Seeker Faces Cybersecurity Threats from Exploited SSLVPN Credentials

• A cybersecurity campaign involving the exploitation of compromised SonicWall SSLVPN credentials is being used to deploy a 'EDR killer' payload targeting endpoint detection and response systems according to Varutra.
• The threat actors leverage revoked drivers to bypass Windows security protections and disable processes from major security vendors like Microsoft Defender and CrowdStrike according to Varutra.
• This incident highlights growing sophistication in cyberattacks, potentially impacting digital asset platforms and infrastructure like Seeker that rely on robust network and endpoint security according to Varutra.

In early February 2026, threat actors gained access to networks through SonicWall SSLVPN using valid but stolen credentials. The breach allowed attackers to bypass multi-factor authentication and brute-force detection systems. Once inside, they used aggressive scanning techniques to identify assets and security controls according to Varutra.

The malicious payload, disguised as a firmware update, uses a revoked Guidance Software driver to bypass Windows Driver Signature Enforcement. This enables the attackers to gain kernel-level access and terminate security processes protected by Windows. The attack method demonstrates a shift toward using legitimate drivers for malicious purposes, which is harder to detect according to Varutra.

Such attacks are increasingly relevant to digital asset platforms like Seeker, which must maintain strong endpoint security to protect user data and transactions. If endpoint security is compromised, it can lead to unauthorized access, data breaches, and loss of user trust. This highlights the importance of continuous monitoring and updated security protocols for platforms operating in the digital asset space.

What Is Happening with Seeker and SonicWall SSLVPN Exploits?

The use of revoked drivers and SSLVPN credentials to disable endpoint security is a novel and sophisticated attack vector. Unlike traditional ransomware or encryption-based attacks, this method focuses on disabling detection tools first. This "EDR killer" campaign shows a growing trend of attackers leveraging legitimate tools and signed drivers to bypass security mechanisms according to Varutra.

Threat actors are using a combination of social engineering and stolen credentials to gain initial access. This is a common vector in both enterprise and digital asset environments, where employees may use shared or misconfigured access points. Once inside, attackers use aggressive network scanning and driver manipulation to disable defenses according to Varutra.

The impact of such attacks can be severe for platforms like Seeker, which rely on trusted endpoints for transaction validation and user authentication. If attackers can disable or bypass security tools, they can manipulate user data, transactions, or access sensitive information without being detected according to Varutra.

Why Is This Cybersecurity Threat Significant for Investors?

Investors should be concerned about the growing threat of advanced persistent threats (APTs) that exploit SSLVPN and driver vulnerabilities. These attacks are difficult to detect and can remain undetected for long periods, allowing attackers to exfiltrate data or manipulate digital asset transactions according to Varutra.

For digital asset platforms, the cost of a successful cyberattack can be enormous. It can lead to regulatory scrutiny, legal action, and reputational damage. Moreover, the loss of user data or funds can result in significant financial losses and loss of user trust according to Varutra.

This incident also raises questions about the adequacy of current security measures. While many platforms use multi-factor authentication and endpoint detection tools, attackers are finding new ways to bypass these protections. This underscores the need for continuous security audits and updates to counter evolving threats according to Varutra.

What Are the Risks and Implications for the Digital Asset Ecosystem?

The broader digital asset ecosystem could face increased risks if attackers continue to exploit SSLVPN and driver vulnerabilities. As more platforms adopt decentralized and distributed architectures, the attack surface expands, making it harder to maintain consistent security across all endpoints according to Varutra.

Digital asset platforms must also consider the potential for insider threats or compromised credentials from third-party vendors. In this case, the attackers used valid credentials to gain access, suggesting that the credentials were either stolen or shared improperly. This points to the importance of strong access control and credential management according to Varutra.

Furthermore, the use of revoked drivers to bypass Windows security protections shows that legacy systems can still be exploited. Even if a driver is revoked, attackers can find ways to use it for malicious purposes. This highlights the importance of staying updated with operating system patches and security updates according to Varutra.

As digital assets become increasingly integrated into mainstream finance, the security of these platforms will be a key factor in investor confidence. Any major breach or vulnerability could have broader implications for the market, including regulatory changes and increased scrutiny of platform security practices according to Varutra.