The technology landscape across Malaysia has entered a highly significant era of expansion. With Amazon Web Services (AWS) launching its official, physical Asia Pacific (Malaysia) Region (ap-southeast-5), cloud adoption has shifted from a progressive long-term goal to an immediate corporate necessity.

Backed by a massive RM29.2 billion investment, this local data center infrastructure means domestic companies—from financial institutions to government agencies—can now run advanced applications locally.

This infrastructure change eliminates old data residency hurdles, satisfies strict local data compliance rules, and brings down processing latency to single-digit milliseconds.

However, moving data platforms and processing engines to a cloud environment involves much more than simple software migration. It requires deeply specialized engineering design. Right now, there is an acute shortage of certified AWS Cloud Practitioners, SysOps Administrators, and Solutions Architects who can successfully deploy, secure, and optimize these cloud environments.

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Moving Past Simple Cloud Hosting: The Strategic Tier of AWS Services

A common, costly misstep for local organizations is treating AWS like a basic remote hard drive. Generalist IT teams often deploy standard virtual machines (Amazon EC2 instances) manually and consider their cloud migration complete.

Modern AWS architectures rely on highly integrated cloud components. To achieve true financial efficiency and operational scaling, businesses must transition toward automated elasticity, container-native deployments, and serverless data layers.

Managing these high-leverage tools—such as designing resilient multi-Availability Zone frameworks, configuring automated data scaling boundaries, deploying secure encryption keys via AWS KMS, and managing real-time data streaming pipelines—requires structured technical education.

If an enterprise attempts to launch critical customer workloads on the local cloud region without certified internal staff holding official AWS Associate or Professional credentials, the business takes on severe financial and security liabilities.

A minor error in configuring an identity policy or an unoptimized network route can lead to unexpected cloud billing surprises, performance bottlenecks across your regional divisions, or severe security vulnerabilities that expose proprietary corporate records to external threats.

Salary Outlook for Certified AWS Cloud Specialists in Malaysia

Because managing cloud applications directly influences corporate agility and data safety, professionals who hold verified AWS credentials command premium salary brackets across local enterprise hubs:

Certified AWS Path & Technical Designation	Average Monthly Salary Range (MYR)	Core Enterprise Strategic Value
Cloud Operations / SysOps Engineer (AWS Associate Tier)	RM 6,500 – RM 10,000	Manages day-to-day cloud provisioning, configures automated backup structures, monitors scaling, and enforces platform access profiles.
Senior Cloud Solutions Architect (AWS Professional Certified)	RM 12,000 – RM 19,500+	Designing complex multi-tier system migrations, optimizing monthly resource spend, and structuring zero-trust corporate cloud environments.

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Accelerating Digital Transformation via HRD Corp-Claimable AWS Tracks

For Chief Information Officers (CIOs), Engineering Heads, and Training Managers across the Klang Valley, attempting to recruit certified cloud engineers from the open market is a lengthy and incredibly expensive process. The competition for this technical talent pool is fierce.

The single highest-leverage decision an enterprise can make is upskilling your existing software programmers, network administrators, and database engineers.

Moving your internal technical team through official, structured AWS certification paths equips them to confidently handle high-end deployment procedures, configure complex cloud network gateways, and optimize compute environments to keep monthly costs highly lean.

Best of all, since local cloud infrastructure deployment and system automation align directly with national initiatives like the MyDIGITAL framework, corporate employers can fully utilize their HRD Corp levies to cover these critical technical training paths. This approach gives your business an internal pool of expert technical talent, eliminates expensive external support bills, and guarantees your core digital operations remain completely uninterrupted.

Secure Your Place in the Future of Cloud Computing

Whether you are an ambitious IT professional aiming to upgrade your professional capabilities to secure high-paying enterprise technical positions, or a corporate leader looking to maximize your company’s network architecture stability, targeted technical education provides the clear roadmap you need.

Lernix provides practical, deeply immersive technical courses led by domain experts to help you master the real-world deployment challenges of the Amazon cloud ecosystem. Take a comprehensive look at our specific modules, duration frameworks, and learning pathways directly on our AWS Certification Malaysia overview page.

Need assistance configuring a custom upskilling itinerary for your infrastructure division, organizing a private corporate training batch, or checking your company’s HRD Corp claim eligibility? Connect directly with our training strategists through the Lernix Course Inquiry Portal today to secure your team’s technical roadmap.

The operational footprint of corporate data centers across Malaysia has grown too massive for manual oversight. From the banking infrastructure anchoring Kuala Lumpur to the disaster recovery nodes distributed across Selangor and Cyberjaya, corporate systems admins are no longer just keeping the lights on—they are managing complex hybrid networks containing hundreds of virtual and bare-metal servers.

At the heart of these mission-critical environments sits Red Hat Enterprise Linux (RHEL).

However, a massive technical skill gap persists in the local industry: Many teams are still administering Linux systems using old, manual processes. Relying on individual shell scripts, manually configuring local cron jobs, and logging into servers one by one via SSH to apply security updates creates a chaotic operational environment.

To manage modern workloads efficiently, enterprise IT departments must upgrade their engineering capabilities from basic command-line navigation to fully automated, policy-driven infrastructure orchestration.

The Cost of Human Error: The Danger of Manual Server Patching

A recurring operational headache for IT infrastructure managers is the risk introduced during routine patch cycles. When an enterprise must deploy a critical kernel update to address a zero-day vulnerability across 50 separate server nodes, doing it manually is a recipe for disaster.

An engineer might miss an error flag on server 14, type an incorrect directory path on server 32, or apply a mismatched security policy on server 45. These small human errors create inconsistencies across your environments, leading to sudden app crashes, broken file permissions, and failed security compliance audits.

Modern Red Hat Linux administration completely eliminates this manual risk by natively integrating Ansible Automation Engine utilities directly into the core operating system framework.

┌────────────────────────────────────────────────────────┐

│             Central Ansible Control Node               │  <── Single Declarative Policy

└───────────────────────────┬────────────────────────────┘

                            ▼

      ┌─────────────────────┼─────────────────────┐

      ▼                     ▼                     ▼

┌───────────┐         ┌───────────┐         ┌───────────┐

│ Server 01 │         │ Server 02 │         │  Server N │  <── Identical Automated Upkeep

└───────────┘         └───────────┘         └───────────┘

By changing how you manage system tasks, your operations gain massive advantages:

• Declarative System Configurations: Systems administrators write simple, readable configuration files (Playbooks) that describe exactly how a server should be set up, allowing the automation engine to safely handle the deployment details.
• Proactive System Analytics: Built-in tools like Red Hat Insights constantly scan your live operating systems, automatically flagging hidden security vulnerabilities, software bugs, and performance bottlenecks before they cause costly downtime.
• Unified Storage & Networking Management: Modern administration tools simplify complex tasks like logical volume management (LVM) and advanced network bonding into clear, repeatable processes.

Moving away from old scripting habits and adopting this automated approach requires structured, hands-on training. Without specialized upskilling, traditional administrators frequently struggle to transition from manual scripts to structured playbooks, misconfigure secure network boundaries, or fail to build robust, automated system profiles.

Compensation Baselines: The Value of Automated Administration Talents

Because orchestrating and securing a modern, automated enterprise Linux infrastructure demands an intricate mix of advanced operating system knowledge, deep networking logic, and cloud automation architecture, qualified systems administrators command a strong premium in the corporate hiring market.

Data gathered from regional enterprise IT and B2B technology recruitment registries in Malaysia highlights the solid salary trajectory for validated systems professionals:

Core Specialization & Toolset	Average Monthly Salary Range (MYR)	Enterprise Infrastructure Business Impact
Linux Systems Administrator (L2 / Mid-Level)	RM 5,500 – RM 9,500	Configuring secure storage boundaries, resolving local networking errors, and managing user access matrices safely.
Senior Systems Engineer / Automation Architect	RM 12,000 – RM 20,000+	Designing large-scale automated deployment systems, managing Red Hat Satellite environments, and ensuring corporate data compliance.

Maximizing Data Center Resilience via HRD Corp Training Levies

For enterprise Chief Technology Officers (CTOs) and infrastructure directors, attempting to fix server inconsistencies and deployment delays by relying exclusively on third-party consulting groups is an expensive, short-term fix. If your internal systems administrators do not understand how to safely configure and automate the underlying operating systems, long-term system stability will suffer. The most sustainable solution is to upgrade the capabilities of your existing IT team.

By taking your system administrators, technical support engineers, and security analysts through structured, practical lab modules, you establish an agile internal platform engineering team. Your staff learns how to run automated deployment playbooks, troubleshoot file system errors, and apply security patches uniformly across your entire network without disrupting your daily business operations.

Best of all, because these advanced functional tracks line up perfectly with Malaysia’s national digital upskilling initiatives, local employers can completely offset their technical training expenses by leveraging their accumulated corporate levies—turning an administrative asset into a massive operational competitive edge.

Master Modern Enterprise Linux Infrastructure

Whether you are an ambitious IT professional ready to step up from basic command-line tasks to advanced system automation to claim a premium role in the tech industry, or an executive safeguarding your company’s data centers against unexpected downtime and security vulnerabilities, systematic technical training is your definitive roadmap.

Lernix delivers a comprehensive suite of practical, expert-led training paths engineered explicitly to handle the realities of modern enterprise Linux administration. Review our complete course structures, module options, and flexible corporate enrollment calendars directly on our Red Hat Linux Administration Training Courses Malaysia page.

Do you need to schedule a dedicated technical training block for your infrastructure division, customize an engineering syllabus to match your specific multi-site server variables, or verify your company’s HRD Corp claim eligibility? Connect directly with our training specialists through the Lernix Course Inquiry Portal to secure your corporate infrastructure roadmap today.

When a critical enterprise application—like a core transactional banking database in Kuala Lumpur or an e-commerce platform processing thousands of API hits per minute—starts slowing down, the default corporate reaction is almost always the same: Throw more hardware at the problem.

Teams quickly upgrade cloud instances to more expensive tiers or buy additional bare-metal memory nodes for on-premise virtualization clusters.

But this approach hides a painful truth: Over-provisioning is an expensive band-aid for unoptimized infrastructure.

Adding more CPU cores or RAM doesn’t fix underlying system friction. If your operating system kernel isn’t tuned to handle heavy network queues, or if your database disk inputs/outputs (I/O) are choked by mismatched file system layouts, extra hardware goes to waste.

To run efficient data centers, Malaysian enterprise IT teams need certified engineers capable of diagnosing bottlenecks and tuning Red Hat Enterprise Linux (RHEL) for maximum performance.

[System Bottleneck] ──> Slow Performance ──> Over-Provisioning (Wasteful Hardware Spend)

[System Bottleneck] ──> Kernel & I/O Tuning via EX442 ──> Maximized Hardware Utilization (High ROI)

The Cost of Resource Waste: System Bottlenecks in Production Environments

Enterprise software workloads put heavy, unique demands on operating systems. For example, a massive database requires large blocks of continuous memory, while a high-frequency microservice platform relies on lightning-fast network transaction speeds.

Running both workloads on standard, unconfigured out-of-the-box operating system profiles causes your server nodes to work against each other.

                         ┌─── Memory Tuning (Huge Pages, Swap Algorithm Tweaks)

                         │

[Advanced Kernel Tuning] ┼─── Storage Optimization (I/O Schedulers, Dirty Page Writebacks)

                         │

                         └─── Network Scaling (Calculated TCP/UDP Buffer Sizing)

Without the deep systems engineering expertise validated by the Red Hat Certified Specialist in Linux Performance Tuning (EX442 / RH442) track, systems administrators are stuck guessing how to fix performance issues. They might alter process priorities at random or run basic metrics tools that only show that a system is failing, without revealing why.

True production optimization means modifying the runtime behavior of the operating system across three critical pillars:

• Advanced Memory Customization: Instead of allowing intensive database applications to fragment standard $4\text{ KB}$ memory chunks, engineers configure Huge Pages (alternate page sizes up to $1\text{ GB}$) and adjust memory overcommit boundaries to keep critical applications running entirely inside RAM.
• Advanced Disk and File Subsystem Layouts: Optimizing performance requires selecting the ideal I/O scheduling algorithms and fine-tuning dirty page writeback parameters to prevent data storage pipelines from bottlenecking.
• Precise Network Buffer Optimization: Engineers calculate perfect network buffer and window sizes based on raw network bandwidth and round-trip times (RTT), eliminating packet drops and latency spikes across hybrid cloud networks.

Shifting your system tuning from guesswork to real science requires specialized tools. Modern performance tuning relies on advanced diagnostic utilities like Performance Co-Pilot (PCP) for deep metric logging, eBPF (Extended Berkeley Packet Filter) tools for real-time kernel event tracing, and Tuned to automatically enforce workload-specific optimization profiles across your entire server network.

Compensation Baselines: The High Value of Validated Performance Engineers

Because debugging complex kernel behaviors and optimizing multi-tier hardware architectures requires an exceptional level of technical skill, certified performance tuning specialists command some of the highest salaries in the IT sector.

Data from regional B2B technology recruitment registries in Malaysia highlights the strong salary brackets for validated optimization experts:

Professional Certification Track	Average Monthly Salary Range (MYR)	Enterprise Infrastructure Business Impact
Senior Linux Engineer (Optimization Focus)	RM 8,500 – RM 13,000	Managing localized storage configurations, customizing resource control groups (cgroups), and resolving local performance bottlenecks.
Enterprise Infrastructure Performance Architect (EX442)	RM 16,000 – RM 28,000+	Designing fleet-wide automated tuning architectures, optimizing multi-site storage arrays, and cutting cloud compute overheads by up to 40%.

Driving Infrastructure Efficiency via HRD Corp Training Levies

For enterprise Chief Technology Officers (CTOs) and Infrastructure Directors, trying to solve application latency by continually renting bigger cloud instances or buying more hardware is an unsustainable expense. If your internal engineering teams do not know how to tune the underlying operating system kernel, your tech stack will remain inefficient. The most permanent solution is to upgrade the capabilities of your existing team.

By taking your senior systems administrators, database engineers, and platform architects through structured, practical lab training modules, you build a highly skilled engineering team. Your staff learns how to run advanced kernel diagnostics, trace execution loops using eBPF utilities, and maximize hardware utilization—saving your organization significant amounts in unnecessary hardware and cloud expenditures.

Best of all, because these advanced performance optimization pathways align perfectly with Malaysia’s national digital economy upskilling blueprints, local employers can completely offset their technical training expenses by leveraging their accumulated corporate levies—turning an administrative asset into an operational cost-cutting powerhouse.

Maximize Your Enterprise Compute Efficiency

Whether you are an ambitious senior systems administrator ready to master advanced Linux performance metrics, kernel variables, and eBPF diagnostics to reach the highest career brackets, or an executive safeguarding your corporate data center from hardware bloat and cloud cost spikes, structured technical training is your definitive roadmap.

Lernix provides a comprehensive ecosystem of practical, expert-led training paths engineered explicitly to handle the realities of modern enterprise systems optimization. Review our verified curriculum tracks, module options, and exam preparation parameters directly on our Red Hat Certified Specialist in Linux Performance Tuning Malaysia page.

Do you need to schedule a dedicated technical training block for your infrastructure engineering division, customize an advanced tuning syllabus to match your specific high-transaction database environments, or verify your company’s HRD Corp claim eligibility? Connect directly with our training strategists through the Lernix Course Inquiry Portal to secure your corporate infrastructure roadmap today.

The digital clock is ticking rapidly for enterprises across Malaysia. From financial conglomerates in Kuala Lumpur to manufacturing heavyweights in Penang and Johor, organizations running legacy backend architectures have arrived at a critical operational realization: the runway for legacy ERP software is officially ending.

SAP has confirmed that mainstream maintenance for SAP ECC (ERP Central Component 6.0, EHP 6–8) will conclude on December 31, 2027. There are no further deadline extensions.

Because an enterprise-scale ERP migration typically requires between 18 to 36 months of planning, blueprinting, data cleansing, and testing, 2026 represents the final realistic window for local organizations to launch their transitions without facing severe business disruptions or paying punitive extended maintenance premiums.

[2026: Critical Strategy Window] ───> [18-24 Month Migration Timeline] ───> [Dec 2027: ECC Support End]

         │                                                                        │

         └──> (If delayed past mid-2026, companies face severe developer shortages & technical risk)

Compounding this timeline pressure, the final grace period for SAP’s temporary “Compatibility Packs”—which allowed legacy ECC code to run inside on-premise S/4HANA environments—has officially closed. Malaysian businesses can no longer rely on patching old code forward; they must fully embrace native S/4HANA modernizations.

Greenfield vs. Brownfield: Navigating the Architectural Shift

The most demanding hurdle for local enterprise tech teams is selecting and executing the correct transition pathway. This is not a simple software update—it is an entirely new database paradigm driven by the ultra-fast, in-memory SAP HANA architecture.

                         ┌─── [Greenfield Strategy] ───> Rebuild ERP from Scratch

                         │                               (Clean Core, Zero Legacy Debt, High Effort)

[Legacy SAP ECC Estate] ─┤

                         │

                         └─── [Brownfield Strategy] ───> Complete System Conversion

                                                         (Retain History, Rapid Cutover, High Data Cleansing Needed)

• The Greenfield Strategy (New Implementation): The organization wipes the slate clean, rebuilding its ERP configuration from scratch. This allows teams to adopt native best practices, completely shedding decades of convoluted custom modifications.
• The Brownfield Strategy (System Conversion): The organization executes a complete database migration, converting the existing ECC database structure into S/4HANA while retaining historical transactions and configuration settings.

Regardless of the approach, SAP is enforcing a strict “Clean Core” extensibility model. Legacy, unoptimized ABAP developments that sit directly in the ERP core are deprecated. Modern modifications must be moved off-core to the SAP Business Technology Platform (BTP) using cloud-compliant APIs.

Attempting this massive database shift without trained internal functional leads results in failed data-mapping assessments, broken integrations, and severe system downtime during live cutovers.

Earning Projections: The Explosive Demand for Certified S/4HANA Talents

As thousands of organizations across Southeast Asia simultaneously rush to beat the support deadline, the demand for qualified SAP specialists has triggered an acute industry talent shortage. Freelance rates and permanent corporate salaries for certified specialists have climbed significantly.

B2B recruitment metrics across regional technology hubs highlight the premium market value commanded by validated S/4HANA talent:

Professional Specialization	Average Monthly Salary Range (MYR)	Enterprise Digital Transformation Impact
SAP S/4HANA Functional Consultant (Finance/Logistics)	RM 10,000 – RM 16,500	Conducting fit-gap analyses, configuring universal journals, and map data structures into real-time ledger matrices.
Lead S/4HANA Enterprise Architect / BTP Engineer	RM 18,000 – RM 28,000+	Designing hybrid cloud transition strategies, migrating legacy core customizations to BTP, and securing system stability.

Mitigating Cutover Risks via HRD Corp-Funded Team Upskilling

For executive management teams and corporate HR leads, relying solely on external system integrators to execute a migration is an incredibly high-risk approach. If your internal system analysts, finance managers, and key database operators do not thoroughly understand the new user interfaces and real-time ledger concepts, post-migration productivity will plummet.

The most effective risk mitigation strategy is upskilling your current internal IT and functional business teams well ahead of the cutover date.

By taking your core divisions through systematic, hands-on technical modules, your staff will master everything from initial readiness checks and simplification item analyses to modern data-archiving strategies. This ensures your organization can manage its own data validation, handle custom code remediation, and operate smoothly from day one on the new platform.

Best of all, because these professional upskilling tracks line up perfectly with national digital transformation blueprints, Malaysian employers can completely offset their technical training expenses by leveraging their accumulated corporate levies—turning an administrative compliance asset into a massive operational competitive edge.

Future-Proof Your Enterprise Platform

Whether you are an ambitious technical professional ready to master S/4HANA architectures and command a premium role in the global migration rush, or an executive safeguarding your corporate data against an unpatched, unsupported lifecycle end, systematic technical training is your definitive roadmap.

Lernix provides a comprehensive ecosystem of practical, expert-led training tracks engineered explicitly to navigate the realities of modern ERP migrations. Review our core development structures, prerequisites, and corporate calendar timelines directly on our SAP S/4HANA Training Courses Malaysia page.

Do you need to coordinate a dedicated training block for your technical implementation team, customize an engineering syllabus to match your specific industry modules, or verify your company’s HRD Corp claim eligibility? Connect directly with our training strategists through the Lernix Course Inquiry Portal to anchor your enterprise migration roadmap today.

In the backend architectures of Malaysia’s largest financial entities, government networks, and telecommunication giants, one platform stands as an absolute fortress for high-volume transactions: IBM WebSphere Application Server (WAS).

For decades, WebSphere has been the trusted runtime environment for deploying scalable, mission-critical Java enterprise applications.

However, the technology landscape is experiencing a massive shift. In the era of hybrid cloud computing, container orchestration, and microservices, the traditional, monolithic middleware deployments that ran smoothly for years are becoming heavy and expensive to maintain.

Furthermore, with IBM focusing heavily on lightweight, modern alternatives like WebSphere Liberty, companies across the Klang Valley face a double-edged challenge: maintaining legacy application stability while actively preparing internal teams for complex cloud modernization architectures.

The Technical Talent Gap: Monoliths vs. Cloud-Native Liberty

The biggest bottleneck in middleware operations today is not the software itself—it is the skills evolution gap.

Traditional WebSphere Application Server administration requires highly specific knowledge of Network Deployment (ND) cells, deployment managers, and heavy configuration scripts. However, modern container environments demand an entirely different approach.

[Traditional WebSphere Monolith] —> [Migration Frameworks] —> [WebSphere Liberty Containers]

     (Heavy VM Infrastructure)        (Transformation Advisor)       (Lightweight Cloud Native)

Many experienced local systems administrators understand traditional WAS setups perfectly, but lack hands-on experience with modern hybrid tools. Transitioning to WebSphere Liberty requires mastering modular runtimes, rapid Docker/Kubernetes container onboarding, and zero-downtime microservices configurations.

Without targeted upskilling, organizations risk severe operational friction, deployment delays, and structural vulnerabilities when attempting to lift legacy Java applications into multi-cloud environments.

Middleware Engineering and System Administrator Salaries in Malaysia

Because WebSphere middleware remains the backbone of elite enterprise computing, professionals who bridge the gap between traditional administration and cloud-native container runtimes are highly valued assets.

Data from corporate technical recruitment platforms across Malaysia highlights the lucrative baseline scale for specialized middleware talent:

Core Role & Specialization	Average Monthly Salary Range (MYR)	Core Enterprise Operational Impact
Middleware Admin / Systems Engineer	RM 7,000 – RM 11,000	Managing application server cells, security patches, JVM tuning, and standard traffic routing.
Enterprise Middleware Architect (Liberty/Cloud)	RM 12,500 – RM 18,500+	Designing hybrid cloud integrations, automating cluster scalability, and leading legacy-to-container modernization strategies.

Future-Proofing Core Systems via HRD Corp Claimable Technical Tracks

For Chief Technology Officers (CTOs) and Infrastructure Directors, relying entirely on expensive third-party external vendors to maintain or migrate your application servers is an operationally risky strategy. Every configuration error or minor delay translates directly to lost revenue.

The most efficient solution is upgrading the technical capabilities of your internal systems engineering teams.

Providing structured, practical training ensures that your technical staff can confidently navigate everything from workload management to advanced migration diagnostics. By upgrading your team’s skills, you secure your operational continuity and maximize the ROI of your enterprise licensing software.

Best of all, because these professional development tracks align with national corporate funding requirements, Malaysian employers can completely offset upskilling costs by leveraging their corporate training levies.

Master Modern Enterprise Runtimes

Whether you are an ambitious systems engineer aiming to command a premium salary bracket in hybrid cloud administration, or a technology leader tasked with modernizing core business systems without risking downtime, proper technical guidance is essential.

Lernix provides a comprehensive suite of hands-on, expert-led training paths tailored specifically for enterprise requirements. Review our full training syllabus, advanced modules, and scheduling options directly on our IBM WebSphere Training Courses Malaysia page.

Do you need to organize a dedicated technical batch for your operations division, customize a curriculum for specific legacy migration pipelines, or check your company’s HRD Corp claim eligibility? Connect directly with our training strategists through the Lernix Course Inquiry Portal to secure your corporate technical roadmap today.

Course Overview

Managing Industrial Networks for Manufacturing with Cisco Technologies (IMINS2024) is a lab-intensive course, which helps you with the skills required to successfully implement and troubleshoot the most common industry standard protocols while leveraging best practices needed in security and Wireless technologies for today’s industrial networks. The IMINS2024 course helps plant administrators, control system engineers and traditional network engineers in the manufacturing, process control, and oil and gas industries, who will be involved with the convergence of IT and Industrial networks.

This course is job-role specific and enables you to achieve competency and skills to configure, maintain, and troubleshoot industry-standard network protocols as well as wireless and security technologies to ensure that current infrastructures are maximized while developing a converged platform for flexibility to support future business outcomes. Students will be exposed to multiple industrial network technologies as well as products from Cisco and other industrial suppliers.

Virtual Learning

This interactive training can be taken from any location, your office or home and is delivered by a trainer. This training does not have any delegates in the class with the instructor, since all delegates are virtually connected. Virtual delegates do not travel to this course, Global Knowledge will send you all the information needed before the start of the course and you can test the logins.

Course Objectives

Upon completing this course, the learner will be able to meet these overall objectives:

• Upon completing this course, you will be able to meet these objectives:
• Understand the functions of the OSI Layers and TCP/IP Model
• Recognize the differences between Enterprise and Industrial Networks
• Troubleshoot common issues found in Layers 1, 2, 3 of the OSI Model
• Describe the functions and components of Ethernet/IP Protocols
• Configure and troubleshoot CIP on Cisco
• Describe the functions and components of the PROFINET protocol
• Configure PROFINET Protocols on Cisco Industrial Ethernet Devices
• Troubleshoot common PROFINET Issues
• Identify common network threats and resolutions and configure basic security components (Access Lists and AAA Features)
• Configure a wireless network within an industrial environment

Course Content

Module 1: Industrial Networking Concepts and Components

• Contrasting Enterprise and Industrial Environments
• Configuration Tools for Industrial Ethernet Switches
• Exploring Layer 2 Considerations
• Layer 2 Resiliency Using Spanning-tree Protocol
• Layer 2 Resiliency Considerations
• Layer 2 Multicast Control and QoS
• Exploring Layer 3 Considerations

Module 2: General Troubleshooting Issues

• Troubleshooting Methodologies
• Troubleshooting Layer 1
• Troubleshooting Layer 2 Issues
• Troubleshooting Layer 3 Issues

Module 3: Ethernet/IP

• Exploring Ethernet/IP Communications
• Exploring Hardware Capabilities
• Exploring CIP Sync, CIP Motion, and CIP Safety
• Exploring Embedded Switch Technology

Module 4: Troubleshooting EtherNet/IP

• Identifying Common EtherNet/IP Issues
• EtherNet/IP Troubleshooting Methods and Tools

Module 5: PROFINET

• Describe PROFINET Functionality and Connection Method
• Describing Basic PROFINET Devices

Module 6: Configuring PROFINET

• Enabling and Prioritizing PROFINET at L2
• Integrating Cisco Industrial Ethernet Switches

Module 7: Troubleshooting PROFINET

• Identifying PROFINET Troubleshooting Methods
• Exploring PROFINET Troubleshooting Tools

Module 8: Exploring Security Concerns

• Overview Of Defense-in-Depth Strategy
• Controlling Access and Network Traffic

Module 9: 802.11 Industrial Ethernet Wireless Networking

• Understanding 802.11 Networks
• Industrial WLAN Design Considerations

Lab Outline:

Labs are designed to assure learners a whole practical experience, through the following practical activities:

• Connecting to the remote Lab environment
• Configuring 802.1q Trunks
• Configuring and Applying Custom Smartports Macros
• Configuring and Applying EtherChannel
• Configuring Resilient Ethernet Protocol
• Configuring Resilient Ethernet Protocol Features
• Configuring & Verifying Storm Control
• Verify IP IGMP Snooping
• Configure QoS settings
• Using IOS Troubleshooting Tools
• Troubleshooting Layer 2 Endpoint Device Connectivity
• Troubleshooting Layer 2 Inter-Switch Connectivity
• Troubleshooting Broken REP Segment
• Troubleshooting Layer 3
• Perform a Packet Capture
• Troubleshoot Network Issues
• Configure CIP on Industrial Switches
• Troubleshooting EtherNet/IP Communication Issues
• Configuring PROFINET Support
• Troubleshoot PROFINET Communication Issues
• Configure Port Security Mechanisms
• Configure AAA Authentication using Cisco ISE and 802.1x

Course Overview

The Implementing Cisco Enterprise Wireless Networks course gives you the knowledge and skills needed to implement a secure wireless network infrastructure and troubleshoot any related issues. You’ll learn how to implement and secure a wireless network infrastructure and use Cisco Identity Service Engine (ISE), Cisco Prime Infrastructure (PI), Cisco DNA Center, Cisco Spaces and Cisco Connect Mobile Experience to monitor and troubleshoot network issues.

The course provides hands-on labs to reinforce concepts including deploying Cisco Catalyst 9800 Wireless Controller Release IOS XE Bengaluru 17.6.3, Cisco Digital Network Architecture (DNA) Center Release 2.3.3, Cisco Prime Infrastructure Release 3.5, Cisco Spaces, Cisco CMX Release 10.5 and Cisco Identity Services Engine (ISE) Release 3.0.

This course also helps you prepare to take the Implementing Cisco Enterprise Wireless Networks (300-430 ENWLSI) exam, which is part of the CCNP Enterprise certification. Passing the exam will also provide you with the Cisco Certified Specialist – Enterprise Wireless Implementation certification.

Course Objectives

After completing this course you should be able to:

• Explain how to secure the wireless network infrastructure
• Describe how to monitor and troubleshoot a wireless network
• Explain how to monitor wireless networks with Cisco Prime Infrastructure
• Explain how to observe wireless network with Cisco DNA Center
• Implement 802.1x authentication
• Configure FlexConnect
• Implement guest access
• Describe how to monitor and troubleshoot client connectivity
• Describe how to implement QoS in wireless networks
• Implement Cisco AVC in wireless networks
• Implement multicast services
• Explain the QoS troubleshooting process
• Describe how to deploy Cisco Spaces and Cisco CMX
• Explain how to implement location services
• Describe how to monitor a wireless network with Cisco Spaces and Cisco CMX

Course Content

Secure the Wireless Network Infrastructure

• Device Administration
• Security Best Practices for Administrative Access to Cisco WLC
• TACACS+ Overview
• Cisco WLC Configuration for TACACS+
• Role-Based Access Control on Cisco ISE
• AP Configuration for Management
• 802.1X Authentication
• AP Configuration for 802.1X Authentication
• Cisco ISE Configuration for AP 802.1X Authentication 

Monitor and Troubleshoot Wireless Network

• Defining Network Troubleshooting Techniques
• Structured Troubleshooting Methodologies
• Troubleshooting Acces Point Join Issues
• Troubleshooting CAPWAP Access Point Discovery Issues
• Troubleshooting CAPWAP Access Point DTLS Issues
• Troubleshooting CAPWAP Access Point Join Issues
• Tools for Troubleshooting Access Point Issues
• Monitoring Wireless Network for Rogue Devices
• Monitoring and Managing RF Interferers on Cisco WLC

Monitor Wireless Networks with Cisco Prime Infrastructure

• Cisco WLC Configuration for Cisco Prime Infrastructure
• Add New Devices to Cisco Prime Infrastructure
• Add Access Points to Maps
• Monitor Wireless Clients
• Reports in Cisco Prime Infrastructure
• Enhanced Client Information with Cisco ISE
• Location Details with Cisco CMX
• Monitor Wireless Networks for Rogue Devices with Cisco Prime Infrastructure
• Monitor and Manage RF Interferers on Cisco Prime Infrastructure

Monitor Wirless Network with Cisco DNA Center

• Adding Devices to Cisco DNA Center
• Adding Access Points to Maps
• Monitoring Wireless Clients
• Enhanced Client Information with Cisco ISE
• Location Details with Cisco Spaces or Cisco CMX
• Troubleshooting Access Point and WLC Issues with Cisco DNA Center Assurance
• Enhanced Network Insights with Cisco AI Network Analytics
• Reports in Cisco DNA Center
• Monitoring the Wireless Network for Rogue Devices with Cisco DNA Center
• Monitoring Radio Frequency Interferers on Cisco DNA Center

Implementing Cisco 802.1X Authentication

• IEEE 802.1X Overview
• AAA-Based Wireless Security on Cisco WLC
• AAA-Based Wireless Security on Cisco ISE
• WLAN for 802.1X on Cisco WLC
• Wireless Client for 802.1X Authentication
• AAA Override
• AAA Override on Cisco WLC
• AAA Override on Cisco ISE

Configure Cisco FlexConnect

• Cisco FlexConnect Overview
• Cisco FlexConnect Configuration on Cisco WLC
• Cisco FlexConnect Authentication Configuration
• Cisco FlexConnect Identity-Based Networking
• Split Tunneling Configuration for Cisco FlexConnect
• OfficeExtend Configuration

Implement Guest Access

• Guest Services in the Wireless Network
• Defining Guest Users
• Central Web Authentication
• Cisco WLC Configuration for Centralized Web Authentication
• Cisco ISE Configuration for Centralized Web Authentication
• BYOD Overview
• BYOD Device Onboarding
• Cisco ISE Configuration for BYOD

Monitor and Troubleshoot Client Connectivity

• Troubleshooting Client Connectivity
• Troubleshooting Client Authentication Issues
• Troubleshooting Client Connectivity on Cisco WLC
• Tools for Troubleshooting Client Connectivity on Cisco WLC
• Issues That Affect Client Performance
• Wireless Coverage and Capacity
• Enhancing Client Performance
• Troubleshooting Client Throughput and Data Rate Issues

Implement QoS in Wireless Network

• QoS in Wirless Networks
• Traffic Classification and Marking
• Congestion in the Wireless World
• IEEE 802.11 QoS Fundamentals
• Cisco WLC Configuration to Support Voice Traffic
• Wireless Utilization Optimization with Cisco Air Time Fairness
• Wireless Utilization Optimization with QoS Profiles
• Wireless Utilization Optimization with Cisco Fastlane

Implement Cisco AVC in Wireless Network

• Application Visibility and Control
• Cisco AVC on Cisco WLC
• Cisco AVC Configuration on Cisco WLC

Implement Multicast Services

• Multicast Services on Cisco WLC
• Multicast Forwarding on Cisco WLC
• Multicast Configuration on Cisco WLC
• Multicast DNS Service
• mDNS Configuration
• Cisco DNA Center Service for Bonjour
• Cisco Media Stream
• Cisco Media Stream Configuration

Troubleshoot QoS

• QoS Issues in the Wireless Network
• Qos Verification and Troubleshooting on Cisco WLC
• Issue Identification with Cisco AVC
• Cisco AVC Data in Cisco DNA Center
• mDNS Verification and Troubleshooting on Cisco WLC
• Media Stream Verification and Troubleshooting on Cisco WLC

Deploy Cisco Spaces and Cisco CMX

• Location Services Overview
• Location Services Design
• Deploying Cisco Spaces
• Integrating Cisco Spaces with Cisco DNA Center
• Deploying Cisco CMX
• Integrating Cisco CMX with Cisco Prime Infrastructure
• Integrating Cisco CMX with Cisco DNA Center
• Cisco Hyperlocation Overview
• Deploying Cisco Hyperlocation
• Configuring Cisco Hyperlocation

Implement Location Services

• Detect and Locate Services in Cisco Spaces
• Prepare Maps for Location Services in Cisco DNA Center
• Detect and Locate Services on Cisco CMX
• Analytics Services in Cisco Spaces
• Analytics on Cisco CMX
• Presence Services on Cisco CMX
• Guest Services Implementation in Cisco Spaces
• Guest Services Configuration in Cisco Spaces
• Guest Services Implementation with Facebook on Cisco CMX

Monitor Wireless Network with Cisco Spaces and Cisco CMX

• Monitoring and Detecting Wireless Clients with Cisco Spaces
• Monitoring and Detecting Wireless Clients with Cisco CMX
• Monitoring and Locating Rogue Devices and Interferers with Cisco Spaces
• Monitoring and Locating Rogue Devices and Interferers with Cisco CMX
• Running Analytics on Wireless Clients with Cisco Spaces
• Running Analytics on Wireless Clients with Cisco CMX
• Troubleshooting Location Accuracy

Labs

• Discovery Lab 1: Lab Familiarization (Base Learning Lab)
• Discovery Lab 2: Configure Secure Management Access for WLCs and APs
• Discovery Lab 3: Capture a Successful AP Authentication
• Discovery Lab 4: Network Monitoring with Cisco Prime Infrastructure
• Discovery Lab 5: Add Network Devices to Cisco DNA Center
• Discovery Lab 6: Integrate Cisco DNA Center with External Resources
• Discovery Lab 7: Use Cisco DNA Center for Network Monitoring
• Discovery Lab 8: Use Cisco DNA Center Reports
• Discovery Lab 9: Configure Cisco WLC for AAA Services
• Discovery Lab 10: Configure Cisco ISE for AAA Services
• Discovery Lab 11: Configure AAA Services for Cisco FlexConnect
• Discovery Lab 12: Configure Cisco WLC for Guest Services
• Discovery Lab 13: Configure Cisco ISE  for Guest Services
• Discovery Lab 14: Configure BYOD in the Wireless Network
• Discovery Lab 15: Capture a Successful Client Authentication Using Radioactive Trace
• Discovery Lab 16: Capture a Successful Client Authentication Using Cisco ISE
• Discovery Lab 17: Configure QoS in the Wireless Network for Voice and Video Services
• Discovery Lab 18: Configure Cisco AVC in the Wireless Network

Course Overview

The Engineering Cisco Meraki Solutions course helps you gain the core knowledge and skills needed to deploy, plan, design, implement, and operate complex Cisco Meraki solutions. This course combines Engineering Cisco Meraki Solutions Part 1 and 2 trainings. Prepare for roles focused on implementing, securing, and managing Cisco Meraki™ based networks from a centralized dashboard. Topics covered include Cisco Meraki’s cloud-based solutions, understanding of network security protocols, design of scalable architectures, and application of troubleshooting strategies.

This training prepares you for the Cisco Meraki Solutions Specialist (ECMS 500-220) exam. If passed, you earn the Cisco Meraki Solutions Specialist certification.

This course is worth 24 Continuing Education (CE) credits towards recertification.

Course Objectives

After completing this course you should be able to:

• Describe Cisco Meraki cloud architecture, administration, and licensing 
• Describe the hardware and features of Cisco Meraki product families 
• Describe best practices for troubleshooting and when to contact Cisco Meraki support 
• Plan new Cisco Meraki architectures and expand existing deployments 
• Design the network for scalable management and high availability 
• Describe how to automate and scale Cisco Meraki deployments with dashboard tools 
• Use dynamic routing protocols to expand networks and improve wide-area network (WAN) performance 
• Describe proper quality of service (QoS), policy, and performance-based routing configurations across a Cisco Meraki network and WAN optimization through traffic shaping 
• Describe virtual private network (VPN) and WAN topologies and how to integrate them 
• Secure, expand, and shape the network 
• Implement switched network concepts and practices, and configure guest networks 
• Implement wireless configuration practices and concepts 
• Describe endpoint management concepts and practices using Cisco Meraki Systems Manager 
• Describe physical security concepts and practices 
• Gain network insight by monitoring applications 
• Describe how to prepare monitoring, logging, and alerting services 
• Set up reporting and auditing capabilities in the Cisco Meraki dashboard 
• Monitor and troubleshoot issues using Cisco Meraki tools

Course Content

Introducing the Cloud and the Cisco Meraki Dashboard 

• Single Pane of Glass Management
• Cisco Meraki Full-Stack Capabilities
• Cisco Meraki Devices and the Cloud
• Benefits of a Cloud-Based Solution
• Cisco Meraki Dashboard Organizational Structure
• Multiorganizational Structure
• Licensing
• Cisco Meraki Dasboard Demo

Introducing Cisco Meraki Products and Administration

• Cisco Meraki MX Security and SD-WAN Appliance
• Cisco Meraki MS Switches
• Cisco Meraki MR Wireless APs
• Cisco Meraki Systems Manager Endpoint Management
• Cisco Meraki MV Security Cameras
• Cisco Meraki Insight Web-Based Application Analytics
• Advanced Use of Cisco Meraki Dashboard Demo

Introducing Cisco Meraki Troubleshooting

• Cisco Meraki Dashboard Sync
• Cisco Meraki Monitoring and Troubleshooting Tools
• Integration of Cisco Meraki Monitoring and Troubleshooting Tools into existing systems
• Application Programming Interfaces
• How to Work with Cisco Meraki Support
• Cisco Meraki Troubleshooting Demo  

Planning New Cisco Meraki Architectures and Expanding Existing Deployment

• Cisco Meraki Soluton Sizing
• Explore Various Dashboard User Interface Features Demo
• Licensing
• Reference

Designing for Scalable Management and High Availability

• Role-Based Access
• Tag Design and Structure
• Cisco Meraki MX Security Appliance High-Availability
• Cisco Meraki MS Switch High Availability
• High-Density Wireless Design
• References

Automating and Scaling Cisco Meraki Deployments

• RBAC with SAML
• Configure SAML and Create SAML Roles Demo
• Network Cloning
• Clone a Network and Synchronize a Configuration Demo
• Configuration Templates
• Explore Configuration Template Demo
• Network Provisioning with APIs
• Use Google Sheets and Script Editor with the Cisco Meraki Dashboard API Demo
• References

Designing Routing on the Cisco Meraki Platform

• Routing Across Cisco Meraki Networks
• Explore Layer 3 Routing Including Creating, Editing and Moving SVIs Demo
• Dynamic Routing with OSPF
• BGP for Scalable WAN Routing and Redundancy

Introducing QoS and Traffic Shaping Design

• Wireless and Wired QoS Design
• Prepare the Network for Voice
• Traffic Shaping and Prioritizing on the Cisco Meraki MX Platform

Building VPN and WAN Topologies

• Cisco Meraki MX VPN Operation Modes
• VPN Design and Topologies
• Auto VPN
• Design a Scalable VPN Topology
• Explore the Cisco Meraki MX Sizing Guide Demo
• Integrate Cisco Meraki vMX into an Auto VPN Architecture
• SD-WAN Fundamentals
• SD-WAN Design
• Explore CIsco Meraki vMX and SD-WAN Configurations in the Dashboard Demo   

Securing, Expanding, and Shaping the Network

• Cisco Meraki Security Overview
• Default Behavior and Rule-Processing Order
• Advanced Security Services
• Content Filtering
• Cisco Umbrella Integration

Introducing Switched Network Concepts and Practices

• Access Policies Using Cisco Meraki Authentication
• Cloning of Switch Settings
• Switch Templates and Profiles
• Explore Switch Profiles Demo
• LAN and WLAN Guest Access Best Practices
• References

Implementing Wireless Configuration Practices and Concepts

• Cisco Meraki Dashboard Maps and Floor Plans
• RF Profiles
• Wireless Encryption and Authentication
• SSID Modes for Client IP Addressing
• Bluetooth Low Energy
• BLE Scanning and Bluetooth Clients Demo
• Wireless Threats

Introducing Endpoint Management Concepts and Practices

• Cisco Meraki Systems Manager Platform Overview
• Cisco Meraki Systems Manager Overview Demo
• Device Deployment Methodologies
• Deployent of Application and Containerization Profiles
• Security Policies and Devices Out of Compliance Demo
• Pairing Network Group Policies with Systems Manager Demo
• Agentless Onboarding with Trusted Access

Introducing Physical Security Concepts and Practices

• Cisco Meraki MV Architectures
• Flexible Camera Deployments with Wireless
• Cisco Meraki MV Product Portfolio, Features and Functionalities
• Motion Search, Motion Recap, Motion Heat Maps, and Person Detection Demo
• Business Intelligence
•  

Gaining Network Insight by Monitoring Applications

• Cisco Meraki Insight Overview
• Cisco Meraki Insight Scaling and Licensing
• Cisco Meraki Insight Overview: A Closer Look at Tracked Applications and WAN Health Demo

Preparing, Monitoring, Logging, and Alerting Services

• Logging Capabilities
• Examine Event, Change, and Video Access Logs Demo
• Monitoring Tools and Services
• Examine Monitoring Tools and Features Demo
• Supported Alerts
• Cisco Meraki Dashboard API
• References

Setting Up Reporting and Auditing Capabilities in the Cisco Meraki Dashboard

• Cisco Meraki Reports
• Manage Firmware Through the Dashboard
• PCI Auditing
• References

Gaining Visibility and Resolving Issues Using Cisco Meraki Tools

• Troubleshooting Methods
• Logging Capabilities
• Cisco Meraki Security Center Overview Demo
• Wireless Troubleshooting
• Explore Wireless Troubleshooting Tools Demo
• Troubleshoot Cisco Meraki Cloud Application Performance
• Troubleshoot Cisco Meraki Auto VPN
• Explore VPN Status, Firewall, and Static Port Forwarding
• Local Status Page
• References

Labs

• Discovery Lab 1; Configure the Cisco Meraki Dashboard
• Discovery Lab 2: Enable Advanced Features and Optimize Networking
• Discovery Lab 3: Troubleshoot the Network Using the Cisco Meraki Dashboard 
• Discovery Lab 4: Configure Tags, Link Aggregation, Port Mirroring, and High-Density SSIDs 
• Discovery Lab 5: Establish Auto VPN
• Discovery Lab 6: Configure Virtual Interfaces and Routing on Cisco Meraki MS Switches
• Discovery Lab 7: Configure Routes and Redistribution
• Discovery Lab 8: Configure QoS,
• Discovery Lab 9: Configure Traffic Shaping
• Discovery Lab 10: Configure Load Balancing
• Discovery Lab 11: Define Firewall Rules
• Discovery Lab 12: Enable Advanced Malware Protection
• Discovery Lab 13: Enable Content Filtering
• Discovery Lab 14: Configure and Apply Access Policies
• Discovery Lab 15: Configure Wireless Guest Access
• Discovery Lab 16: Configure SSIDs
• Discovery Lab 17: Implement RF Profiles
• Discovery Lab 18: Implement Air Marshal
• DIscovery Lab 19: Create Cisco Meraki Systems Manager Configuration Profiles
• Discovery Lab 20: Define Security Polices
• Discovery Lab 21: Enforce End-to-End Security
• Discovery Lab 22: Setup Motion Alerts
• Discovery Lab 23: Deploy Wireless Cameras
• Discovery Lab 24: Manage Video Retention
• Discovery Lab 25: Enable Alerts
• Discovery Lab 26: Add Monitring and Reporting
• Discovery Lab 27: Generate and Analyze Summary Reports
• Discovery Lab 28: Manage Firmware
• Discovery Lab 29: Generate a PCI Compliance Report
• Discovery Lab 30: Troubleshoot an Offline Device
• Discovery Lab 31: Troubleshoot Content Filtering
• Discovery Lab 32: Troubleshoot Remote Site Connectivity

Course Overview

The Designing Cisco Enterprise Wireless Networks (ENWLSD) course introduces you to the concepts required for planning advanced designs incorporating Cisco wireless products. The training covers design specifics from scenario design concepts, through the installation phase, and onto post-deployment validation.

This course is worth 40 Continuing Education (CE) Credits

Course Objectives

After completing this course you should be able to:

• Describe a structured wireless design methodology recommended by Cisco
• Describe wireless industry standards, amendments, certifications, and RFCs
• Examine the wireless technology
• Describe and implement Cisco enhanced wireless features
• Describe Cisco mobility, roaming, and Work Group Bridges
• Describe the wireless design process
• Describe and implement specific wireless application designs
• Describe and implement specific wireless network vertical designs
• Describe and implement bridge and mesh designs in wireless networks
• Describe special considerations in advanced wireless designs
• Understand requirements to adapt a wireless network for Cisco CMX and Cisco Spaces
• Describe site survey processes
• Describe third-party wireless network design and planning tools
• Describe and implement network validation processes
• Describe and implement the final phases of the design project

Course Content

Structured Wireless Design Methodology

• Importance of Planning Wireless Design with a Structured Methodology
• Cisco Design Guides and Cisco Validated Designs for Wireless Networks
• Role of the Project Manager When Designing Wireless Networks

Wireless Industry Protocols and Standards

• Wireless Standards
• Wireless Regulations
• A History of the IEEE 802.11 Standard
• Current IEEE 802.11 Amendments
• Wi-Fi Alliance (WFA) Certifications
• Wi-Fi Protocols
• Practice Activity – Review IEEE Standards and Amendments and Their Application

The Science of Wireless Technology

• Decibel Mathematics
• Antenna Theory
• Design Case Study 1: Translate Decibels and Milliwatts
• Design Case Study 2: Examine Antenna Patterns
• Design Case Study 3: Review EIRP Calculations

Cisco Enhanced Wireless Features

• Selecting Hardware and Software for a Wireless Network Design
• Cisco Infrastructure Settings for Wireless Network Design
• Cisco Enhanced Wireless Features
• Practice Activity: Review Cisco Infrastructure Wireless Features

Cisco Mobility and Roaming

• Roaming Concepts
• Client Roaming in a Wireless Network
• Mobility and Intercontroller Mobility in a Wireless Network
• Cisco Workgroup Bridge (WGB) and WGB Roaming in a Wireless Network

Wireless Design Process

• Wireless Design Process
• Predesign Activities
• Designing the Wireless Network
• Implementing the Wireless Network
• Validation and Post Implementation Activities
• Design Case Study 1: Perform the Wireless Network Design Process

Wireless Network Design for Specific Applications

• Wireless Application Design
• Data Application Design
• Real-Time Application Design
• Location Design
• Security and Guest Networking Design
• Cisco Management Platforms
• Design Case Study 1: Design a Wireless Network for a Specific Application

Designing Wireless Networks for Specific Vertical Designs

• Wireless Network Design for an Enterprise
• Wireless Network Design for Industrial Settings
• Wireless Network Design in Healthcare and Hospitality Environments
• Extending Wireless Networks to the Branch Sites
• Design Case Study 1: Design a Wireless Network for a Specific Vertical
• Design Case Study 2: Design a Wireless Network that Extends Beyond the Campus

Bridging and Mesh in a Wireless Network

• Bridging in a Cisco Wireless Network Design
• Mesh in a Cisco Wireless Network Design

Special Considerations in Advanced Wireless Designs

• High-Density Designs in Wireless Networks
• Redundancy in Wireless Networks

Cisco CMX and Cisco Spaces

• Cisco CMX
• Cisco Spaces

Site Survey Processes

• Site Survey Data Collection Types
• Predeployment Site Surveys
• Postdeployment Site Surveys
• Additional Considerations for Site Surveys

Wireless Network Design with Third-Party Tools

• Third-Party Tools
• Predictive Design with Ekahau
• Live Surveys with Ekahau
• Design Validation and Troubleshooting with Ekahau
• Discovery 1: Examine Ekahau Site Survey Predictive Fundamentals
• Discovery 2: Create a Site Survey Report
• Discovery 3: Design a Data Network in an Enterprise Environment
• Discovery 4: Design a Voice and Data Network in a Helathcare Environment
• Discovery 5: Convert and Enterprise Data Design to Include Voice
• Discovery 6: Design a Voice and Data Network in a Warehouse Environment with Directional Antennas

Wireless Network Validation Processes

• Post Installation Site Survey Activities
• Discovery 7: Review a Live Site Survey Using Ekahau Tools
• Discovery 8: Simulate a Post Installation Network Validation Survey
• Discovery 9: Analyze Layer 1 Data

Completing the Wireless Design Project

• Project Documentation
• Complete the Wireless Design Project
• Practice Activity: Final Phase Documentation

Course Overview

This four-day course provides students with the knowledge required to work with enterprise wireless technologies and Juniper Driven by Mist AI™ wireless networks. 

Students will gain in-depth knowledge of wireless technologies, Juniper Mist™ technologies, and how to configure and use them. 

Through demonstrations and hands-on labs, students will gain experience with the features and functionalities of Mist AI-driven Wi-Fi.

COURSE LEVEL

Intermediate

RELATED JUNIPER PRODUCT

• Juniper Mist AI

Course Objectives

After successfully completing this course, you should be able to:

• Describe the IEEE 802.11 standard and amendments.

• Describe wireless frequency bands.

• Apply radio frequency (RF) basics in wireless networks.

• Identify how modulation and coding make up wireless networks.

• Describe the interworkings of association and roaming.

• Describe network contention factors.

• Define WLANs.

• Define Juniper Mist.

• Describe Juniper Mist configuration objects for wireless networks.

• Describe Juniper Access Points and their configuration options.

• Describe Juniper Mist’s WLAN configuration objects.

• Describe Juniper Mist™ Edge.

• Describe the Juniper Mist guest options.

• Describe WxLAN policies and how apply them to resources.

• Examine wireless intrusion detection and prevention from Juniper Mist.

• Describe WLAN security threats detected by the Juniper Mist WLAN system.

• Interpret wireless service-level expectations (SLEs) in relation to users.

• Gather events and insights from the Mist™ cloud.

• Summarize Juniper Mist’s radio resource management (RRM).

• Review additional data to create dashboard and reports.

• Evaluate machine learning and artificial intelligence.

• Summarize Marvis queries.

• Extend Mist’s Marvis actions.

• Describe the functions of Marvis Actions and Marvis Minis.

• Compare the concepts and methods of location services.

• Explain Juniper Mist’s approach to user engagement and asset visibility.

Course Content

DAY 1

1 Wi-Fi Standards

• Describe the purpose of the 802.11 standard and its physical later amendments

2 Wi-Fi Radio Frequency Bands

• Describe the 2.4-GHz, 5-GHz, and 6-GHz frequency bands used for WLANs and their channels

3 Applying Radio Frequency Basics to Wi-Fi

• Describe the properties of an RF wave

• Convert dBm to Milliwatts using RF math

• Explain factors that contribute to RF signals and how they relate to WLANs

4 Modulation and Coding for Wireless Networks

• Explain RF modulation and how it relates to WLAN data rates

• Describe the relationship between SNR and MCS

5 Understanding Client Association and Roaming

• Describe the 802.11 state machine and steps required for an 802.11 station to connect to an access point

• Explain the protocols used in a client’s connection to the network

6 Network Contention Factors

• Describe 802.11 contention

7 Wi-Fi Architectures and Life Cycle

• Differentiate WLAN architectures

• Describe the stages of the WLAN life cycle

8 Getting Started with Juniper Mist

• Examine the Juniper Mist architecture

• Create a Juniper Mist account

• Summarize Juniper Mist subscriptions

• Summarize the MSP dashboard

Lab 1: Initial Setup

DAY 2

9 Juniper Mist Configuration Objects

• Explain the difference between organization-level and site-level configuration objects

• Define Juniper Mist configuration objects and their uses

Lab 2: Remote Site and Site Groups and Variables

10 Juniper Access Points

• Summarize access points and connectivity

• Describe the boot procedure for a Juniper Access Point, its requirements, and the process of adding a Juniper Access Point to the Juniper Mist cloud

• Describe common AP configuration settings

• Use the Juniper Access Points dashboard to get information about an Access Point

11 WLANs

• Define a SSIDs, BSSIDs, and their functions

• Review additional WLAN configuration options

• Explain WLAN security options and how they are configured in a Juniper Mist WLAN configuration object

• Describe data rates and how they are configured in Juniper Mist

• Explain SSID strategies for multiband deployments

12 Juniper Mist Edge

• Define the features and benefits

• Identify popular use cases

• Categorize the product options

• Summarize the installation

• Review the Edge management

• Troubleshoot the device and connectivity

DAY 3

13 Guest Portals

• Describe the Juniper Mist guest options

14 Juniper Mist WxLAN Policies

• Explain WLAN policies and how they are configured

Lab 3: WLANs and WxLAN

15 Juniper Mist Wi-Fi Security

• Describe WLAN security threats detected by the Juniper Mist WLAN system

16 Juniper Mist Service-Level Expectations

• List Wi-Fi Assurance SLEs and their classifiers

17 Juniper Mist Events and Insights

• Describe site, AP, and client events

• Explain the packet capture functionality of the Juniper Mist system

• Describe the 802.11 MAC header and list 802.11 MAC frame types

Lab 4: SLE Troubleshooting

18 Juniper Mist Radio Resource Management

• Describe Juniper Mist RRM operations and their purposes

DAY 4

19 Juniper Mist Dashboard and Reports

• Explain custom dashboard and report options

20 Juniper Mist Artificial Intelligence and Troubleshooting Options

• Assess Juniper Mist’s application of artificial intelligence

• Describe the reactive and proactive troubleshooting methodologies

21 Marvis Queries

• Explain the difference between Marvis natural language and Marvis query language

22 Marvis Actions

• Explain the features of Marvis Actions

• Explain the functions of Marvis Minis

Lab 5: Marvis

23 Location-Based Services

• Describe real-time location services

• Explain Wi-Fi components for location services

24 User Engagement and Asset Visibility

• Explain Juniper Mist’s approach to user engagement

• Describe Juniper Mist’s asset visibility capabilities