Synapta finds everything you expose to the internet (forgotten subdomains, open ports, leaked secrets, exposed cloud storage), then shows the exact path an attacker would take to break in, in plain language, with the one fix that stops it.
An attacker begins at qa3.acmecorp.com, where a forgotten config file quietly lists every dependency you run.
↳ From there they reach monitor.acmecorp.com across a shared subnet – its dashboard is open to anyone.
↳ Inside it, a database password sits in plain text. postgres.acmecorp.com – your records – is now theirs.
Every finding Synapta surfaces is a step in a story. Here's the kind of thing it hands you, ready to forward to your team.
A forgotten qa3.acme.com exposes a config file listing every service you run.
A shared subnet makes monitor.acme.com's dashboard reachable.
Its config holds a plaintext DB password — your records are now theirs.
A public storage bucket named after your brand answers an anonymous listing request.
Inside: a database backup and an internal API key, left from a migration.
That key unlocks the live API — no break-in required.
promo.acme.com still points at a SaaS host you stopped using.
An attacker re-registers it and now serves content from your domain.
Phishing and cookie theft on a trusted name your users recognise.
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Every team that ships spins up new internet-facing infrastructure – and most of it never reaches a security review. The gaps don't announce themselves. An attacker finds them first.
Forgotten subdomains, staging servers, open cloud buckets, dangling DNS, and shadow IT inherited through acquisitions – surface no one is tracking.
CSPM needs cloud credentials. Vulnerability managers need agents on every host. Neither sees what's exposed to a stranger on the open internet.
Most scanners hand you a thousand-row CSV ranked by severity – with no idea which findings chain into a path that actually reaches something valuable.
Nobody's answering the only question that matters: what would an external attacker actually find – and how would they get from there to something that hurts?
Point Synapta at one domain you own. That's the only input, the seed the whole map grows from.
Passive sources and DNS reveal the subdomains, staging boxes and shadow IT no one was tracking. Each one a new node on the graph.
Synapta fingerprints what each asset exposes (services, technologies, live endpoints), attaching the detail an attacker would catalogue.
7,600+ templates plus exposure and takeover checks flag what's actually exploitable. Not a flat list, but pinned to where it lives.
The Attack Path Engine chains the weak points into the route an attacker would take to your crown jewels, scored by CARS, with the one fix that breaks it first.
Point Synapta at a domain. It works through a nine-phase pipeline – the same sequence an attacker's recon would follow.
Six techniques surface assets you forgot you had – including company-owned domains that don't even share your name.
Every live asset is probed, fingerprinted, and checked against thousands of templates – with honeypots filtered out.
Findings are scored by real-world exploit probability and business context, then assembled into the chains an attacker would walk.
The Attack Path Intelligence Engine models your surface as a graph and walks it the way an adversary would – turning isolated findings into a sequence you can read like a sentence.
It starts at qa3.acmecorp.com – internet-facing, with a Composer config file exposed that leaks every dependency version.
↳ That's enough to reach monitor.acmecorp.com over a shared cloud subnet, where a Grafana panel answers without a login.
↳ The panel's datasource config holds a database password in the clear. postgres.acmecorp.com – the crown jewel – is reached.
Each hop is a sentence with the exploit detail and why it leads to the next. No hairball diagram to decode.
A* pathfinding with stealth-budget pruning surfaces the chains that actually arrive at high-value assets.
Close a single hop and the path collapses. Synapta shows you which one is cheapest to sever.
Models your surface as a directed graph and enumerates the multi-hop chains from internet entry to crown-jewel asset – each with a deterministic, plain-English breach narrative.
Six independent pivots – certificate transparency, favicon hashing, the Wikidata ownership graph, nameserver and registrant correlation – surface subsidiaries and acquired domains that share none of your branding. Every candidate is operator-reviewed.
Other tools flag possible subdomain takeovers on inference and leave you to verify. Synapta re-fetches each one against an 18-provider signature table – confirmed takeovers are bumped to critical.
Context-Aware Risk Scoring blends five sub-scores – exploitability, crown value, reachability, lateral movement, chain amplification – with daily EPSS exploit-probability, so ranking reflects real risk, not just CVSS.
No agents. No credentials. No access to anything. Synapta works purely from the outside – the same vantage point a real attacker has – so what it finds is what they'd find. Nothing is assumed; everything is what's genuinely reachable.
Because Synapta only sees what's reachable from the open internet – no logins, no agents, no cloud access – every finding is something a real attacker could reach too. No internal noise, no false comfort.
Every request to a public service carries an identifying Synapta-ASM User-Agent. We never spoof, rotate, or obfuscate who's asking.
When we find a leaked secret, the database stores only 6+4 characters around it – never a usable copy of your credential.
Every dependency is permissively licensed – MIT, BSD, Apache 2.0, ISC, CC0. No GPL, AGPL, or SSPL. Commercially deployable today.
Enter a domain. Synapta discovers everything attached to it, scans it, and shows you the paths an attacker would walk – usually in about five minutes.
