CAPSTONE CISCO TRACK FALL 2024 PROJECT IDEA TO SELECT FROM
1. 5G Network Optimization: Plan and simulate a 5G network for urban areas.
2. AI-Powered Network Tra ic Analysis: Design a system that uses AI to monitor and
optimize network tra ic.
3. SD-WAN Implementation for Remote Branches: Simulate an SD-WAN solution to
manage network performance across multiple locations.
4. Zero Trust Architecture Implementation: Develop a secure enterprise network using Zero
Trust principles.
5. Quantum-Safe Networking: Explore encryption techniques that protect against quantum
computing threats.
6. Edge Computing in IoT Networks: Design a network that incorporates edge computing to
enhance IoT performance.
7. Blockchain-Based Network Security: Implement a blockchain-based system for securing
data transmission in networks.
8. AI-Driven Network Self-Healing: Create a network that uses AI for predictive
maintenance and self-healing.
9. Network Segmentation for Ransomware Protection: Develop a network with advanced
segmentation to limit ransomware attacks.
10. Wi-Fi 6 Network Design for Smart Cities: Design a Wi-Fi 6 network to support smart city
applications.
11. Cyber-Physical Network Security for Critical Infrastructure: Design a secure network for
critical infrastructures like water or power grids.
12. Multi-Cloud Network Integration: Simulate a network that supports seamless
integration between multiple cloud providers.
13. Network Virtualization for Data Centers: Develop a virtualized network infrastructure for
e icient data center operations.
14. 5G and IoT Interoperability Solutions: Design a network that supports the
interoperability of IoT devices over 5G.
15. DDoS Protection using AI and ML: Implement AI and machine learning to detect and
mitigate DDoS attacks in real time.
16. Quantum Key Distribution in Network Security: Explore the use of quantum key
distribution for secure communication.
17. Low-Power Wide-Area Networks (LPWAN) for IoT: Design an energy-e icient network for
IoT devices using LPWAN technologies.
18. AI-Driven Network Optimization for Streaming Services: Create a network optimized for
the growing demand for video streaming using AI.
19. 6G Network Design and Simulation: Simulate a futuristic 6G network focusing on high
bandwidth and ultra-low latency.
20. Securing AI Networks with Federated Learning: Use federated learning to enhance the
security of AI-driven networks.
21. Smart Grid Communication Networks: Design a secure communication network for
smart grids to improve power distribution.
22. Underwater Wireless Communication Networks: Explore solutions for wireless
communication in underwater environments.
23. Vehicular Ad-hoc Networks (VANETs) for Autonomous Cars: Develop a network
infrastructure that supports vehicle-to-vehicle communication for autonomous cars.
24. Green Networking with AI: Create an energy-e icient network using AI-based
optimizations to reduce power consumption.
25. IPv6 Adoption in Legacy Networks: Develop a plan for transitioning from IPv4 to IPv6 in
legacy networks.
26. AI-Based Network Intrusion Detection System (NIDS): Design an intrusion detection
system using AI to identify security threats in real-time.
27. Augmented Reality (AR) and VR-Optimized Networks: Build a network capable of
supporting the low-latency demands of AR and VR applications.
28. Secure Network Design for Remote Healthcare: Design a network that ensures the
security and e iciency of telemedicine services.
29. Fog Computing Network for Smart Factories: Create a fog computing network to
support real-time IoT data processing in smart factories.
30. AI-Enhanced Network Automation and Orchestration: Develop a network that uses AI to
automate configuration, management, and orchestration tasks.