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Enterprise Cybersecurity Threat Simulation Platform Development

neoteric.eu

Security

Challenges in Enterprise Cybersecurity Testing and Data Management

Existing systems struggled with handling high-volume data processing during threat simulations, synchronizing distributed server environments, and maintaining code security. The platform required improved user service scalability, reduced end-user learning curves, and enhanced capabilities for identifying attack sources during controlled security tests.

About the Client

Cybersecurity company specializing in legal DDoS testing and threat simulation for Fortune 2000 enterprises

Objectives for Enhanced Cybersecurity Solution

Build a comprehensive security solution for enterprise threat simulation
Enable precise identification of simulated attack sources
Create a distributed message delivery system for cross-environment communication
Improve system intuitiveness while maintaining platform-agnostic capabilities

Core System Functionalities and Features

Controlled DDoS attack simulation engine
Real-time attack source identification system
Multi-environment message delivery (local/global)
Customizable transport layer selection (WebSockets/Kafka)
Secure data storage and retrieval microservice

Preferred Technologies for System Development

Node.js

NestJS

Kafka

MongoDB

Angular

Redis

Docker

External System Integrations Needed

Security analytics platforms
Enterprise threat monitoring systems
Cloud infrastructure APIs

Critical System Requirements

High-volume data processing scalability
Sub-second message delivery latency
Enterprise-grade security protocols
Cross-platform compatibility (browser/Node.js)

Expected Business Impact of Enhanced Cybersecurity System

Enables Fortune 2000 companies to proactively test infrastructure resilience against cyber threats while maintaining compliance. The distributed message system reduces operational complexity by 40%, improves threat detection accuracy by 65%, and supports secure data extraction for regulatory reporting. Scalable architecture accommodates simultaneous testing across multiple enterprise environments.