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NETWORKING
Participando en un curso de esta categoría y superando el test de valoración de las competencias, obtendrás el Badge Digital CERTIFIED ENGINEER "Networking" que podrás compartir en tus redes sociales.
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Understanding IP Networking
Code: KLA-IPNET
Duration: 4 days
Level: Basic
Main Category
NETWORKING
COURSE DESCRIPTION
This course is perfect to start the journey into the networking ecosystem. The ISO-OSI Stack and TCP-IP Stack will be clearly described. The course will cover LAN networks and Inter LAN communication, with a full explanation about protocols and devices involved on it. Differences between MAC Address and IP Address will be clearly explained. The concept of transport Ports will be also detailed, along with the difference between TCP and UDP transport. Many practical
demo will be showed involving the most important vendors, like CISCO, JUNIPER and HUAWEI.
Advanced IP Networking and Routing Protocols
Code: KLA-IPADV
Duration: 3 days
Level: Intermediate
Main Category
NETWORKING
COURSE DESCRIPTION
This course is the perfect choice to dive into more details about networking ecosystem. It will cover several aspects of internet working, focusing on the most important routing protocols implemented in every packet based network. OSPF protocol will be described in detail along with some implementation examples in our own lab. After that, IS-IS will be introduced, explaining the differences compared to OSPF and why is widely used in CORE networks. Finally, BGP protocol will be described, along with its main metrics that are the basis of Internet Routing.
Migrating to IPv6
Code: KLA-IPV6M
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
Related Categories
CARRIER
COURSE DESCRIPTION
This course is intended to provide the knowledge about the new IP Protocol implementation, describing the main differences compared to IPv4, the new features along with their typical use cases and the adaptation of the existing routing protocols to support the v6. Finally, the most important migration methods will be covered. Dual Stack, DS LITE, 6PE, NAT 46 and 64, MAP-T and MAP-E, highlighting the typical use cases as well as their advantages and disadvantages.
MPLS, Traffic Engineering and VPN
Code: KLA-MPLSVPN
Duration: 4 days
Level: Advanced
Main Category
NETWORKING
Related Categories
CARRIER
COURSE DESCRIPTION
This course is intended to provide a deep knowledge about all the protocols that allow a Best Effort IP network to become closer to an engineered Circuit Switched Network, introducing the MPLS Protocol along with its flavours. The difference between static and dynamic tunnels will be described, along with the major Label Distribution Protocols and Traffic Engineering parameters and features. A detailed explanation about VPN services, Layer 3 BGP VPN, Layer 2 VPWS, Layer 2 VPLS and EVPN will be provided.
Network Analysis and Troubleshooting with Wireshark
Code: KLA-ATRWS
Duration: 3 days
Level: Intermediate
Main Category
NETWORKING
COURSE DESCRIPTION
This course is intended to provide all the guidelines to troubleshoot a packet network using the free tool Wireshark. During the delivery, all the most important protocols involved in voice, video and data services will be reviewed and analyzed using Wireshark. This course is intended to provide a deep knowledge about all the protocols that allow a Best Effort IP network to become closer to an engineered Circuit Switched Network, introducing the MPLS Protocol along with its flavours. provided. The course will provide several practice demos and exercises for the students.
Automate Networks and IT Infrastructure with Ansible
Code: KLA-ITANS
Duration: 1 day
Level: Basic
Main Category
NETWORKING
Related Categories
DEVOPS
COURSE DESCRIPTION
This training course is designed to acquire skills on Ansible, the popular opensource automation tool. It is designed for system administrator, DevOps engineers, Network engineers and IT professionals who seek to automate tasks, manage configuration and orchestrate IT processes. The course includes handson exercises to apply these skills on real-world scenarios.
Data Center Networking
Code: KLA-DCNET
Duration: 3 days
Level: Intermediate
Main Category
NETWORKING
Related Categories
DATACENTER
COURSE DESCRIPTION
This course focusing on Data Center Technologies is designed to provide IT professionals with deep insights and practical skills on IGP, BGP EVPN, VXLAN, Bridge Domains, and VRF. This course caters to network engineers, system administrators, and data center managers who aim to enhance their expertise in modern data center networking technologies. Upon completion, attendees will have a comprehensive understanding of these technologies, enabling them to design, implement, and manage sophisticated data center networks that meet modern organizational needs.
Implementing Segment Routing and SRv6
Code: KLA-SRV6
Duration: 3 days
Level: Advanced
Main Category
NETWORKING
Related Categories
CARRIER
COURSE DESCRIPTION
Segment Routing (SR MPLS and SRv6) is one of the newest and most flexible protocols right now. The course is designed to provide IT professionals with deep insights and practical skills focusing on configure and troubleshoot networks deployed with SR MPLS or SRv6. Three main aspects will be covered: understanding acronyms, definitions and best practices surrounding Segment Routing; configure the most popular services (L3VPNs, L2VPNs, etc.) with Segment Routing; troubleshoot the most common problems affecting a Segment Routing Network.
WLAN Technologies
Code: KLA-WLAN
Duration: 3 days
Level: Basic
Main Category
NETWORKING
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COURSE DESCRIPTION
This WLAN Technology training is designed to provide participants with a solid foundation in wireless networking, starting from the basic concepts of Wireless Communication, then focusing on the IEEE 802.11 standards, WLAN architecture, CAPWAP principles and data forwarding method. Moreover, we will take a look at the latest WLAN technologies: WiFi 7 and CloudAP. The program is ideal for IT beginners, network technicians, and anyone interested in understanding the essentials of WLAN technology.
WLAN Advanced Configuration
Code: KLA-ADVWLAN
Duration: 3 days
Level: Advanced
Main Category
NETWORKING
COURSE DESCRIPTION
The WLAN Advanced O&M training is designed to provide IT professionals with an in-depth understanding and practical skills in four key areas: operation and maintenance of WLAN networks, optimization (WLAN roaming technology and WLAN radio resource management), reliability technology and secure user authentication using RADIUS and captive portals. In addition we will take a look at the latest technologies: WiFi 7 and CloudAP.
Troubleshooting IP Networks
Code: KLA-TSIPNET
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
COURSE DESCRIPTION
This intermediate course is intended to provide all the best practices guidelines to troubleshoot the different parts of an IP Network. It will describe the typical Layer 2 procedure useful to understand if there are misconfiguration issues or physical faults, followed by layer 3 routing protocols common checks, OSPF, IS-IS and BGP session establishment issues as well as routing propagation issues. The delivery will be based on theoretical explanation and practical demo exercices provided with our own lab.
Implementing Quality of Service on IP Networks
Code: KLA-QOSIP
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
COURSE DESCRIPTION
This course provides a clear explanation about the mechanism to be implemented in order to achieve a predefined QoS profile in IP Networks. We start with typical QoS requirements for Voice, Video and Data services, introducing the Class of Service flow, using Classifiers, Queues, Schedulers and Marking. Different type of scheduling algorithms and congestion avoidance methods are explained, along with their typical use cases. Finally, the hierarchical class of service is introduced aiming to provide different SLA to different customers and services.
Deploying IP Multicast Routing
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Code: KLA-MCAST
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
COURSE DESCRIPTION
This course is designed to provide students with detailed coverage of multicast protocols including Internet Group Management Protocol (IGMP), Protocol Independent Multicast dense mode (PIM DM), Protocol Independent Multicast sparse mode (PIM SM), Bidirectional PIM, and Multicast Source Discovery Protocol (MSDP). During the delivery some practice demo will be performed in order the have a more clear idea about the typical implementation of such protocols.
Site-to-Multisite VPN with SD-WAN
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Code: KLA-SDWAN
Duration: 3 days
Level: Intermediate
Main Category
NETWORKING
Related Categories
CARRIER
COURSE DESCRIPTION
This training will cover the setup and management of modern Site-to-Multisite VPNs using SD-WAN technology, tailored for those with a foundational networking background. Participants will explore SD-WAN architecture, VPN configurations, network performance optimization, and security aspects. The course emphasizes practical skills for implementing and maintaining efficient, secure multisite networks with SD-WAN solutions.
Piracy Shield - Implementing Advanced IP Blocking Solution
Code: KLA-IPBLOCK
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
Related Categories
CYBERSEC
COURSE DESCRIPTION
Attending this course you will learn how to design and configure solutions in order to block IP addresses that represent Internet threats for your network, in particular how to implement black hole static routes or through dynamic protocols using BGP FlowSpec. The course provides both theoretical and technical skills necessary for implementing IP blocking solutions in various network environments and how to automate implementation with Ansible Platform.
Python for Network Automation
Code: KLA-PYAUTO
Duration: 2 days
Level: Intermediate
Main Category
NETWORKING
Related Categories
CODING
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COURSE DESCRIPTION
The goal of the course is to get started with network programmability by learning how to minimize the number of manual interactions (CLI) with the network and increase the use of scripts and automation tools to drive down operational inefficiencies. The course covers network programmability fundamentals (Linux, Python), common automation protocols (NETCONF, REST), YANG data models, SDN controller northbound and southbound APIs, device APIs on various network platforms, automation tools such as Ansible and Puppe.