Ransom:Win32/Filecoder.PAGV!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.PAGW!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.PAGX!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.PAHH!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.PAHK!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.PAFR!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.EOTY!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.ETOY!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.  

Ransom:Win32/Filecoder.EYTO!MTB describes a diverse family of ransomware-as-a-service (RaaS) payloads designed to encrypt data on infected Windows devices and extort payment for decryption. This classification represents a broad malicious ecosystem where various threat actors customize and deploy the malware against organizations in sectors such as healthcare, education, and manufacturing. The threat originates from compromised Remote Desktop Protocol (RDP) connections, phishing campaigns, or secondary payloads dropped by other malware. Because it operates under a service model, the Filecoder constantly evolves, with different versions sharing core code while using varied delivery and persistence techniques to remain a persistent risk.  

The “!MTB” suffix refers to Machine Threat Behavior, which indicates that this trojan was detected using behavioral analysis or machine learning models. Instead of relying on a static signature (like a known file hash), the antivirus engine identified the program's actions, sequence of operations, or code patterns as malicious. These patterns are consistent with the known behavior of the Filecoder family.