Engineering Cisco Meraki Solutions Part 2 (CI-MER2)

Verdiep je technische expertise in Cisco Meraki met deze gevorderde training. Leer Meraki-netwerken ontwerpen, beheren, beveiligen en troubleshooten met de juiste tools.

In deze driedaagse training leer je hoe je Meraki-netwerken plant, beheert en optimaliseert voor schaalbaarheid, hoge beschikbaarheid en beveiliging. ECMS2 is het vervolg op ECMS1 en richt zich op geavanceerde implementaties met Cisco Meraki-technologie.

Wat leer je in deze training?

Netwerkplanning – Bouw schaalbare en veerkrachtige Meraki-architecturen.
Geavanceerde configuratie – Implementeer Auto VPN, QoS, traffic shaping en security policies.
Dashboard-analyse – Monitor, analyseer en los complexe netwerkproblemen op.
Automatisering – Versnel uitrol en beheer met geautomatiseerde functies en templates.
Security & beheer – Integreer malwarebescherming, contentfiltering en endpointmanagement.
Wireless & video – Configureer SSID’s, gasttoegang, Air Marshal, camera’s en alerts.

Deze training is ideaal voor netwerkbeheerders, systeem- en veldengineers die Meraki-oplossingen inzetten of beheren en zich willen verdiepen in de volledige Meraki-productstack.

De training bevat Engelstalig lesmateriaal en wordt gegeven door een Nederlandstalige docent.

Virtueel beschikbaar

Iedere maand starten

Erkende certificaten

Door heel Nederland

Voor wie

Programma

Voorkennis

Before enrolling in the ECMS2 course, it is highly recommended that you have already attended and completed the Engineering Cisco Meraki Solutions Part 1 (ECMS1) course before attending this training.
You should also have general networking understanding, Meraki-specific proficiency, and knowledge in the following areas:
General network:

Be actively engaged in the design, deployment, scaling, and management of enterprise networks
Strong fundamental knowledge of IP addressing and subnetting schemas necessary to build local area networks
Strong fundamental knowledge of dynamic routing protocols (focus/emphasis on Open Shortest Path First [OSPF] and Border Gateway Protocol [BGP])
A foundational understanding of wired and wireless Quality of Service (QoS) mechanisms, packet queue operations, and practical implementations
Be experienced with the design and configuration of IPsec and associated Virtual Private Network (VPN) technologies
A foundational understanding of network security controls/protocols, network management best practices, and data security
A foundational understanding of best practice Radiofrequency (RF) design principles and practical implementations
A foundational knowledge of wireless security best practices centered around access control (802.1x) and spectrum security through Wireless Intrusion Detection Systems (WIDS) and Wireless Intrusion Prevention Systems (WIPS)
A foundational command of standard logging/monitoring protocols (focus/emphasis on Simple Network Management Protocol [SNMP], syslog, and webhooks) and related implementation components or tools
Be familiar with and have basic knowledge of Application Programming Interfaces (APIs) and related languages/formats (REST, JavaScript Object Notation [JSON])

Meraki knowledge

Fundamental understanding of Dashboard’s organizational structure, delineation of privileges, and overarching administrative processes
Be able to outline the key components of Meraki licensing (co-termination model and expiration grace period)
Have the knowledge and ability to deploy advanced security features on MX security appliances (intrusion detection/prevention, Advanced Malware Protection [AMP], Layer 3 & 7 firewall rules)
Fundamental understanding of Auto VPN and its purpose when utilized in a Software-Defined Wide Area Network (SD-WAN) deployment
Be able to describe the concepts behind a cloud-based WLAN solution and the features that can be delivered including Layer 7 traffic shaping and various guest access authentication methods
Fundamental understanding of device profile containerization and remote management capabilities as managed through the Systems Manager platform
Fundamental understanding of the edge architecture as implemented by Meraki MV security cameras and its implications on video retention through various configurable options