My latest research of #Pay2Key#Linux#Ransomware is out.
I first covered that variant generation ability back in July 2025 through the Pay2Key[.]I2P platform.
After completing the reversing process it hit me. That there is more to it.
Linux ransomware doesn’t get nearly as much attention as Windows threats. 🐧
But that’s changing.
Many ransomware groups are quietly adding Linux variants to target the infrastructure organizations depend on most: servers, virtualization hosts, and cloud workloads.
Morphisec Threat Labs recently analyzed the Pay2Key Linux ransomware variant - a configuration-driven encryptor designed to:
🔹Traverse large filesystem environments
🔹Disable Linux defenses like SELinux and AppArmor
🔹Encrypt data using configurable ChaCha20 modes
🔹Maintain stability to avoid crashing hosts mid-attack
Even more interesting? Many of the techniques used here are showing up across multiple ransomware families targeting Linux environments today.
In this research, we break down how the malware operates and what security teams need to understand about the growing Linux ransomware threat landscape. Read the blog and the full threat analysis - Links in the comments.
Avoid overclaim and subjective terms when reporting the findings, jumping to conclusion will only hurt your knees and leave a bad mark on future findings.
Okay, I'll say it.
#Intelligence does not need more numbers and statistics most of the people present in the room where this should matter can't read anyway.
@ZackKorman Looks like the natural fallout of the same problem you mentioned in your other post, sales becoming really good with pitches it is now turning to "Our security against X is Y's product".
Honestly? If you can't properly understand the threat any product becomes a fitting solution.
Ayo! Remember how #VECT 2.0 was soooo poorly written it actually turned it into a wiper because Vect let the nonce go out the window?
Well y'all gonna want to read my buddy's report.
Uh and another small thing... @morphisec's product can ACTUALLY decrypt large files back
What happens when ransomware can't even decrypt the files it encrypted?
This latest blog from Morphisec threat researcher Yonatan Edri takes a closer look at VECT ransomware and uncovers a troubling reality: some victims may be left with files that are renamed, partially encrypted, corrupted, or otherwise unrecoverable - even when a decryptor is available.
While researchers have already documented VECT's nonce management flaw, our analysis found additional Windows-specific implementation issues that can create inconsistent file states and complicate recovery efforts.
Key findings:
✅Files are renamed before encryption begins, meaning a .vect extension doesn't necessarily indicate successful encryption.
✅Medium-sized files may be processed through a flawed buffer handling routine, potentially resulting in failed or incomplete encryption.
✅Shared global buffers introduce the possibility of file corruption under concurrent execution.
✅Large files can be modified using multiple encryption operations while retaining insufficient metadata for reliable restoration.
The result? Not all ransomware incidents produce cleanly encrypted files—and not all decryptors can put them back together.
The research reinforces an important lesson for defenders: recovery is not always guaranteed. Organizations need security strategies focused on preventing ransomware execution before encryption occurs, while maintaining the ability to recover affected files when attacks succeed.
Read the full analysis - link in the comments.
@angelshalagina In civilized sociaties it is easier to convice the reasonable to compromise instead of battling the unreasonable, because tactically it achieves a faster resolution while
strategically it fails to resolve the issue. On a personal note, this is sad.
🌏 Nova Ransomware Expands Public Leak Operations
The group known as “Nova Ransomware” has published multiple new alleged victims on its leak platform, including organizations from Brazil’s technology and e-commerce sectors.
The post references several companies and claims large volumes of internal corporate data were exfiltrated and published after failed negotiations.
This type of “leak spread” activity continues to highlight how modern ransomware groups increasingly rely on:
public exposure
reputational pressure
staged leak releases
psychological operations against victims
At this stage, the authenticity and scope of the exposed data remain unverified.
DDW is monitoring the activity for additional validation, victim confirmation, and technical indicators.
#Ransomware #CyberSecurity #DataLeak #ThreatIntel #DarkWeb #Infosec #DDW
🌏 Nova Ransomware Expands Public Leak Operations
The group known as “Nova Ransomware” has published multiple new alleged victims on its leak platform, including organizations from Brazil’s technology and e-commerce sectors.
The post references several companies and claims large volumes of internal corporate data were exfiltrated and published after failed negotiations.
This type of “leak spread” activity continues to highlight how modern ransomware groups increasingly rely on:
public exposure
reputational pressure
staged leak releases
psychological operations against victims
At this stage, the authenticity and scope of the exposed data remain unverified.
DDW is monitoring the activity for additional validation, victim confirmation, and technical indicators.
#Ransomware #CyberSecurity #DataLeak #ThreatIntel #DarkWeb #Infosec #DDW