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Plain explanations of the threats SphereTI monitors — what each one is, how it reaches an organisation, and what actually detects it.

Showing 1–9 of 18 articles

Stolen Credentials on Telegram | SphereTI

Dark-Web

How Stolen Credentials Are Traded on Telegram

Public channels advertise, private channels deliver, and Telegram's own policy explains why. The split is architecture, not accident.

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Ransomware Data Leak Sites | SphereTI

Dark-Web

Ransomware Data Leak Sites

The public victim counts everyone quotes are wrong in both directions at once, and nothing about the data's generating process is neutral.

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Combolist Breach Response Infographic

Credential exposure

Combolist Breach: What to Do Next

The count is inflated and the data is recycled. The question that matters is where it came from, not how much of it there is.

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dmarc-what-each-standart-checks

Brand protection

Why DMARC Does Not Stop Business Email Compromise

The specification names the attacks people buy DMARC to stop and puts them out of scope. The requirements that drove adoption accept a policy that enforces nothing.

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Dark Web vs Deep Web: The Difference | SphereTI

Dark-Web

Dark Web vs Deep Web: What's the Difference?

The author of the famous 96 percent figure has disowned it. What the measured numbers actually show.

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What Is Credential Stuffing? | SphereTI

Deception

What Are Canary Tokens?

High precision detection bought with unknowable recall. The trade is worth understanding before you deploy any.

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What Is Business Email Compromise? | SphereTI

Brand protection

What Is Business Email Compromise?

Most of it arrives from a Gmail account with the right name on it. There is no protocol that stops that.

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How Attackers Bypass MFA | SphereTI

Credential theft

How Attackers Bypass MFA

Most MFA bypass does not attack MFA. It waits until the authentication is over and takes the result.

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What Is Credential Stuffing? | SphereTI

Credential theft

What Is Credential Stuffing?

One attempt against a million accounts, not a million attempts against one. That shape is why the usual defences miss it.

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