attack surface intelligence is the continuous discovery, mapping, scanning, and monitoring of your external attack surface to surface exposed services and risks before attackers find them. Hunto turns raw asset discovery into prioritised intelligence, correlating domains, cloud services, exposed ports, and certificates with real-world exploitability so your team acts on the highest-risk exposures first.

The best ASM tools continuously discover external digital assets, map the relationships between them, and rank exposures by risk rather than returning a flat list. Hunto maps domains, subdomains, IP ranges, cloud services, APIs, and certificates from an attacker's viewpoint, then flags shadow IT and drift within hours. Look for autonomous discovery, real-time monitoring, and compliance-ready reporting when you compare platforms.

Start with platforms that discover cloud assets across AWS, Azure, and Google Cloud automatically, then monitor them for misconfigurations and newly exposed services. Hunto watches certificate transparency logs and cloud provider events in real time, so a storage bucket or API that becomes public triggers an alert within hours. Prioritise vendors that show evidence, map findings to compliance frameworks, and integrate with your existing SIEM and ticketing.

EASM discovers assets from the outside in, the way an attacker would, so it finds assets you did not know existed. CAASM (cyber asset attack surface management) works inside out, pulling data from your existing tools through integrations to unify and de-duplicate the inventory you already have. Many teams use both. Hunto focuses on the external, attacker's-view side and connects it to threat intelligence and remediation.

Attack surface mapping is building a connected picture of your internet-facing assets: which domains resolve to which IP addresses, which services run on them, which certificates and cloud accounts they relate to, and who owns each one. A map shows relationships and exposure paths, not just a flat list, which is what makes prioritisation possible.

Yes. AI agents handle the repetitive parts at a scale people cannot: expanding discovery from a few seed domains, classifying and attributing assets, correlating exposures with live threat activity, and drafting remediation tasks for owners. Your team still approves the actions that matter. Hunto uses autonomous agents for discovery, scoring, and monitoring.

Open-source tools such as OWASP Amass and subfinder are useful for enumerating subdomains and seeds. They produce lists on demand, so you still need to schedule scans, track changes over time, attribute ownership, prioritise by risk, and route fixes. A managed ASM platform adds that continuous monitoring and workflow on top of discovery.

Look for continuous discovery that starts from your organisation rather than a list of known domains: certificate transparency, passive DNS, cloud provider ranges and code repositories surface subdomains, SaaS tenants and cloud instances that business units set up without security. Hunto runs this discovery continuously, attributes each new asset to an owner, and flags shadow IT within hours of it appearing.

Most EASM platforms automate discovery; fewer automate prioritisation. Hunto does both: every asset it finds is fingerprinted, matched to known vulnerabilities and exploit activity, weighted by business context, and ranked so the exposures an attacker would use first reach the top of the queue with a remediation path.

Human-layer (human-centric) attack surface mapping connects each external exposure to the people who own or can be targeted through it: the team running a misconfigured server, the employees whose credentials have leaked, the executives impersonated by lookalike domains. Traditional attack surface tools stop at the asset list; Hunto feeds this ownership context into each person's Human Risk Number.