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DASA DevAIOps - Including Exam [DASADEV-AIOPS]
VIRTUAL TRAINING CENTER
ma 23 nov. 2026
en 9 andere data
OVERVIEW
Adopt DevAIOps practices effectively, and achieve faster time-to-market and time-to-value.
This two-day certification course offers a comprehensive understanding of how to integrate AI into DevOps practices, driving operational efficiency, automation, and innovation. Participants will explore ways to integrate AI into their CI/CD pipelines, reliability, security, and platform engineering practices, while learning how to leverage AI-powered tools for continuous improvement and efficient product delivery.
This certification program equips IT professionals to implement DevAIOps practices effectively, achieving faster time-to-market and time-to-value, and iterative development.
Updated 11/6/2026
OBJECTIVES
After completing this program, you will be able to:
Build mental models to reason about, configure, and troubleshoot AI-powered tools used in DevOps environments.
Design and work with intelligent CI/CD pipelines that improve delivery speed, quality, and automation.
Shift toward predictive operations by interpreting, configuring, and critically evaluating AI-powered observability outputs.
Design, implement, and operate an MLOps platform on top of existing DevOps infrastructure that governs the full model lifecycle.
Apply a security framework for AI-powered systems spanning the CI/CD pipeline, runtime environment, and AI-specific attack surface.
Design and operate a platform that delivers AI infrastructure as self-service developer capabilities with optimized cost, performance, and compliance.
Implement a governance framework that ensures AI systems meet regulatory, ethical, and organizational accountability requirements throughout the model lifecycle.
AUDIENCE
- Product Owners and Managers
- Developers and Application Team Leads
- Project and Program Managers
- DevOps & Automation Engineers
- Software Managers and Team Leads
- Ops Architects and Engineers
- Cloud Engineers
- Data Engineers and Scientists
- Site Reliability Engineers
CERTIFICATION
Certificate: DASA DevAIOps
Exam Details
Delivery: Online Proctored
Format: Closed-book
Proctoring: Web Proctored
Duration: 60 minutes
Questions: 40 Multiple Choice
Pass Grade: 60%
CONTENT
Module 00: Programme Orientation
Understand the learning path, assessments, and certification requirements.
Explore DevAIOps maturity, current trends, and the growing need for AI skills in delivery teams.
Review the FinTech case study covering release delays, rising costs, and AI readiness challenges.
Module 01: AI Fundamentals for DevOps Teams
Learn key model types such as classification, regression, anomaly detection, and NLP.
Understand model training, validation, drift, and their impact on reliability.
Interpret AI outputs including alerts, confidence scores, and code suggestions.
Module 02: Intelligent CI/CD Pipelines
Apply AI-assisted code review to improve quality and reduce manual effort.
Use intelligent test prioritisation to balance speed, coverage, and risk.
Enable predictive deployment gates, rollback logic, and self-healing responses.
Module 03: AI Augmented Observability and AIOps
Detect issues earlier using anomaly detection and dynamic baselines.
Reduce alert noise through event correlation and root cause analysis.
Improve resilience with predictive scaling and faster incident response.
Module 04: MLOps & the AI Model Lifecycle in a DevOps Context
Build model versioning, promotion workflows, and reproducible delivery processes.
Monitor model performance, detect drift, and trigger retraining when needed.
Use feature stores to improve consistency between training and live environments.
Module 05: DevSecOps with AI
Apply AI-powered SAST, DAST, and dependency scanning across CI/CD pipelines.
Use anomaly detection for runtime monitoring across containers and networks.
Address AI-specific risks such as prompt injection, model poisoning, and data exposure.
Module 06: Platform Engineering and AI Structure
Create self-service platforms and golden paths for AI delivery teams.
Configure Kubernetes and GPU resources for training and inference workloads.
Compare cloud and self-hosted options based on cost, latency, and compliance needs.
Module 07: AI Governance, Ethics and Regulatory Compliance
Apply EU AI Act and GDPR requirements to technical delivery processes.
Use model cards, lineage tracking, and documentation as code.
Monitor fairness, define approval models, and manage AI incidents effectively.
€1.595
Klassikaal
max 16
DASA Intelligent Continuous Security™ (ICS) - Including Exam [DASADEV-ICS]
VIRTUAL TRAINING CENTER
wo 17 feb. 2027
en 9 andere data
OVERVIEW
Master Advanced Intelligent Continuous Security Practices to Secure Your Entire Product Lifecycle.
The DASA Intelligent Continuous Security Certification teaches the skills, mindset, practices, and tools needed to utilize AI to reduce complexity, automate workflows, and enhance agility in threat detection and response for your entire lifecycle.
Bridge current challenges by enhancing both pre-production security (DevSecOps) and in-production security (SecOps). DASA ICS is designed to be relevant for both Development and Security teams, addressing a critical need that current solutions aren’t fully meeting.
Updated 11/6/2026
OBJECTIVES
After completing this program, you will be able to:
Explain the relevance of the DevSecOps and Continuous Security.
Compare the traditional security practices with DevSecOps and Continuous Security and its need.
Differentiate Intelligent Continuous Security from other security frameworks, focusing on its intelligent and unified approach.
Demonstrate how Intelligent DevSecOps and Continuous Security principles and practices improve the organization’s security maturity by designing a Continuous Security Toolchain.
Develop a step-by-step DevSecOps and Continuous Security transformation roadmap tailored to organizational needs, incorporating leadership alignment and solution modeling.
Assess organizational culture, maturity metrics, and emerging trends to formulate strategies for DevSecOps and Continuous Security adoption and improvement.
Evaluate long-term strategies to sustain and evolve Intelligent DevSecOps and Continuous Security practices to changing technological and organizational landscapes.
AUDIENCE
- Security, Ops and Dev Leaders
- Operations Leaders and Practitioners
- QA Leaders and Practitioners
- DevOps & Automation Engineers
- Software Managers and Team Leads
- Ops Architects and Engineers
- Cloud Engineers
- Data Engineers and Scientists
- Site Reliability Engineers
CERTIFICATION
Certificate: DASA Intelligent Continuous Security™ (ICS)
Exam Details
Delivery: AI Proctored
Format: Closed-book
Proctoring: Automated
Duration: 80 minutes
Questions: 40 Multiple Choice
Pass Grade: 65%
CONTENT
Module 1: Foundations of SecOps, DevSecOps, and Intelligent Continuous Security
Explain the current security threat landscape, the foundational concepts of SecOps and DevSecOps frameworks, and how gaps in these frameworks have led to the development of Intelligent Continuous Security.
Classify modern cybersecurity threats, including ransomware, supply chain risks, and phishing.
Compare SecOps and DevSecOps limitations in addressing advanced cybersecurity threats.
Summarize how ICS enhances security by bridging SecOps and DevSecOps gaps.
Module 2: Fundamentals of Intelligent Continuous Security
Summarize the Intelligent Continuous Security framework, focusing on its unified approach and highlighting how it builds on the principles and practices of SecOps and DevSecOps security frameworks.
Define the ICS framework, its principles, and core security practices.
Compare ICS to DevSecOps and SecOps, highlighting key differences and benefits.
Explain how ICS integrates security into workflows while ensuring agility.
Module 3: Intelligent Continuous Security Technologies and Integrations
Apply technologies to implement Intelligent Continuous Security and how they are integrated into an inter-working system to orchestrate and automate security practices end-to-end across the software lifecycle.
Apply security tools to CI/CD pipelines for continuous security coverage.
Explain AI’s role in automating security testing and analyzing results.
Demonstrate security tool integration within an ICS security pipeline.
Module 4: Intelligent Continuous Security Measures of Progress and Success
Apply Intelligent Continuous Security capability maturity models, measures of progress and success, and governance strategies to assess, direct, and evolve Intelligent Continuous Security implementation.
Identify ICS maturity levels to assess capabilities and guide implementation evolution.
Measure effectiveness of vulnerability detection, exploit response, and mitigation strategies.
Discuss ICS ROI measurement and governance policy monitoring for security success.
Module 5: Transforming to Intelligent Continuous Security
Analyze typical challenges in Intelligent Continuous Security transformations and develop strategies to overcome them while designing effective roles, skills, and team topologies to ensure successful implementation.
Identify objectives of each step in the Seven-Step ICS Transformation Framework.
Analyze the framework’s application to SolarWinds to address transformation challenges.
Design an ICS transformation strategy tailored to specific organizational needs.
Module 6: Sustaining and Evolving Intelligent Continuous Security
Evaluate long-term strategies to sustain and evolve ICS practices in response to changing technological and organizational landscapes.
Identify challenges in sustaining ICS and their impact on long-term effectiveness.
Develop strategies for continuous improvement and scaling ICS over time.
Evaluate emerging trends like AIOps and AI in ICS sustainability.
€1.595
Klassikaal
max 16
DASA SRE Next Gen - Including Exam [DASADEV-SRE-NG]
VIRTUAL TRAINING CENTER
do 3 dec. 2026
en 9 andere data
OVERVIEW
Next-generation reliability for the AI-powered and sustainable enterprise.
The DASA SRE Next Gen Certification gives you the skills, mindset, and behaviors to align reliability practices with business goals, leverage AI and automation, and optimize system resilience and scalability—while ensuring sustainability. Learn how to build and operate highly reliable, efficient, and future-proof digital services.
Empower your team to lead in a world where reliability, scalability, and sustainability are non-negotiable.
DASA SRE Next Gen takes reliability to the next level, moving beyond automation to self-healing, integrating AI, and ensuring sustainable, distributed architectures. It’s not just about keeping systems running; it’s about making reliability a competitive advantage.
Updated 11/6/2026
OBJECTIVES
After completing this program, you will be able to:
Adapt SRE practices to the evolving IT landscape, including AI and automation.
Implement observability practices for optimal system monitoring.
Design resilient, scalable, and reliable software systems.
Promote sustainability within SRE practices.
Consider the impact of organizational culture and governance in system reliability.
Optimize cost while maintaining operational reliability.
AUDIENCE
This training is ideal for professionals who want to enhance their SRE knowledge and skills. It is suitable for:
- IT professionals with 3+ years of experience, looking to deepen their knowledge and skills in SRE practices.
- Individuals eager to adapt SRE to the evolving landscape of technology, particularly in areas like AI, automation, and cloud computing.
- Professionals involved in budgeting and financial management for SRE practices.
CERTIFICATION
Certificate: DASA SRE Next Gen
Exam Details:
Delivery: AI Proctored
Format: Closed-book
Proctoring: Automated
Duration: 80 minutes
Questions: 40 Questions
Pass Grade: 65%
CONTENT
Module 01: Introduction to SRE
Define SRE and its significance in today’s software ecosystems.
Describe common SRE terminologies to establish a shared understanding of key concepts.
Identify challenges in modern software environments that make SRE essential for operational success.
Module 02: The Need for SRE Next Gen
Discuss the limitations of traditional SRE practices and the emergence of "SRE Next Gen".
Highlight the new skill sets and tools needed for SRE professionals.
Module 03: Observability - Adapting to the Evolving IT Landscape
Define observability and monitoring within the context of modern IT systems.
Analyze how evolving IT infrastructure necessitates a shift in traditional monitoring practices.
Develop skills to design and implement telemetry strategies that enhance observability.
Module 04: Building Resilient Software
Define the principles of software resilience, its importance, and its role in modern systems.
Identify common failure modes, their impacts on software systems.
Discuss the evolving relationship between development, operations, and reliability teams in the SRE Next Gen environment.
Module 05: Addressing AI Reliability
Identify common failure modes in AI models and systems that impact overall reliability.
Provide actionable recommendations for improving the reliability and robustness of AI systems.
Discuss the challenges and solutions related to AI model reliability, monitoring, and failure modes in production environments.
Module 06: Designing for Success
Explain the core design principles for ensuring scalability, reliability.
Explore best practices for maintaining quality and adhering to industry standards throughout the development lifecycle.
Module 07: Aligning SRE with Sustainability Goals
Define the concept of Green SRE, its relationship with sustainability practices.
Create a plan for integrating energy efficient practices into SRE operations.
Measure the energy efficiency of software projects and identify sustainability metrics.
Module 08: Organizational Structure, Culture, and Governance Models
Analyze the impact of organizational structure, culture, and governance models on achieving reliability at scale.
Explain the importance of governance models in aligning business objectives with technical reliability goals.
Module 09: Driving Reliability Through Operational Excellence
Define operational excellence and its critical role in ensuring system reliability.
Explain how incident response frameworks contribute to improving reliability and minimizing disruptions.
Module 10: Strategic Cost Analysis and Resource Optimization
Identify cost drivers in SRE and develop effective budgeting strategies for resource allocation.
Explore best practices for optimizing cost efficiency throughout the development and deployment lifecycle.
€1.595
Klassikaal
max 16
DASA Transformational Leader - Including Exam [DASADEV-TL]
Eindhoven (Evoluon Noord Brabantlaan 1)
ma 23 nov. 2026
en 9 andere data
OVERVIEW
Step into the role of a Transformational Leader and drive transformation.
The DASA Transformational Leader Certification prepares you to spearhead initiatives, craft scalable frameworks, and maximize business value. You’ll gain a deep exploration of leadership models, team building, and strategies to transform your organization.
This certification empowers your organization to lead transformations that actually stick. By developing leaders who understand how to align vision, culture, governance, and technology, you’ll build the conditions for autonomy, flow, and high performance from an isolated initiative into a sustainable, value-driven transformation.
Updated 11/6/2026
OBJECTIVES
When you have acquired the required knowledge from this certification program, you will be able to:
Recollect key drivers for digital disruption, understand the role of DevOps and DevOps Leaders, and own your digital leadership journey.
Use contemporary leadership styles and practices in a DevOps environment to lead transformation with a focus on the key DASA DevOps principles, values, and practices.
Create a value case, and scope of your DevOps transformations.
Identify the key ingredients that leaders need to invest in creating the right “smell of the place,” and developing a high-performance culture in your organization.
Analyze how to change traditional “Business vs. IT” operating models to DevOps-supporting ones.
Optimize between team autonomy and ownership on the one hand, and architectural, technical, and organizational constraints on the other hand to manage quality, IT risk, and compliance in a DevOps organization.
Compare and contrast personal and organizational leadership patterns and anti-patterns in the various stages of a DevOps transformation.
AUDIENCE
- Anyone starting or leading a move towards increased reliability
- Anyone interested in modern IT leadership and organizational change approaches
- Business Managers
- Business Stakeholders
- Change Agents
- Consultants
- DevOps Practitioners
- IT Directors
- IT Managers
- IT Team Leaders
- Product Owners
- Scrum Masters
- Software Engineers
- Site Reliability Engineers
- System Integrators
- Tool Providers
CERTIFICATION
Certificate: DASA Transformational Leader
CONTENT
The course is developed around DASA’s research on state of the art and state of the practice examples on why DevOps transformations fail or succeed. This research, bundled with a toolkit for kick-starting successful DevOps transformations, and calibrating the progress during the transformation phases, will dramatically increase your chances of success.
Module 1: DevOps and Building High-Performance Digital Organizations
The module emphasizes the core concepts of DevOps, change management, and the role leaders play in leading DevOps transformation. This knowledge will enable you to analyze existing market trends in digital disruption, discuss the impact of these trends on a typical organization, and understand the urgency for digital transformation for organizations to remain competitive.
Module 2: Defining DevOps Leadership
The module emphasizes contemporary leadership and management styles and practices. This knowledge will enable you to examine, evaluate, and adopt the best leadership styles and practices during a DevOps transformation. In other words, the module will empower you to start acting as a DevOps Leader.
Module 3: Shaping the DevOps Transformation
The module emphasizes defining the ‘Why’ of the DevOps transformation and explains various approaches to define the objectives, value, and scope of this transformation. This knowledge will enable you to create an effective change story for the DevOps transformation. The story that you would like to lead and create the required climate in your organization for the upcoming change.
Module 4: Creating Conditions for Success – People and Culture
The module emphasizes creating specific conditions from the people’s perspective to increase the success of the DevOps transformation. It highlights key characteristics of a culture in which individuals thrive and contribute to becoming a High-Performance Digital Organization. This knowledge will enable you to determine what talent management strategies and leadership practices you should adopt for your DevOps transformation to be most effective.
Module 5: Creating Conditions for Success – Processes and Governance
The module emphasizes creating specific conditions from the process and governance perspective to increase the success of the DevOps transformation. It highlights key characteristics of how to set up an organization thriving on autonomous, end-to-end responsible product teams for generating as much business value for the organization as possible. Business-IT barriers, complex or bureaucratic governance structures, or other constraints that slow down the flow of work do not exist in such organizations and their processes. This knowledge will enable you to create the right structure and way of working for your High-Performance Digital organization based on proven DevOps practices.
Module 6: Creating Conditions for Success – Architecture and Technology
The module emphasizes creating specific conditions from the IT architecture and technology perspective to increase the success of the DevOps transformation. It highlights key characteristics of how organizations benefit from modern IT infrastructure, continuous delivery, and scalable modern software architectures. The module also explains how best to optimize between autonomy at the (DevOps) team level and at the centralized governance, rules, and regulations level to ensure high-quality solutions. This knowledge will enable you to find a balance in your DevOps organization for leveraging state-of-the-art technology and ways of working on the one hand, and proven metrics, governance systems, and built-in quality controls on the other hand.
Module 7: Leading Successful Transformations
The module emphasizes creating key organizational culture preconditions for a successful DevOps Transformation and following the required steps to effectively bootstrap this transformation. Insights into the organization’s status quo (in relationship to the goals and ambitions of the transformation) is equally important as building an effective transformation team. This knowledge will enable you to successfully get a DevOps transformation off the ground by adopting proven change management and leadership practices.
Module 8: Putting it into Action
The module emphasizes what leaders should do during their DevOps transformation to deal with change management and conduct proper stakeholder management. Transformations often result in unforeseen responses from people, and everybody responds differently to change. This knowledge will enable you to understand what makes people tick and how best to communicate and collaborate with them to drive a DevOps transformation successfully.
€2.905
Klassikaal
max 16
Verandering & Gedrag: zo krijg je mensen mee (training)
Amsterdam
ma 1 feb. 2027
en 9 andere data
Omschrijving:
Verandering werkt pas als mensen mee kunnen
Verandermanagement is voor veel professionals en leiders geen apart vak, maar wel onderdeel van hun rol. In de training Gedrag & Verandering in de Praktijk leer je hoe je verandering praktisch en doordacht aanpakt, met oog voor gedrag, draagvlak en resultaat. Je werkt met een helder stappenplan en praktische tools en vertaalt inzichten direct naar jouw eigen werksituatie. Zo krijg je houvast om verandering goed op te starten, te begeleiden en te volgen.
Na de training:
- weet je wat gedrag en weerstand betekenen voor het slagen van verandering,
- bouw je gericht draagvlak op bij verschillende betrokkenen,
- werk je met een praktisch stappenplan voor jouw verandering,
- maak je keuzes die passen bij jouw rol en organisatiecontext,
- volg en stuur je verandering bij op basis van wat je ziet gebeuren
Deze training is bedoeld voor professionals en leidinggevenden die in hun werk regelmatig met verandering te maken hebben. Je stuurt een team aan, leidt een project of bent verantwoordelijk voor de invoering van een nieuwe werkwijze. Daarbij draag je verantwoordelijkheid voor resultaten, mensen en voortgang, terwijl verandermanagement geen hoofdtaak voor je is. Je zoekt houvast om verandering praktisch aan te pakken, mensen mee te nemen en dit goed te organiseren naast je dagelijkse werkzaamheden.
Na afloop ontvang je als deelnemer een certificaat.
€2.250
Klassikaal
max 12
21 uren
Stikstofdepositie
Utrecht
wo 25 nov. 2026
Stikstof raakt je project sneller dan je denkt
Een bouwplan, gebiedsontwikkeling of vergunningstraject kan ineens vastlopen op stikstof. Nieuwe uitspraken, veranderende regels en AERIUS berekeningen maken het speelveld onzeker. Terwijl adviseurs rekenen, moet jij kunnen beoordelen wat de uitkomst betekent voor planning, risico’s en besluitvorming.
Van twijfel naar grip
Je hoeft geen specialist te zijn, maar je wilt wel weten wanneer stikstof een probleem wordt, welke vragen je moet stellen en wanneer je moet bijsturen. In deze cursus vertaal je complexe regels en rapporten naar praktische keuzes, zodat je sterker staat in overleg met adviseurs, bevoegd gezag en projectteams. Zo vergroot je niet alleen je inhoudelijke basis, maar ook je impact op projecten, vergunningen en besluitvorming.
Download de brochure [geen link]
Na deze cursus:
begrijp je de hoofdlijnen van stikstofwetgeving en vergunningprocedures;
herken je risico’s en weet je wanneer je tijdig moet bijsturen;
beoordeel je stikstofrapporten en AERIUS-berekeningen met meer vertrouwen;
neem je beter onderbouwde beslissingen in stikstofgevoelige projecten;
kun je de impact van stikstofdepositie op projecten, vergunningen en beleid beter duiden.
Bekijk het programma [geen link]
Voorkennis
Voor deze cursus is geen specialistische voorkennis nodig. De inhoud wordt praktisch en begrijpelijk uitgelegd, met aandacht voor de begrippen, procedures en berekeningen die je in de praktijk tegenkomt.
Deze cursus is ontwikkeld voor:
professionals die te maken krijgen met stikstofdepositie, vergunningen, stikstofonderzoeken of AERIUS-berekeningen, maar zelf geen specialist zijn.
De cursus is onder andere relevant voor:
projectleiders en projectmanagers;
beleidsmedewerkers ruimtelijke ordening, natuur, milieu en duurzaamheid;
vergunningverleners en vergunningcoördinatoren;
adviseurs binnen overheid, bouw, infra en gebiedsontwikkeling;
opdrachtgevers, ontwikkelaars en andere professionals die stikstofrapporten of AERIUS-berekeningen moeten begrijpen en beoordelen.
€1.999
Klassikaal
max 20
HBO
Citrix Platform Enterprise Deployment (CTX-306) [CTX-306]
VIRTUAL TRAINING CENTER
ma 7 dec. 2026
en 9 andere data
OVERVIEW
Designed for experienced IT professionals, this course expands the foundational administrative skills by introducing scalability, redundancy, and advanced configurations. You will learn to build and combine App Layers to optimize management of your app and desktop images. You will learn how to implement Workspace Environment Management to improve logon times, centralize user settings management, and optimize the performance of machines. You will leave this course with a good understanding of how to manage more complex solutions such as multi-location environments with configurations around StoreFront, the Delivery Controllers, App Layering, and Workspace Environment Management.
Product Versions Covered: Citrix Virtual Apps and Desktops 2507 LTSR, App Layering 2507, and WEM 2511
OBJECTIVES
After this course participants should be able to:
How to implement advanced administration concepts such as backups, disaster recovery, scalability, and redundancy for a Citrix Virtual Apps and Desktop Site
Create, administer, and manage App Layering OS, platform, application, elastic, and user layers.
Integrate Citrix App Layering into a Citrix Virtual Apps and Desktop deployment.
Install and initialize WEM and integrate into Citrix Virtual Apps and Desktops and Citrix DaaS.
Configure WEM features to improve the end user environment and virtual resource consumption.
Migrate an on-premises WEM deployment to WEM service.
AUDIENCE
This course is intended for experienced IT professionals responsible for deploying, managing, and optimizing Citrix platform enterprise environments, including administrators and engineers.
CERTIFICATION
None
NEXT STEP
CTX-308: Citrix Platform Monitoring and Troubleshooting
CONTENT
Module 1: Intro to CVAD Advanced Configuration, Redundancy, and Scalability
Citrix Virtual Apps and Desktops Redundancy and Scalability
StoreFront and NetScaler Gateway
Site Infrastructure Redundancy and Scalability
Machines Running the Virtual Delivery Agent
Module 2: Manage CVAD Multiple Locations
Zones
VDA Registration in a Multi-Zone Environment
Zone Preference
Optimal Gateway Routing and Zones
StoreFront Resource Aggregation
Managing StoreFront Store Subscriptions in a Multi-Location Environment
Module 3: Backups and Disaster Recovery
Backups
Disaster Recovery Considerations
Disaster Recovery Process
Module 4: Intro to WEM Architecture Components
WEM Features and Benefits
WEM On-Premises Components and Deployments
WEM Service Components and Deployments
WEM Component Communication Workflows
WEM Service Component Communication Workflows
Module 5: WEM Deployment and Initial Installation
On-premises WEM: Leading Practice Installation Prerequisites and Steps
Creating the WEM Database
Running the WEM Infrastructure Service Configuration Utility
WEM On-Premises vs WEM Service
WEM Service: Leading Practice Installation Prerequisites and Steps
ADMX Template Configuration
WEM Agent Installation
WEM Consoles
WEM Initial Setup
Module 6: WEM System and Log On Optimization
WEM System Optimization Overview
WEM CPU Management
WEM Memory Management
Additional System Optimization Features
WEM Log On Optimization Overview
WEM Assigned Actions
WEM Environmental Settings
Citrix Profile Management In WEM
Module 7: WEM Security and Lockdown Features
WEM Security Management Features
Privilege Elevation and Process Hierarchy Control
WEM Transformer
Module 8: The WEM Agent
WEM Settings Processing and WEM Agent Caches
WEM Agent Integration with Citrix Virtual Apps and Desktops and Citrix DaaS
Module 9: WEM Monitoring, Reporting, and Troubleshooting
WEM Monitoring and Reporting
WEM On-Premises Troubleshooting
WEM Service Troubleshooting
WEM Agent Troubleshooting
Module 10: Upgrading WEM and Migration to WEM Service
Upgrading Workspace Environment Management
WEM On-Premises Migration to WEM Service
Module 11: Intro to App Layering and Architecture Overview
Citrix App Layering Introduction
Citrix App Layering Architecture
Module 12: OS, Platform, and App Layers
The OS Later
The Platform Layer
The App Layers
Module 13: Elastic App and User Layers
Elastic App Layers
User Layers
Module 14: Layer Priority and Maintaining an App Layering Environment
Layer Priority
Updating Layers
Maintaining and Updating the App Layering Environment
Common Citrix App Layering Considerations and Additional Resources
€1.917
Klassikaal
max 16
Citrix Platform Monitoring & Troubleshooting (CTX-308) [CTX-308]
VIRTUAL TRAINING CENTER
do 10 dec. 2026
en 9 andere data
OVERVIEW
In this course you will learn how to use tools for monitoring and troubleshooting a Citrix Virtual Apps and Desktops environment. You'll learn advanced use cases for Citrix Director. You'll also learn about uberAgent and how to install, manage, and configure Splunk, ESA and UXM dashboards, and the uberAgent plug-in. You'll also understand core architecture and traffic flows as they relate to common breakpoints and the troubleshooting tools to identify issues. Get hands-on as the course guides you through using these monitoring tools and troubleshooting techniques. This course is a necessary step in enabling you with the right training and skills, to not only monitor a CVAD environment and Infrastructure, but also to make well informed troubleshooting decisions.
Product Versions Covered: Citrix DaaS, Citrix Virtual Apps and Desktops 7 2507 LTSR, NetScaler Console 14.1, and uberAgent 7.4.x./7.5.x
OBJECTIVES
After this course participants should be able to:
Identify tools available for monitoring and troubleshooting Citrix Virtual Apps and Desktop.
Examine advanced use cases for Citrix Director, including infrastructure monitoring, application probing, session recording, and integration with NetScaler Console/HDX Insight.
Install, Configure, and Manage Citrix uberAgent.
Understand advanced architectures and communication flows to aid with troubleshooting a Citrix Virtual Apps and Desktop Site.
AUDIENCE
This course is intended for IT professionals responsible for monitoring, maintaining, and troubleshooting Citrix platform environments, including administrators and engineers.
CERTIFICATION
None
NEXT STEP
CTX-306: Citrix Platform Enterprise Deployment
CTX-307: Securing the Citrix Platform
CONTENT
Module 1: Citrix Tools for Monitoring, Troubleshooting, and Automation
Introduction to Support a Citrix Virtual Apps and Desktops Site
Tools for Monitoring and Troubleshooting
Tools for Automation
Module 2: Monitoring CVAD with Citrix Director
Citrix Director Introduction
Monitor and Interact with Users Sessions
Infrastructure Monitor
Application and Desktop Probing
Cost Optimization
Citrix Director and NetScaler Gateway
Module 3: Activity Monitoring with Session Recording
Session Watermark
Session Recording
Module 4: Citrix Director and NetScaler Console Integration
Introduction to NetScaler Console
Insight Monitoring
Integrate Citrix Director with NetScaler Console
Module 5: Install, Configure, and Manage Citrix uberAgent
Introduction to Citrix uberAgent
Splunk
Architecture Overview
Architecture Deep Dive
Installing and Configuring uberAgent
uberAgent - Endpoint Configuration
Dashboards
Alert and Reporting
Logging and Troubleshooting
Module 6: Introduction to Troubleshooting
Introduction to PowerShell
Architecture and Communication
Module 7: Troubleshoot Access Issues
Troubleshooting StoreFront
Troubleshooting NetScaler Gateway
Troubleshooting Access and Authentication
Troubleshooting App/Desktop Launch
Module 8: Troubleshoot Delivery Controller Issues
Validating FlexCast Management Architecture (FMA) Services
Module 9: Troubleshoot Virtual Delivery Agent (VDA) Registration Issues
Troubleshooting VDA Registration
Module 10: Troubleshoot HDX Connections
Troubleshooting HDX Connections
Installing Scout EMS, ELIAS, and Scout Board
€1.278
Klassikaal
max 16
Automating Cisco Data Center Networking Solutions [DCNAUTO-CPLL]
OVERVIEW
The Automating Cisco Data Center Networking Solutions (DCNAUTO) training teaches you how to implement and optimize automation in Cisco data center environments. You will gain hands-on experience with Cisco Nexus platforms, programmability features, and modern automation tools used to streamline operations across switching, compute, and fabric controllers. The training covers foundational concepts in network programmability, then advances into day-zero provisioning, on-box automation using Bash, Python, and Guest Shell, and off-box automation with Cisco NX-API, NETCONF/RESTCONF, and YANG models. You will also explore Infrastructure as Code (IaC) workflows with Cisco Nexus Dashboard Fabric Controller (NDFC), Ansible, and Terraform, as well as network validation and testing with Cisco pyATS. Finally, you will learn how AI-driven operations enhance network automation and simplify lifecycle management.
This training prepares you for the 300-635 DCNAUTO exam. If passed, you earn the Cisco Certified Specialist - Data Center Networking Automation certification and satisfy the concentration exam requirements for the Cisco Certified Network Professional (CCNP) Data Center and Automation certifications.
Blended Live from Global Knowledge combines the expert direction of instructor-led training and the flexibility of on-demand learning and enables you to close critical skills gaps more effectively while allowing you to choose when and where you train. Blended Live provide you with:
On demand learning
Scheduled Live Virtual Classroom Sessions
Access to Mentors
Labs and hand on practice
Guidance to complete the learning in a structure format
OBJECTIVES
After taking this course, you should be able to:
Explain the role of programmability and automation in Cisco data center networks
Explain the benefits of programmability compared to manual CLI workflows
Identify data models and data formats (XML, JSON, YAML) used in Cisco automation frameworks
Use version control systems such as Git for storing and managing configuration files
Perform day-zero provisioning on Cisco Nexus devices using Power-On Auto Provisioning (POAP)
Enable and use the Bash shell and Guest Shell on Cisco Nexus devices
Run Linux commands inside Guest Shell to interact with NX-OS and external services
Write Python scripts on-box to parse CLI output and enhance operational workflows
Describe and configure Cisco NX-API CLI and REST interfaces
Send JSON/XML payloads to NX-API using Python scripts and verify device responses
Use Cisco NX-API Developer Sandbox for testing and validation
Implement model-driven programmability using NETCONF/RESTCONF and YANG data models
Construct and validate Python scripts to configure and verify protocols with NX-OS APIs
Implement off-box automation with Cisco NX-API CLI/REST, NETCONF/RESTCONF, and YANG models
Describe Cisco NDFC architecture and automation capabilities
Use NDFC REST APIs for fabric automation tasks
Automate fabric provisioning and configuration with Ansible playbooks
Build and apply Terraform plans for managing data center fabrics with NDFC
Describe Cisco pyATS and Genie frameworks for network validation
Build and run pyATS test cases to verify device state before and after automation
Interpret test results and integrate them into automation workflows
Describe how AI and ML capabilities are applied in Cisco Data Center automation
Explain AI-driven monitoring and anomaly detection workflows
Correlate AI insights with automated remediation actions
CONTENT
OUTLINE:
Day-Zero Provisioning
On-Box Automation with Cisco NX-OS
Cisco Nexus Automation with NX-API CLI
Cisco Nexus Programmability with NX-API REST
Model-Driven Programmability on NX-OS
IaC Tools
IaC Lifecycle
Cisco NX-OS Automation with IaC Tools
Cisco ACI Automation with IaC Tools
Cisco Nexus Dashboard Automation with IaC Tools
Simulation of Data Center Topologies
Network Change Validation with pyATS
Model-Driven Telemetry Implementation
Troubleshoot Infrastructure Automation
Troubleshoot Container Workloads Connectivity
AI-Assisted Coding
AI Security Considerations
AI Agent Integration
LABS OUTLINE
Set Up PowerOn Auto Provisioning on the Cisco Nexus 9000
Use Bash and Guest Shell on Cisco NX-OS
Use Python to Enhance CLI Commands
Make NX-API Calls with NX-API Sandbox
Configure and Verify NX-OS Using Python
Set Up API Calls with Bruno
Use NX-API REST with Python
Configure and Verify Using NETCONF, RESTCONF, and YANG
Track Changes with Git and GitHub
Use Ansible with Cisco NX-OS
Use Terraform with Cisco NX-OS
Generate Configuration Using Jinja2 Templates
Manage ACI Configuration Using Ansible
Set Up a New Tenant the NetDevOps Way
Automate ACI with Terraform
Automate NDFC with REST API and Python
Retrieve NX-OS Health Data Using Cisco Nexus Dashboard
Create NDFC Fabric with Ansible
Automate NDFC with Terraform
Explore Cisco Modeling Labs Basics
Simulate Data Center Network with Cisco Modeling Labs
Cisco ACI Simulator Installation and Initialization Simulation
Capture and Compare Network State with pyATS CLI
Run Network Tests Using pyATS and Python
Configure a Subscription for Model-Driven Telemetry
Troubleshoot Infrastructure as Code
Troubleshoot Linux Container Connectivity
AI Toolset—Jupyter Notebook
Al-Driven Monitoring Using Nexus Dashboard Simulation
€1.305
E-Learning
IT Fundamentals
Ben je vaak in overleg met de IT-afdeling en heb je het gevoel dat jullie een andere taal spreken? In de cursus IT Fundamentals van Winc Academy leg je een stevig fundament om de technologische systemen binnen je organisatie écht te begrijpen. Je krijgt een helder overzicht van hoe hardware, software en menselijke processen op elkaar aansluiten. Hierdoor kun je sneller schakelen met technische collega's en actiever meedenken over digitale verbeteringen op de werkvloer.
Tijdens deze cursus stap je over de drempel van de IT-wereld zonder te verdrinken in ingewikkelde code. We kijken op een toegankelijke manier naar moderne softwarevormen, gegevensuitwisseling en de cloud. Daarnaast ontdek je hoe data veilig wordt opgeslagen en hoe organisaties hun informatie beschermen tegen digitale risico's. Na afloop overzie je de grote lijnen van het IT-landschap en neem je met meer zelfvertrouwen deel aan projecten waarin digitalisering centraal staat.
Voor wie is deze cursus?
Functioneel beheerders: Professionals die de schakel vormen tussen de gebruikers en de techniek, en die een breder begrip nodig hebben van hoe applicaties en databases achter de schermen communiceren.
Projectmanagers: Managers die digitale projecten aansturen en behoefte hebben aan basiskennis over IT-architectuur, cloudoplossingen en security om risico's en planningen beter in te schatten.
Administratief medewerkers: Medewerkers die dagelijks met bedrijfssystemen werken en willen begrijpen hoe datastromen lopen en hoe een fout in het ene systeem effect heeft op het andere.
Nieuwkomers in de IT-sector: Pas gestarte professionals of zij-instromers die een vliegende start willen maken en snel de belangrijkste basistermen en concepten van de IT-wereld onder de knie willen krijgen.
Wat ga je leren?
De basisprincipes van IT-architectuur en de samenwerking tussen hardware, software en mensen.
Het functioneren van moderne software en de verschillen tussen lokale applicaties en cloudoplossingen (SaaS).
Hoe data logisch wordt opgeslagen in databases en hoe systemen veilig gegevens met elkaar uitwisselen.
De kernbegrippen van informatiebeveiliging (cybersecurity) en de impact van privacywetgeving zoals de AVG.
Modules en samenvattingen
Module 1: Introductie in de IT-architectuur In deze eerste module leg je de basis. Je leert hoe IT-infrastructuren zijn opgebouwd en hoe de verschillende componenten — van hardware en software tot de mensen die er operational mee werken — binnen een organisatie samenhangen om bedrijfsprocessen te ondersteunen.
Module 2: Applicaties en Cloudconcepten Deze module richt zich op moderne software. Je ontdekt hoe applicaties functioneren en onderzoekt het verschil tussen traditionele, lokale computerprogramma's en flexibele cloudoplossingen (zoals Software as a Service).
Module 3: Data, Databases en Gegevensuitwisseling Hier duik je in de wereld van informatie. Je leert hoe data gestructureerd en ongestructureerd wordt opgeslagen in databases. Daarnaast bekijk je hoe verschillende systemen en interfaces veilig gegevens met elkaar delen.
Module 4: Informatiebeveiliging en Privacy In de afsluitende module staat veiligheid centraal. Je maakt kennis met de fundamenten van cybersecurity (vertrouwelijkheid, integriteit en beschikbaarheid), leert over autorisatiebeheer en ontdekt hoe je in de praktijk zorgvuldig omgaat met privacywetgeving.
€149
E-Learning
3 maanden