Continuous, risk-based vulnerability management — attack surface, exploitability and business context in one ranked queue. Not a 20,000-line scan report.
Scanners are cheap and everywhere. The hard part is deciding which of the thousands of findings your team should touch this week — before an attacker makes that decision for you.
CVEs disclosed per year
No team can patch everything. Volume keeps rising while headcount stays flat.
Are ever exploited in the wild
Most of your backlog is noise. A small fraction is what attackers actually weaponize.
From disclosure to exploitation
Quarterly scans miss the window entirely. Exposure changes daily; so must your view of it.
The same finding ranks differently depending on where it lives. A critical CVSS on an isolated internal box sits below a medium CVSS on an internet-facing payment system. That context is the whole point.
Discovery, prioritization and remediation run as one program — across your external surface, your cloud, your applications and the fraud vectors scanners never see.
Always-on discovery and assessment instead of point-in-time scans, so new exposures surface the day they appear — not next quarter.
We map what’s actually exposed to the internet — known and shadow assets — so prioritization starts from real reachability, not an asset spreadsheet.
Every finding scored on exposure, real-world exploitability (KEV / EPSS) and business impact — a ranked queue, not a severity dump.
Remediation paths, hands-on support where in scope, and re-testing to confirm the fix closed the exposure. Nothing marked resolved on faith.
Leaked credentials, spoofed domains and fraud campaigns — the external threat surface beyond your technical stack, monitored continuously.
Misconfigurations, exposed services and identity risk across your cloud — tested the way an attacker would probe it, not just checklisted.
Continuous vulnerability management maps directly to the controls your regulators and frameworks require — with evidence structured to move fast in an audit and land clearly in a board deck.
A scanner finds vulnerabilities. Mercurius tells you which ones matter. We combine scanner output with attack surface exposure, real-world exploitability (known exploited vulnerabilities and EPSS) and business criticality, then hand your team a ranked remediation queue instead of a 20,000-line CSV. The output is decisions, not raw findings.
Your attack surface changes every day — new assets, new deployments, newly disclosed CVEs. Mercurius keeps discovery and prioritization running continuously rather than as a quarterly point-in-time scan, so a vulnerability that becomes exploitable overnight surfaces at the top of your queue the same day, not next quarter.
We score each vulnerability against three axes: exposure (is the affected asset internet-facing or reachable from an exposed path), exploitability (is there a public exploit, is it in CISA KEV, what is its EPSS probability) and business impact (what does the asset support). A critical CVSS score on an isolated internal asset ranks below a medium CVSS on an internet-facing system processing payments.
Risk-based remediation means we go beyond reporting. For each prioritized item we provide the remediation path, validation steps and — where in scope — hands-on support with your teams. After remediation we re-test to confirm the fix actually closed the exposure, so nothing is marked resolved on faith.
Continuous vulnerability management supports controls in PCI DSS (Req. 6 and 11), ISO/IEC 27001:2022 (A.8.8 management of technical vulnerabilities), SOC 2 and, in Brazil, BACEN Resolution 4.893 and LGPD security-measure obligations. Reporting is structured to be audit-ready and board-ready.
Because attackers don’t only exploit CVEs — they exploit exposed credentials, leaked data, phishing infrastructure and brand abuse. Fraud Intelligence extends vulnerability management beyond the technical stack to monitor the external threat surface — leaked credentials, spoofed domains and fraud campaigns — that traditional scanners never see.
Continuous, risk-based vulnerability management across Brazil, Chile and the United States.