Best Perplexity prompts for Computer Network Architects

Design a hybrid cloud network architecture for a large enterprise with 10,000 employees, 500 servers, and 20 locations worldwide, using a combination of AWS, GCP, and on-premises infrastructure. The network must support low-latency video conferencing, high-throughput data transfer, and secure access to sensitive data. Assume a budget of $1 million and a deployment timeline of 6 months. Provide a detailed topology diagram, including subnetting, routing, and security configurations, as well as a written explanation of the design decisions and trade-offs made.

Analyze a packet capture file from a busy network segment and identify the top 3 contributing factors to congestion, using Wireshark and/or tcpdump. Provide a step-by-step breakdown of the analysis process, including filter configurations, packet inspection, and statistical analysis. Assume the capture file contains 10,000 packets and spans 30 minutes of traffic. Generate a written report summarizing the findings, including recommendations for optimizing network performance and reducing congestion.

Create a Python script using Ansible and/or Terraform to automate the deployment of a new network segment, including configuration of routers, switches, firewalls, and load balancers. Assume the segment requires 10 new devices, each with unique configuration settings, and must be integrated with existing infrastructure. Provide a modular, reusable script with clear documentation and example usage. Include input validation, error handling, and rollback mechanisms to ensure reliable and efficient deployment.

Conduct a research-backed analysis of network latency optimization techniques, focusing on the impact of bufferbloat, packet loss, and queuing disciplines on network performance. Compare and contrast the effectiveness of various solutions, including AQM algorithms, traffic shaping, and QoS policies. Assume a scenario where average latency exceeds 50ms and packet loss is above 1%. Provide a written report summarizing the research findings, including recommendations for implementing latency-reducing measures and evaluating their effectiveness in a production environment.