See risks before they become incidents.
FriendlyFlare continuously finds and monitors everything exposed on the internet — and lets AI agents investigate it for you, so you can fix what matters, faster.
| Host / finding | Severity |
|---|---|
| api.acme.com Admin panel, no auth | Critical |
| legacy.acme.io Backdoor: CVE-2024-3094 | High |
| cdn.acme.com TLS 1.0 still enabled | Medium |
| mail.acme.com Exposed files | Medium |
| dev.acme.com Outdated software | Low |
Same findings. Three different jobs.
One number, and the honest story behind it.
- An exposure score with its trend — not a 60-page PDF nobody opens.
- What changed since last month: new assets, fixed, still open.
- What is past its SLA, and whose name is on it.
Three things to chase, not four thousand alerts.
- Every finding human-triaged and proven exploitable before it reaches you.
- 91% of raw findings filed as noise — you never see them.
- Fixes tracked across internal teams and suppliers in one place.
The request, the response, and the steps to reproduce.
- Exactly how we got in and what we reached — no version-string guesses.
- Straight into Jira, Linear or GitHub with the evidence attached.
- Re-tested on deploy, so "fixed" means verified.
Every finding arrives with receipts.
A CVSS 9.8 that isn't reachable is a rumour. We attach the request, the response and the screenshot, so the argument with your dev team lasts ten seconds instead of a sprint.
GET /admin HTTP/1.1 Host: api.acme.com HTTP/1.1 200 OK X-Powered-By: Express < dashboard rendered, no auth prompt > agent: authenticated? no. reachable? yes. verdict: critical. evidence: 3 screenshots.
What we find becomes what they defend.
Stops at the front door.
Stops at what's on the list.
Starts where both stop — then hands the list back, longer.
A scanner predicts. We prove.
Four things an automated scan structurally cannot have. Each one depends on the one before it.
A scan sees your app from the outside, as a stranger. Everything below starts from being let in.
Access
Source code, DNS, firewall rules, infrastructure config. Not the view of a stranger at the front door.
Context
What this application is for, which data actually matters, and what "broken" means in your business.
Judgment
A person decided this mattered and ranked it for your system — not a CVSS lookup applied in bulk.
Proof
We exploited it. What you receive is a demonstrated route in, not a hypothesis wearing a severity badge.
And it doesn't stop. A time-boxed penetration test gets a scoped window and no firewall rules. Standing access means the picture compounds: every engagement starts from everything we already understood last time.
| What a scan gives you | What arrives from us |
|---|---|
| An inventory of possibilities | A short list of certainties |
| Generic severity from a shared table | Severity for your system and your data |
| False positives you pay staff to triage | Findings a human already triaged |
| "This version has a CVE" | "Here's how we got in, and what we reached" |
Your SOC protects what it knows about. We're how it finds out.
New attack surface doesn't announce itself. A subdomain, an exposed admin path, a firewall rule loosened for a migration that nobody closed — none of it reaches the monitoring until someone discovers it. That discovery is our job.
A SOC's remit is alerts, triage and response on known assets. Every word in that sentence depends on "known".
| Your SOC | FriendlyFlare |
|---|---|
| Is something happening now? | What's exposed that nobody has looked at yet? |
| Watches the known estate | Keeps redrawing what the estate actually is |
| Alerts, containment, response | New surface, proven weaknesses, context |
| Continuous watch | Continuous discovery |
We don't replace your SOC — and we don't want to. A SOC watches the perimeter it was given. Everything we find becomes something it can defend: assets to onboard, rules to write, detections to tune. If you already run a SOC, we're not a duplicate purchase. We're its input.