Cap 1
Attack surface topology
Internet-facing entry points, the assets behind them and the vulnerable components each path reaches, drawn from live data.
Business initiative
ASM answers what you have exposed and what an attacker can reach. Zafran adds the part an inventory cannot: whether each exposure is exploitable right now, and which control you already own covers it.
Definition
Attack Surface Management (ASM) is the continuous discovery, inventory and monitoring of the assets an organization exposes to attackers, including internet-facing services, cloud resources and the shadow or unknown assets nobody registered. Effective ASM does not stop at a list; it validates which exposures are reachable and exploitable so the team can act on them.
Mapping
Take the requirements column from your RFP; the other two columns are what Zafran delivers and where it sits in the lifecycle.
| Program requirement | Zafran capability | Lifecycle stage |
|---|---|---|
| Continuously discover exposed and unknown assets | Zafran Detector agentless discovery plus cloud, identity and scanner connectors map assets and components as they appear | 01Continuous Discovery & Detection |
| Identify shadow IT and unmanaged services | Reconciles what the network sees against CMDB and cloud inventories to surface assets with no owner or no scanner coverage | 01Continuous Discovery & Detection |
| Validate exposures, not just list them | Reachability analysis from the internet to the vulnerable component, combined with runtime presence and exploitation intelligence | 02Assess & Validate |
| Tie exposures to security controls | Shows which WAF, firewall, EDR or cloud policy already blocks the path, and where coverage is missing | 03Risk Mitigation |
| Shrink the exposed surface quickly | Mitigation through existing controls while decommissioning or patching is scheduled | 03Risk Mitigation |
Capabilities
Stylized dashboard callouts; each tile becomes a short micro-animation in production.
Cap 1
Internet-facing entry points, the assets behind them and the vulnerable components each path reaches, drawn from live data.
Cap 2
Exposed services, unknown assets and validated-exploitable paths as a trend.
Cap 3
Every externally reachable asset with owner, scanner coverage and control coverage in one table.
Cap 4
Click any exposed asset to see its components, findings and the controls between it and the attacker.
RFP checklist
Download
Requirement language, scoring criteria and proof-of-value tests you can paste into an RFP.
Outcomes
Illustrative figures for the wireframe; replace with validated customer outcomes.
“Zafran is tackling vulnerabilities from a hacker's perspective, adding a true layer of risk mitigation through compensating controls.”
“Zafran lets us evaluate the effectiveness and ROI of our security stack against what is actually exploitable.”
FAQ
Attack Surface Management is the continuous discovery, inventory and monitoring of the assets an organization exposes to attackers, including internet-facing services and unknown or shadow assets.
External ASM looks at your surface from the outside in. ASM more broadly includes internal and cloud assets. CTEM is the full lifecycle that puts discovery next to validation, mitigation, remediation and reporting. Zafran delivers ASM as the discovery stage of that lifecycle.
Zafran ingests EASM findings and adds the internal context they lack: runtime presence, reachability to the vulnerable component and control coverage. Many customers consolidate on Zafran for the action side.
Zafran Detector performs agentless discovery and correlates it with cloud, identity, scanner and CMDB connectors to build a reconciled inventory.
Confirming that an exposed service is reachable, that the vulnerable component is actually running and that the vulnerability is exploitable or being exploited, before anyone spends time on it.
See how the platform maps to your requirements, on your data, in a 30-minute walkthrough.