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A Rising Threat with Global Reach
A new cyber threat has shaken the digital world, and its name is SafePay. Emerging in September 2024, SafePay is not your average ransomware gang. Operating as a closed and highly disciplined group, they have already claimed responsibility for over 265 confirmed victims across the globe. Unlike other ransomware operations that use affiliate networks to distribute attacks, SafePay keeps everything in-house — from writing malicious code to executing targeted cyberattacks. Their preferred weapon? Double extortion. That means not only encrypting files but also stealing data and threatening to leak it unless the ransom is paid.
Global Impact and Unusual Tactics
Their focus appears sharply aimed at developed economies, with the United States being hit hardest (103 attacks), followed by Germany (47 cases). But the danger hasn’t stopped there — organizations in the UK, Canada, Australia, Asia, and Latin America have also felt their wrath. Interestingly, the ransomware includes language-based exclusion filters that cause it to shut down if it detects systems using languages like Russian, Ukrainian, Belarusian, or Kazakh. This strongly suggests a deliberate avoidance of the CIS region, a tactic often linked to threat actors originating from that part of the world.
Diverse Victims and Wide-Ranging Strategies
SafePay doesn’t discriminate when it comes to industries. Targets have included manufacturing plants, tech firms, educational institutions, business service providers, and even healthcare systems. This broad spectrum hints at a strategic aim: attack those most likely to pay up quickly to avoid devastating downtime. Their infiltration strategies are equally alarming. They begin with credential theft, often acquired through dark web marketplaces or malware known as infostealers. Next comes exploiting vulnerabilities in VPNs and RDPs — often caused by misconfigured firewalls and weak passwords.
But they don’t stop there. Social engineering plays a huge role. Victims have been tricked by fake IT support calls and overwhelmed with spam emails, eventually being manipulated into downloading malicious payloads. Once inside, the attackers move with surgical precision. They use remote access tools like ScreenConnect, along with custom malware such as QDoor, to remain undetected. They leverage built-in Windows functions to hide their activity and silently exfiltrate data using FileZilla and Rclone before unleashing the final blow — encrypting systems with the .safepay extension and leaving ransom notes titled readme_safepay.txt that point to The Open Network (TON) for negotiation.
What Undercode Say:
A Strategic Evolution in Ransomware Design
SafePay represents a concerning evolution in cybercrime — not because it’s novel, but because it’s smart. The group’s closed nature prevents operational leaks and boosts efficiency. They’re not scattering attacks hoping something sticks. Every move seems deliberate: from country targeting to evasion tactics.
The geographic exclusion by language is particularly revealing. Avoiding Russian-speaking countries is not just coincidence; it reflects a broader pattern seen in state-tolerated cybercriminal syndicates. This practice minimizes the risk of domestic legal action, while maximizing international disruption.
What makes SafePay so dangerous isn’t just their tech, but their multi-tiered approach to psychological and technical warfare. By combining double extortion with credible leak threats, they place their victims in a near-impossible situation. Paying the ransom doesn’t just restore files — it silences potentially catastrophic data exposures.
Moreover, the group’s ability to bypass multi-factor authentication isn’t a flaw of MFA itself, but of poor implementation. Firewalls misconfigured to allow unverified IPs or users often make MFA useless. This highlights a recurring theme in modern cybersecurity: the weakest link is almost always human or configuration error, not the tech itself.
SafePay’s use of legitimate software for lateral movement (like ScreenConnect) also echoes the increasing trend of “living off the land” attacks, which use built-in tools to avoid detection by standard antivirus systems. Their capability to blend into a system environment for days while exfiltrating data shows a level of patience and persistence uncommon in older ransomware waves.
Their choice of TON (The Open Network) for payment negotiations also signals a tactical shift. Traditional dark web forums or Tor-based portals are increasingly under scrutiny from law enforcement. TON offers better encryption and more flexibility, making it harder to track and disrupt.
Another critical detail is the target profile. Manufacturing and healthcare sectors suggest that SafePay values high operational pressure over high data value. Hospitals can’t afford to be offline. Neither can manufacturers with just-in-time supply chains. The urgency makes them more likely to pay, even if the ransom is outrageous.
From a defensive standpoint, the biggest takeaway is the need for real-time network visibility, proper segmentation, and rigorous patch management. Organizations that still rely solely on endpoint protection or traditional firewalls are easy prey for actors as advanced as SafePay.
This group is not just another ransomware cell. They represent the next phase of cybercrime-as-a-service, but fully privatized and ruthlessly efficient. Without international cooperation, updated laws, and smarter infrastructure defense, their victim count will continue to rise.
🔍 Fact Checker Results:
✅ SafePay is an active ransomware group first observed in September 2024
✅ Double extortion and use of TON for ransom negotiations are confirmed
✅ Over 265 victims, mainly in the US and Germany, have been documented
📊 Prediction:
🚨 SafePay is likely to expand operations in 2025, with more attacks hitting critical infrastructure sectors
🔐 Expect continued exploitation of misconfigured VPNs and cloud services, especially among under-resourced SMBs
🌍 Their region-avoidance tactics suggest
🕵️📝✔️Let’s dive deep and fact‑check.
References:
Reported By: cyberpress.org
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