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Program Overview and Outcomes for Supply Chain and Operations Leaders

Course Orientation: WAN Strategy for Global Supply Chains

Business Requirements to Technical Capabilities: Translating Supply Chain Needs into WAN Objectives

WAN Foundations: Layers, Media, and Core Protocols

Physical and Data Link Foundations Across Carriers and Regions

Network and Transport Layer Interoperability for Global WANs

Architectures and Connectivity Options

Topologies and Service Models: MPLS, Internet VPN, SD-WAN, Satellite, and Cellular

Hybrid and Multicloud Connectivity for Modern Supply Chains

Implementation and Operations

Routing Design, Redundancy, and Traffic Engineering

Quality of Service and Application Performance Assurance

Security, Zero Trust, and Compliance in the WAN

Automation, Orchestration, and Lifecycle Management

Operations Excellence and Troubleshooting

Telemetry, Troubleshooting, and Incident Response Across Carriers and Layers

Capstone Design and Executive Justification

Capstone: Architecting a Resilient, Cost‑Optimized Global WAN for Supply Chain Operations

Knowledge Checks

Quiz: WAN Foundations and Carrier Concepts

Quiz: Network and Transport Interoperability

Quiz: Topologies and Service Models

Quiz: Hybrid and Multicloud Connectivity

Quiz: Routing, Redundancy, and Traffic Engineering

Quiz: Quality of Service and Performance

Quiz: Security and Compliance

Quiz: Automation and Lifecycle Management

Quiz: Troubleshooting and Telemetry

Quiz: Capstone Readiness

Enterprise WAN Architecture, Operations, and Strategy for Global Connectivity is a practitioner‑led program designed for supply chain, operations, and network leaders who must deliver resilient, secure, and cost‑effective connectivity across plants, DCs, logistics hubs, cloud regions, and partner networks. Blending business outcomes with deep technical rigor, the course shows how WAN decisions directly influence on‑time delivery, inventory visibility, plant uptime, and customer experience. You will translate business requirements—latency, jitter, loss, RTO/RPO, compliance, and data residency—into concrete architecture, service, and policy decisions. From carrier constructs and underlay protocols to SD‑WAN, SASE, multicloud on‑ramps, QoS, and automation, you’ll learn how to design, implement, and operate a global WAN that withstands regional outages, carrier incidents, and changing demand patterns. Hands‑on frameworks cover routing design, redundancy, traffic engineering, observability, and incident response across providers and layers. The capstone guides you in building an executive‑ready reference design, cost model, SLA targets, and rollout plan aligned to measurable KPIs. If you need to modernize an MPLS estate, deploy SD‑WAN, integrate LEO satellite or 5G, or tighten compliance while reducing TCO, this course provides the playbook to deliver business‑aligned connectivity at scale.

Enterprise WAN Architecture, Operations, and Strategy for Global Connectivity

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            <p>Global supply chains rise and fall on the strength of their networks. Enterprise WAN decisions directly influence on‑time delivery, inventory visibility, plant uptime, and customer experience. This course equips supply chain and operations leaders to translate business imperatives—reliability, resilience, cost efficiency, compliance, and speed—into actionable WAN objectives and architectural choices. You will learn how to elicit precise requirements across sites, partners, and clouds; model cost and risk; and align carrier services, routing, and security with KPIs such as fill rate, OTIF, and asset utilization.</p>

<p>The program begins with a strategic orientation that connects WAN strategy to operational outcomes, then builds foundational literacy across layers and media: from carrier constructs, SLAs, and diversity to IPv4/IPv6, BGP, OSPF/IS‑IS, and transport behavior over high-latency links. With this base, we compare architectures and service models—including MPLS, Internet VPN, SD‑WAN, satellite, and cellular—so you can select topologies (hub‑and‑spoke, mesh, regional hubs, cloud‑first) that balance performance with total cost of ownership. Modern supply chains require private access to IaaS/SaaS and partner ecosystems, so we examine hybrid and multicloud patterns, edge and plant connectivity, and designs that enforce data residency, sovereignty, and segmentation across regions.</p>

<p>Implementation and operations modules translate strategy into day‑to‑day reliability: routing design and traffic engineering for predictable paths and fast convergence; QoS models that protect critical applications and mitigate brownouts; and a zero trust security posture spanning segmentation, encryption, and secure edges (SASE/SSE, ZTNA, CASB) with audit‑ready logging. You will operationalize scale through automation and orchestration—intent‑based policies, zero‑touch provisioning, configuration as code, and API‑driven changes—governed by change control and release trains tied to business KPIs.</p>

<p>Operations excellence is reinforced through a layered troubleshooting methodology, correlating carrier telemetry, overlay analytics, and endpoint experience to accelerate incident response and root‑cause analysis. Frequent knowledge checks consolidate learning across foundations, interoperability, service models, cloud connectivity, routing, QoS, security, automation, and telemetry. The capstone culminates in a reference design for a resilient, cost‑optimized global WAN: you will produce an executive justification with SLA targets, diversity and rollout plans, risk analysis, and a roadmap with measurable milestones—positioning your WAN as a competitive lever for global supply chain performance.</p>
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