This advanced analysis software detects malware on Android and Apple devices, providing a comprehensive solution to safeguard privacy and security. It performs in-depth, accurate scans to identify potential threats. Designed to counter even the most sophisticated attacks, it focuses on defending against zero-day and zero-click exploits — attacks that take advantage of previously unknown vulnerabilities.
Offline operation ensures that all scanning, extraction, and data analysis activities are performed without any connection to external networks. This eliminates the risk of interception or exposure to external threats, guaranteeing the highest level of security for sensitive and confidential data.
In environments where security is critical — such as military organizations, government agencies, or companies handling highly sensitive information — offline operation is not just an option but an essential safeguard.
Automatically
analyzes the hash codes of all files extracted from a device, enabling fast and
precise detection of potentially malicious files.
The hash code analysis engine scans the entire device by calculating and verifying
the unique hash values of files and data. These digital fingerprints are then
automatically compared against reference databases to identify known or
suspicious threats.
In today’s information security landscape, adopting advanced protection systems is essential to defend against increasingly sophisticated threats. Among these innovations, the Spy Link Analysis mechanism stands out — it enables the software to scan the entire device for suspicious or malicious links. The system automatically detects links that may appear legitimate but could be exploited for espionage or surveillance purposes.
The software conducts in-depth analysis of Indicators of Compromise (IOCs) to uncover abnormal or malicious activity. It detects connections to unknown servers, unauthorized network traffic, and access to restricted resources. It also identifies apps requesting excessive permissions or modifying data without consent. Additionally, the system flags operating system changes such as rooting (Android) or jailbreaking (iOS), which can compromise device integrity and increase exposure to attacks.
Analysing
the kernel and system files is essential to ensure the security of the device.
This process provides valuable information by checking for keywords within the
operating system that indicate the compromise of system files. The analysis can
also include a hash code scan of the device's system memory files.
Malware analysis using Yara rules is a powerful and versatile approach for detecting and classifying threats. With proper implementation and maintenance, Yara can significantly improve an organization's cybersecurity capabilities. Users can import their own custom Yara rules, in addition to using the built-in rules provided by the software. This feature allows for greater flexibility and accuracy in threat detection, meeting specific security requirements and scenarios.
AI Security Scan provides advanced tools for analyzing application permissions, enabling security experts to accurately assess access levels and identify potential risks. The system filters and highlights applications that request an excessive number of permissions or those classified as harmful to user privacy.
This feature allows users to perform customized searches within specific categories, ensuring a comprehensive examination of suspicious elements. The available categories include URLs, IP addresses, phone numbers, email addresses, and TCP ports. Users can save relevant findings during their investigations, which are then compiled into a comprehensive final report for detailed analysis and documentation.
The Device History function (Fast Differential Analysis) detects changes in a device between two points in time. It compares hash codes, App logs (Android/iPhone), and Process logs (iPhone), generating a detailed report of any differences found. If no new outbound connections appear, it confirms that all existing connections remain secure from previous verified analyses. By analyzing only what has changed, this method makes malware detection much faster than a full standard analysis — ideal for missions exposed to cyberattacks that modify a device’s trusted state.
The interface emphasizes usability and clarity, enabling efficient malware scans without requiring advanced technical knowledge. Core functions are directly accessible, and clear on-screen guidance streamlines navigation through scanning and protection tools.
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