Other tools hand you a list. PollySec maps your external (EASM), internal and deception attack surface — then ARIA re-tests every finding and shows you only what's real, ranked by real-world risk.
One free recon, straight from our cloud sensors — DNS, email posture, TLS and web stack. No signup. Nothing stored.
# PollySec recon · one free scan per visitor
# type a domain below and press Enter
e.g. acme.com — we never store the result.
Most tools see only the outside. PollySec watches the outside, the inside, and the moment someone crosses the line.
Continuous recon on everything the internet can see — included and run for you on PollySec-operated cloud sensors, nothing to install. From a single domain we map subdomains, IPs, open ports, services, certificates and web paths, then match every finding against live vulnerability and threat intelligence.
Add a small plug-and-play PoE sensor and it inventories every device on the LAN — vendor, type, open ports and services — flags rogue and shadow-IT the moment it appears, and catches drift. One per site or VLAN; it even spots traffic leaking between VLANs. Read-only and OT/ICS-safe.
Plant decoy services across your network. Anything that touches one is high-signal by construction — catching lateral movement, ransomware and reconnaissance that scanners miss. The decoys even record the credentials an intruder submits.
A sample of what PollySec surfaces across the outside, the inside and the decoys — each one re-probed and confirmed by ARIA before it reaches your team.
remote.acme.com:8040 · CVE-2024-1709Unauth admin-account creation → remote control of every managed endpoint. Mass-exploited by ransomware.
ssh.acme.com:22 · OpenSSH 9.6p1 · CVE-2024-6387Remote root without credentials, reachable straight from the internet.
assets.acme.com → dangling CNAMEAn attacker serves trusted content from your subdomain — valid TLS, phishing past filters.
api.acme.com:443Outage risk — tracked automatically before it bites.
10.20.0.14:445 · SMBv1 · CVE-2017-0144The WannaCry/NotPetya carrier; leaks relayable password hashes even when patched.
10.20.5.30:623 · IPMI 2.0A BMC grants power, virtual console and boot control independent of the host OS.
10.0.4.51 · first seen 4m agoShadow-IT or rogue host — surfaced the moment it connected.
10.20.4.77 → decoy FTPA real service never sees this. Captured credentials prove an active intruder.
10.0.4.7 → decoy SMBMass SMB probing of a decoy = lateral movement in progress.
Each finding is re-probed live and confirmed before it's shown — never guessed from a banner. Sample data for illustration.
Every finding is cross-checked against six independent feeds, then blended into a single 0–100 PollySec Risk Score. Exploited-in-the-wild and reachable issues rise to the top automatically.
A plug-and-play PoE sensor fingerprints every device by vendor, type, ports and services — flags rogue devices and shadow IT the moment they appear, matches internal services against the same intelligence as your perimeter, flags exposed management interfaces like IPMI/BMC and cleartext LDAP, and even spots traffic leaking between VLANs. One per site or VLAN, read-only and gentle on OT/ICS.
Scatter decoy services — fake FTP, SMB, databases — across your network. They run nothing real, so anything that connects is an intrusion signal by construction: lateral movement, ransomware and reconnaissance that scanners can't see.
A decoy runs no real service. Anything that connects is an intrusion signal — not a maybe.
Tier-1 FTP / Telnet / HTTP decoys record the username and password an intruder submits, and raise it Critical.
Captured secrets are masked in the UI, revealable only by admins, and every reveal is logged.
Allowlist your own scanners so their probes stop alerting — but a source that submits real credentials is never suppressed.
Alert fatigue kills security programs. ARIA re-probes the live target with 40+ verification tools, confirms each finding, removes the false positives, and explains it in plain language — so a generalist IT team can act with the confidence of a specialist.
“Internal host 192.168.8.86connected to the FTP decoy and submitted credentials. This is not a production service — the connection is a strong indicator of lateral movement. Isolate the host and rotate any matching credentials.”
Before anything reaches your team, ARIA runs every finding through the same gauntlet — re-probed, correlated, judged, scored and explained.
ARIA hits the live service with 40+ verification tools — never guessed from a banner.
Matched against six live intelligence feeds spanning vulnerability, exploitation and malicious-infrastructure signal.
Real, or a false positive ARIA learns from — so the same noise doesn't come back.
Blends severity, exploitation probability, known-exploited status, asset criticality and exposure into one 0–100 score.
What it is, why it matters, how to fix it — ranked, in plain language, to your team.
A new subdomain, a freshly opened port, a certificate about to expire, a device that just appeared on the LAN — PollySec re-maps your surface continuously and surfaces what's new or drifted, ranked by real-world risk. Not a once-a-year snapshot that's stale before you read it.
Sample data for illustration.
From a two-person IT team to a managed-service fleet to a regulated plant floor — PollySec meets each where they are.
Small team, big surface.
Every client, one console.
Industrial-safe, audit-ready.
External scanning is included and managed by us. Add a plug-and-play PoE sensor for the internal network — no installer, no agents, no consultants.
External scanning is included and runs from day one on cloud sensors we operate — nothing to install. For the internal network, create the network in the console and connect a plug-and-play PoE sensor. No installer, no agents, no consultants.
PollySec maps your external attack surface and inventories the internal network in parallel — automatically, continuously, and read-only on OT/ICS.
ARIA verifies each finding and explains it in plain language, ranked by real-world risk — so your team fixes the issues that actually move the needle.
PollySec is engineered like the systems it defends. Stateless sensors pull work from a distributed queue, so coverage scales by adding sensors — across sites, VLANs and tenants — without ever touching an endpoint.
Generate operational rollups and NIS2 & ISO 27001 evidence packs as downloadable PDFs — no manual spreadsheet wrangling.
How PollySec supports NIS2 & CybersäkerhetslagenAttack surface management for MSPs and MSSPs — multi-tenant to the core. Manage every customer from one console with strict isolation, roll out sensors in minutes, and give each client clear findings they understand.
MSP & MSSP capabilitiesOne continuous platform where others give you a list — or a snapshot.
No. Industrial segments get a deliberately gentle, read-only sweep — ping/ARP only, no banner-grabbing, rate-limited to a couple of probes at a time. Visibility without the risk of knocking a controller offline.
No. Your external attack surface is scanned by cloud sensors PollySec operates — included, nothing to install. The internal network uses a single plug-and-play PoE sensor per site or VLAN. No agents on individual machines.
Yes. The PollySec platform runs in our cloud or fully self-hosted on your own infrastructure — your choice.
Findings are matched against six live intelligence feeds — known-vulnerability and package-advisory data plus end-of-life tracking for vulnerabilities, known-exploited and exploit-probability data for the exploitation signal, and malicious-infrastructure indicators — then blended with technical severity, asset criticality and exposure into a single 0–100 score.
Minutes. External scanning is on from day one — included and managed. For the internal network, create the network in the console and connect the plug-and-play PoE sensor; discovery begins immediately.
The cloud sensor is included and fully operated by PollySec — it scans your external attack surface, with nothing for you to install or run. The local sensor is an optional plug-and-play PoE device for the internal network: add one per site or VLAN, and it also detects traffic leaking between VLANs.
PollySec sends email notifications when findings are created or escalated, with native Slack, Jira and webhook integrations, and everything lives in the Console — where your team triages, filters, and exports reports as PDFs. It runs self-hosted or in the cloud, on your own server address.
Yes. PollySec is multi-tenant to the core, with per-client isolation enforced at the data layer and instant switching between client tenants from one console.
Book a 20-minute demo — we'll map a live surface with you and show the platform end to end.