/* HEX DEREF X is a next-generation malware defense. Advanced proactive Endpoint Protection and Next-Generation Antivirus (NGAV) in one unified solution with Zero Trust architecture seamlessly integrated with advanced malware analysis. (c) 2021 - 2025 White Byte - https://hexderef.com/ - Telegram: t.me/WhiteByte1x1 Watch the video: https://hexderef.com/advanced-endpoint-protection Watch the video: https://hexderef.com/anti-malware-with-memory-forensics The origin of the source code must not be misrepresented. The original author of the source code is White Byte. The logo is the copyrighted creation of the original author and may not be used in any rebranded or derivative solutions without explicit permission. //*---------------------------------------------------------------------------------------------------- // Source code: https://hexderef.com/advanced-endpoint-protection#source //*---------------------------------------------------------------------------------------------------- /* No team, no budget — just one developer, White Byte, turning zero into something remarkable. Delivers top-tier endpoint protection that rivals any solution on the Windows platform. Just that one feature alone, which flags all processes containing clipboard content, is powerful. In fact the solution puts an end to all data-exfiltrating malware in one go. Unrestricted queries can be executed against the database, as the local device retains complete visibility into all processes — including command-line activity and network connections. This plays a critical role in uncovering present-day threats and showcasing past data breaches. Proactive, real-time defense against even the most elusive threats — code-signed malware leveraging undisclosed zero-day vulnerabilities. //*---------------------------------------------------------------------------------------------------- // Zero Trust //*---------------------------------------------------------------------------------------------------- Zero Trust Mode plays a critical role here. It detects and blocks the execution of unknown code in real time, even if that code appears to be signed. In one recent case, the attack was halted instantly at the kernel level, preventing any lateral movement across the network. A predefined action automatically isolated the affected device, stopping the threat at its origin. //*---------------------------------------------------------------------------------------------------- // Advanced memory forensics capabilities //*---------------------------------------------------------------------------------------------------- Example pricing for a DFIR service: $5,000 upfront fee, followed by $300 per hour. And even then, the root cause may not be identifiable at the endpoint level. This solution makes traditional DFIR services nearly obsolete. A memory dump reflects the system’s state at a single point in time, precisely when it was taken. Since a memory dump only captures a snapshot in time, it limits investigations to past compromises — not ongoing threats. The original author approach goes a step or two further. With built-in database logging across all versions, it can easily uncover signs of a potential breach that may have occurred earlier within the organization. It can proactively capture live memory snapshots at both user and kernel levels — on the fly. Combined with a kernel-level memory scanner, this solution delivers unmatched visibility. There’s simply nothing publicly available that compares. //*---------------------------------------------------------------------------------------------------- // The Escalating Threat Landscape //*---------------------------------------------------------------------------------------------------- Zero-day vulnerabilities are leaving organizations exposed before patches are available. The rise of Malware-as-a-Service (MaaS) has accelerated threat proliferation. Over 1,000 new ransomware and malware variants are released daily. These variants are often modular, evasive, and tailored to bypass conventional defences. Malware signed with a legitimate and valid code signing certificate poses a unique challenge because it is no longer possible to rely solely on code signing certificates, as increasingly sophisticated malware is being signed using certificates acquired through illegitimate means. In practice, only a zero-trust mode can block such state-sponsored threats in real time. The solution offers proactive, real-time defense against even the most elusive threats code-signed malware leveraging undisclosed zero-day vulnerabilities. Relying on static YARA rules in the face of hundreds of daily malware variants is a losing battle. We've already wasted centuries of effort without true protection — it's time for a smarter approach. //*---------------------------------------------------------------------------------------------------- // Real-Time Cyberattack Prevention: A Game-Changer for Enterprise Security //*---------------------------------------------------------------------------------------------------- Modern cyberattacks ( https://overlayhack.com/patchguard-bypass ) especially those exploiting zero-day vulnerabilities are increasingly sophisticated, stealthy, and devastating. Traditional defense often fail to detect or respond in time, leaving critical infrastructure exposed. [+] https://msrc.microsoft.com/blog/2025/07/customer-guidance-for-sharepoint-vulnerability-cve-2025-53770/ [+] https://www.welivesecurity.com/en/eset-research/update-winrar-tools-now-romcom-and-others-exploiting-zero-day-vulnerability/ This solution introduces a proactive, real-time anomaly detection mechanism that halts attacks before damage occurs even when the threat is unknown. The attack is automatically halted at the next device, because the malware must propagate from one endpoint to another. This emphasizes the systems ability to intercept lateral movement one of the most dangerous phases of a cyberattack. //*---------------------------------------------------------------------------------------------------- // Unknown Code Execution Detection & Real-Time Anomaly Detection //*---------------------------------------------------------------------------------------------------- Whether the vulnerability is known or undisclosed, attackers must execute previously unseen code on the target device (e.g., Windows Server). The system identifies this execution instantly, regardless of digital signatures, and flags it as anomalous. //*---------------------------------------------------------------------------------------------------- // The Solution: Autonomous Defense //*---------------------------------------------------------------------------------------------------- An alert is sent to the Security Operations Center (SOC) The device is isolated from the network The solution operates independently even when the device is offline — executing its predefined security protocols //*---------------------------------------------------------------------------------------------------- // Why It Matters //*---------------------------------------------------------------------------------------------------- This approach neutralizes threats before they escalate stopping even large-scale breaches like the Kyivstar cyberattack in real time. It transforms cybersecurity from reactive to decisively proactive. //*---------------------------------------------------------------------------------------------------- // Stakeholder Impact //*---------------------------------------------------------------------------------------------------- CISOs & Security Teams: Gain confidence in real-time threat containment IT Operations: Minimize downtime and preserve system integrity Executives: Protect brand reputation and reduce breach-related costs