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Netropy CyberAttack

Apposite Technologies
Harden Cyber Defenses and Optimize Network Performance​
Cyber attack apposite
  • Emulate attack and application traffic at high scale
  • Simulate Distributed Denial of Services (DDoS) attacks
  • Utilise a consistently updated library of malware, CVEs, N-day attacks, phishing, and other threats
  • Measure classic network performance metrics like throughput, packet loss, latency, and jitter
  • Capture and replay production traffic
  • Emulate thousands of end points with unique MAC and IP addresses
  • Customizable test reports
  • Statistics per application and per stream
  • Intuitive wizard-driven test configuration
  • Automate testing with a RESTful API
  • Integrates with Netropy network emulators

Netropy CyberAttack Offers a Powerful, All-in-one Solution for Comprehensive Network and Security Testing

Netropy CyberAttack is designed to assess the performance of network security architecture, validate defences against DDoS attacks, and fine-tune critical security devices such as Next-Gen Firewalls and Web Application Firewalls (WAFs). By simulating high-scale real-world traffic and sophisticated attack patterns it helps pinpoint vulnerabilities and evaluate the effectiveness of security strategies.

Netropy CyberAttack combines advanced security testing, performance benchmarking, and realistic traffic generation to verify attack detection capabilities, measure response effectiveness, and ensure service reliability —all within a controlled lab environment.

Evaluate the Performance of Network Security Architecture
Netropy CyberAttack empowers organizations to simulate real-world attack scenarios by generating both malicious traffic and legitimate application flows simultaneously. Generate large-scale DDoS attacks, malware, and CVEs, to evaluate the network’s ability to handle diverse and sophisticated threats.

Conduct extensive Layer 2-7 testing by replicating multi-vector, multi-stage attacks. Configure traffic from specific geographic regions to test location-based security policies and uncover potential entry points for attackers.