Cisco 350-401: High Availability Patterns in Campus Networks
Campus high availability is not a single protocol or a pair of redundant switches. It is the result of designing failure domains so…
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Cisco 350-401: Enterprise Automation with NETCONF and RESTCONF
NETCONF and RESTCONF give enterprise network automation a model-driven alternative to scraping CLI output and pushing lines of configuration without understanding structure. Both…
Read articleCisco 350-401: SD-Access Architecture
Cisco Software-Defined Access changes campus design by separating the physical transport network from the virtual networks and identity policy experienced by endpoints. Catalyst…
Read articleCisco 350-401: Catalyst Center and Network Assurance
Cisco Catalyst Center combines network inventory, design intent, provisioning, telemetry, assurance, and platform APIs so that campus operations can be managed as a…
Read articleCisco 350-401: BGP for Enterprise Networks
BGP is often introduced as the protocol that runs the Internet, but enterprise networks use it for much more than full Internet routing.…
Read articleCisco 350-501: Segment Routing for Service Provider Networks
Segment Routing SIDs and Forwarding Paths Segment routing changes how a service-provider network expresses forwarding intent. Instead of requiring every desired traffic-engineered path…
Read articleCisco 350-501: MPLS and L3VPN Architecture for Service Providers
MPLS L3VPN Customer Isolation and Provider Transport MPLS Layer 3 VPN architecture solves a service-provider problem that ordinary enterprise routing does not: many…
Read articleCisco 350-701: Secure Access Service Edge in Cisco Environments
Secure Access Service Edge is an architectural model for delivering networking and security controls closer to distributed users, branches, devices, and cloud applications.…
Read articleCisco 350-701: Remote Access VPN Design with Cisco Security
Remote access VPN design is not only about choosing an encryption protocol and defining an address pool. A production service has to authenticate…
Read articleCisco 350-701: Network Segmentation for Zero Trust
Network segmentation supports zero-trust architecture by reducing the amount of access that follows automatically from being connected to a network. Traditional perimeter designs…
Read articleCisco 350-701: Email and Web Security in Cisco Architectures
Email and web traffic are two of the most common paths through which users encounter malicious content, credential theft, risky destinations, and data-loss…
Read articleCisco 350-701: Secure Firewall Architecture
Cisco Secure Firewall architecture is easier to understand when it is treated as a system of enforcement, management, inspection, identity, and telemetry rather…
Read articleCisco 350-701: Secure Endpoint and Threat Response
Cisco Secure Endpoint protects hosts by combining preventive controls with endpoint telemetry that supports investigation and response. The connector can block known malicious…
Read articleCisco 350-701: ISE Policy Sets and Authorization
Cisco ISE Policy-Set Evaluation and Authorization Cisco ISE policy is easiest to operate when engineers separate three questions: which traffic belongs to this…
Read articleCisco 350-701: 802.1X, MAB, and Profiling with Cisco ISE
Enterprise access networks rarely contain one uniform endpoint population. Managed laptops can perform strong 802.1X authentication, while phones, printers, cameras, badge readers, and…
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