See the path. Stop the attack.
ExploitSense discovers your real attack surface, scans it for vulnerabilities, validates what's actually exploitable, maps the attack paths that matter, and prioritizes remediation by real-world risk — not a one-shot scan, a continuous loop.
One Windows installer. No server, no Docker, no database to run — everything lives on your machine.
A real transcript of what one scan actually says — every line above is the product's own phase output, not marketing copy.
$ ./exploitsense discover | scan | validate | prioritize | remediate— every night, on a loop
Five stages, running continuously — not a one-shot report.
Discover
Nightly attack-surface sweeps — subdomains via certificate-transparency logs and DNS brute-force, resolved IPs, TLS certs tracked to expiry. Not a one-time inventory taken at onboarding and never revisited.
Scan
Black-box, grey-box, or white-box, matched to how much access you're authorized to use — from an outside-attacker view up to credentialed host scanning over SSH.
Validate
The highest-stakes checks confirm, not guess: XSS is executed in a real headless browser and checked for actual firing. Where confirmation genuinely isn't possible — a version-matched CVE — the finding says so, in the finding itself.
Prioritize
KEV listing beats CVSS. EPSS probability beats a theoretical score. A finding one hop from a crown-jewel asset gets escalated a full level, because blast radius is part of severity too.
Remediate
New critical/high findings become a Jira or ServiceNow ticket automatically. SLA deadlines by severity, breach alerts, and an audit-ready PDF with OWASP/CWE/NIST/ISO mapping behind every finding.
Attack Surface Discovery
Continuously identifies domains, hosts, ports, services, and exposed assets — nightly, not once at onboarding.
Vulnerability Assessment
Black, grey, and white-box scanning finds real vulnerabilities across the discovered attack surface.
Exploit Validation
Separates confirmed, actually-exploitable findings from pattern-matched guesses — never presented as the same thing.
Risk & Attack-Path Prioritization
KEV, EPSS, and CVSS, escalated further by a real graph walk to crown-jewel assets.
Remediation & Reporting
Jira/ServiceNow ticketing where configured, SLA tracking, and audit-ready reports with OWASP/CWE/NIST/ISO mapping.
A "confirmed" finding here is actually confirmed.
Most scanners present a version-matched CVE and a browser-executed exploit with the same confidence. ExploitSense doesn't: XSS is run in a real headless browser and checked for actual JavaScript execution — not a pattern match. Where confirmation genuinely isn't possible without credentials or a live exploit, like version-based CVE correlation, the finding says "unconfirmed — version match"in its own output, so trust in a confirmed finding elsewhere isn't undermined by one category's inherent limits.
Runs on your machine. Full stop.
One Windows installer. Everything the CTEM loop needs — the scan engine, the local database, the job scheduler that keeps monitoring running overnight — is inside it. Nothing about how you use the product depends on anything reaching out to a server ExploitSense operates.
Download for WindowsStorage
Embedded SQLite — one file on disk. No Postgres, no Redis, nothing to provision.
Licensing
Paste a key once. Verified locally; a lightweight check-in confirms it's still valid, with a 10-day offline grace period.
Team use
Not locked to one seat — invite teammates with viewer/analyst/admin roles, same as a hosted tool, still nothing leaving the machine.
Backups
One click writes a consistent local snapshot. Yours to move off-machine however you already back things up.
Updates
Checks for a new version on launch, asks before installing. Never silent, never forced.
CTEM stages, one continuous loop
testing methodologies — black, grey, white-box
automated tests run before every release
scan data ever stored outside your machine
Start seeing your real attack surface.
Running in minutes. No account created anywhere but locally.
$ ./ExploitSense-Setup.exe