Enterprise WiFi Architecture for Scale and Performance
Modern wireless network design requires balancing coverage, capacity, performance, and security. My approach emphasizes creating robust, scalable wireless infrastructure that delivers consistent performance across diverse environments while maintaining enterprise-grade security standards.
From small office deployments to large-scale mesh networks supporting thousands of nodes, proper wireless design considers RF propagation, channel planning, interference mitigation, roaming optimization, and comprehensive security policies.
As Lead Network Architect for a cryptocurrency mining operation, I designed and deployed a robust WiFi mesh network supporting over 10,000+ mining nodes across multiple facilities.
Led wireless network design and deployment projects for hospital systems, addressing mission-critical medical device connectivity, HIPAA compliance, RF-dense environments, and seamless coverage across multi-building campuses.
Comprehensive RF site surveys to map coverage, identify interference, and determine optimal AP placement.
User density analysis, device count estimation, bandwidth requirements, and growth projection.
Strategic channel assignment to minimize interference. Dynamic channel selection and power optimization.
802.11r Fast Transition, 802.11k Radio Resource Management, 802.11v BSS Transition Management.
Redundant wireless controllers, AP failover, N+1 capacity design, and automatic load balancing.
WMM configuration, traffic prioritization, bandwidth limiting, and application-based QoS.