“His ability to turn complex requirements into robust, scalable solutions aligned with the business, combined with deep technical knowledge, has been fundamental to the projects we have developed together.”
Ariel RamirezNetwork Administrator Leader
Colleague · different companies · August 14, 2026 Excerpt · translated from Spanish
Select a domain, then a platform to explore its architecture, integration and validation scope.
Network architecture
Enterprise networks, from fabric to API
Data center & fabrics
Nexus and application-centric ACI; multi-pod, multi-site, VMM integration, VXLAN/EVPN and NDFC. Fabric boundaries, segmentation and migration planning.
Campus, WAN & identity
Catalyst, SD-Access and SD-WAN. BGP, OSPF, traffic engineering, convergence and high availability; integration with ISE, NAC and firewalls.
APIs & network automation
APIC REST APIs, NETCONF and Python integrations. Terraform service provisioning, Ansible configuration, normalized assessment data and controlled, validated changes.
Cloud-managed networks with consistent policy
LAN & wireless
Switching and wireless architecture for distributed sites, with a shared management model.
WAN & resilience
MX connectivity, SD-WAN, redundant uplinks, failover paths and hybrid-cloud integration.
Operations & integration
Dashboard-based operations, API integration and repeatable configuration across sites.
Enterprise campus and wireless architecture
Wired access
Campus switching, segmentation, uplink design and resilient access to services.
Wireless & RF
Wireless design, coverage evaluation, RF spectrum analysis and coexistence planning.
Identity & operations
Access policy, NAC integration, operational visibility and documented implementation requirements.
Routing, switching and interoperable networks
Routing policy
BGP, OSPF, route control and traffic engineering across network boundaries.
Switching & resilience
Layer 2/Layer 3 design, redundant paths, convergence and failure-domain planning.
Integration & validation
Multivendor interoperability, migration scenarios and validation before production changes.
Networking and security for virtualized platforms
Virtual networks
Logical networking, overlay connectivity and integration with the physical underlay.
Segmentation
Workload isolation, security policy and firewall integration for east–west traffic.
Hybrid architecture
Connectivity between virtualized workloads, data center services and hybrid-cloud environments.
Networking within the data center architecture
Physical connectivity
Server, storage and network connectivity; interface requirements and resilient uplinks.
Data center integration
Switching and Layer 3 boundaries within a multivendor infrastructure.
Implementation detail
Port mappings, cabling, capacity, rack dependencies and technical documentation.
Campus connectivity and multivendor integration
Campus networks
Wired and wireless infrastructure shaped around access, coverage and service requirements.
Segmentation & continuity
Network separation, resilient paths and consistent access to business services.
Architecture & delivery
Interoperability, migration planning, implementation documentation and validation.
Security integrated into the network architecture
Security boundaries
Firewall integration, network segmentation and explicit communication policies.
WAN & hybrid access
Secure connectivity, SD-WAN architecture and connectivity across distributed environments.
Operational visibility
Firewall telemetry, event-correlation requirements and integration with the wider security stack.
Network emulation and scenario validation
Topology modeling
Build representative network scenarios before applying changes to live infrastructure.
Protocol behavior
Inspect routing, overlays, convergence and recovery after deliberate path interruptions.
Repeatable labs
Use emulated environments for architecture validation, troubleshooting and technical training.
Practical network experiments and training
Network scenarios
Model routers, switches and connected services in controlled lab topologies.
Troubleshooting
Trace traffic, inspect protocol behavior and compare alternative configuration approaches.
Knowledge transfer
Turn repeatable experiments into technical explanations and hands-on training.