Sandbox Compatible with Various Security Scenarios
Sandbox technology extends beyond malicious file analysis, serving as a critical component for Advanced Threat Protection(ATP). MONITORAPP's Sandbox technology integrates seamlessly into diverse security scenarios, including ATP and RBI (Remote Browser Isolation), delivering optimal threat defense and a secure environment.
A sandbox creates a secure, isolated environment to execute and analyze malicious files, preventing any impact on real systems. It can also detect unknown and emerging threats by analyzing their behavior within the execution environment. This capability enables proactive defense against sophisticated threats, such as zero-day attacks.
Beyond analyzing malicious code, a sandbox delves into file execution and behavior to identify potential vulnerabilities in networks or applications. This provides insights into the nature of security attacks and supports ongoing security optimization and strategic planning.
Web browsing is a primary vector for security threats, as malicious websites or ad banners can deliver malware without user awareness. Sandbox-powered Remote Browser Isolation (RBI) processes web browsing activities in an isolated environment and transmits only the rendered results to the user’s browser. This ensures that malicious content from websites cannot reach the client, safeguarding users from web-based threats.
Machine learning models, trained using artificial intelligence and big data, integrate with various open-source tools such as Cuckoo, Suricata, and YARA Rule, as well as commercial third-party sandbox and antivirus solutions. This multidimensional analysis minimizes false positives, maximizes detection accuracy, and ensures rapid analysis—a critical element of sandbox technology. Additionally, proprietary techniques like malware similarity profiling enable effective responses to new and evolving malware variants.
RBI (Remote Browser Isolation) technologies are categorized into pixel-pushing and DOM reconstruction approaches. MONITORAPP's RBI adopts the pixel-pushing approach, offering superior application compatibility compared to DOM reconstruction. However, as pixel-pushing is resource-intensive, advanced optimization is essential—a core strength of MONITORAPP's technology. The RBI engine excels in high-demand environments, delivering rapid performance and robust stability. It analyzes all browser content in real time, processes it securely, and maintains an optimized traffic management performance to provide a seamless user experience without delays.
Machine learning models, trained using artificial intelligence and big data, integrate with various open-source tools such as Cuckoo, Suricata, and YARA Rule, as well as commercial third-party sandbox and antivirus solutions. This multidimensional analysis minimizes false positives, maximizes detection accuracy, and ensures rapid analysis—a critical element of sandbox technology. Additionally, proprietary techniques like malware similarity profiling enable effective responses to new and evolving malware variants.
RBI (Remote Browser Isolation) technologies are categorized into pixel-pushing and DOM reconstruction approaches. MONITORAPP's RBI adopts the pixel-pushing approach, offering superior application compatibility compared to DOM reconstruction. However, as pixel-pushing is resource-intensive, advanced optimization is essential—a core strength of MONITORAPP's technology. The RBI engine excels in high-demand environments, delivering rapid performance and robust stability. It analyzes all browser content in real time, processes it securely, and maintains an optimized traffic management performance to provide a seamless user experience without delays.
Provides highly optimized application security with high-speed traffic classification and delivery technology
Provides stable and high-level inspection for application security
Detects unknown threats by analyzing suspicious content in an isolated virtual environment
Utilizes profiling techniques to block unknown attacks and automatically establish complex security policies
Identifies applications through advanced packet analysis and metadata extraction
Provides security solutions in the form of as-a-service through global edge infrastructure
Provides secure network environments through Zero Trust-based authentication in non-face-to-face and cloud environments
Provides valuable security information by analyzing and sharing threat data using AI/ML