How skull_roses 772count Stealer Malware Led to 43,850 Stolen Logins

In July 2025, information-stealing malware silently infected hundreds of devices, scraping saved passwords, browser sessions, and login URLs without any trace visible to the victims. Those harvested credentials were compiled into the skull_roses 772count stealer log, a file containing 43,850 records that a Telegram user then uploaded and shared freely with criminal networks. HEROIC analysts discovered this dataset circulating with no encryption, no access controls, and no warning issued to the tens of thousands of people whose data it contained. The entire chain, from infected device to criminal marketplace, happened without a single notificaton reaching any victim.

Why This Is Dangerous

With 43,850 plaintext credentials in one file, attackers have one of the most valuable things in cybercrime: scale combined with immediacy. These passwords require no cracking, no guessing, and no technical skill to exploit. Credential stuffing bots can begin testing every email and password pair within minutes of downloading the file, cycling through banking apps, email providers, and e-commerce platforms at speeds no human could match. Every account where a victim reused the stolen password is immediately at risk, and the sheer volume of records means criminal groups can divide the dataset and attack targets simultaniously across multiple platforms at once.

What Was Exposed

• Email Addresses: Your email address is the master key to your digital life. Criminals with it can trigger password resets on any linked account, intercept verification codes, and seize permanent control before you even realize something is wrong.
• Plaintext Passwords: Ready to use the moment a criminal recieves the file. No decryption, no delay. If this password was reused on any other service, that account is already a target for automated credential testing.
• URLs: Captured login URLs reveal which websites and services were accessed on the infected device, giving attackers a prioritized, accurate target list built directly from the victim's own browsing history.

Why This Matters

The skull_roses 772count breach went entirely unannounced. No company notified users, no security advisory was issued, and no media coverage reached the 43,850 people in this dataset. Because the breach occurred through malware on individual devices rather than a corporate server attack, there is no single organization responsible for disclosure. That accountability gap means victims are entirely on their own to discover their exposure, which is exactly why databases like HEROIC's exist. Stealer log data remains valuable long after the initial breach: credentials that have not been changed are still fully exploitable, and email addresses never expire as targets for phishing and fraud.

How Stealer Log Works

The skull_roses 772count dataset was produced by information-stealing malware, a category of malicious software that installs silently on a victim's device and immediately begins harvesting credentials. The malware scrapes every password saved in the browser, every active session cookie, and every URL where the victim has logged in, then sends that data back to the attacker without any visible indication that the device has been compromised. Infections typically arrive through phishing emails, fake software cracks, or malicious browser extensions. Once the malware completes its harvesting, the stolen data is compiled into a log file and sold or shared in criminal channels, where any bad actor can download and use it against the original victims.

Check If You Are Affected

HEROIC's free scanner checks your email address against more than 400 billion exposed records, including the complete skull_roses 772count stealer log. Visit heroic.com, enter your email, and receive an instant report on every known breach containing your credentials. If your data appears in this file, change your passwords immediately and enable two-factor authentication on every account that matters.