K Kyro9 · Attack Path
Anatomy of a breach

The attack path behind the headline

Every cloud breach is a chain, not a single event. Here's how this week's headline exposure would actually unfold — and where it gets cut.

This week's headline

Assurance Retraite

70,372 accountsExposed: Dates of birth, Email addresses, Family members' names, Government issued IDs, Income levels, Marital statuses2024-09-01

Breaches like this rarely start where the headline ends. In a cloud, the exposed credentials and data above are the output of an attack path that chained together several small, individually-ignored weaknesses:

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1. Internet exposure
A public entry point — an exposed service, a leaked API key, or a credential already sold from a breach.
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2. Initial access
A valid account gets it in — reused or leaked passwords work because MFA is missing or bypassable.
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3. Privilege & lateral move
An over-privileged identity (a toxic role, a stale key) lets the attacker pivot across accounts.
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4. Reach the crown jewels
One reachable, mis-scoped data store — an unencrypted DB or a public bucket — sits at the end of the path.
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5. Exfiltration
Data leaves. The breach you read about in the headline is the last step, not the first.
🛡️ Where Kyro9 cuts it: Kyro9 correlates internet exposure, identities, vulnerabilities and data into one attack-path graph — so instead of chasing thousands of isolated alerts, you see this exact chain in your cloud, ranked by what's actually reachable, and cut it at the weakest link before it becomes a headline.
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See your real attack paths

This is the shape of a breach. Kyro9 shows you the specific ones an attacker could walk in your environment today — and generates the fix.