Securing Cloud – 15%

• Explaining the DevSecOps concept (container orchestration, CI/CD pipeline, and security);
• Configuring the Cloud logging & monitoring techniques;
• Explaining the application & workload security concepts.
• Comparing the provider versus customer security responsibility for various Cloud service models;
• Determining security solutions for the Cloud environments;
• Determining deployment models, security capacity, and policy management to provide the security of Cloud;
• Implementing application as well as data security with the Cloud environments;

Who Should Take Cisco 350-701 Exam?

Test 350-701 is for those willing to discover more about how Cisco network security systems work and aiming to earn the Cisco Specialist – Security Core certification or any of the related higher-level certificates. Also, it covers network access and visibility and thus is ideal for network engineers and designers, as well as security engineers, system engineers, or network managers.

When it comes to prerequisites, the vendor doesn't have any mandatory conditions. However, it is important that the candidate has some prior experience using basic Cisco network security. Also, the understanding of networking fundamentals or consistent knowledge equivalent to Cisco CCNA is recommended.

Reference: https://www.cisco.com/c/en/us/training-events/training-certifications/exams/current-list/scor-350-701.html

Cisco SCOR 350-701 Practice Test Questions, Cisco SCOR 350-701 Exam Practice Test Questions

Cisco 350-701 SCOR: Implementing and Operating Cisco Security Core Technologies is a qualifying exam associated with three certifications, namely CCIE Security, CCNP Security, and Cisco Certified Specialist – Security Core.

Network Security – 20%

• Describing the capacity, benefits, and components of the NetFlow & Flexible NetFlow records;
• Configuring the secure network management of perimeter security & intrusion prevention (secure device management, users, groups, authentication, SNMPv3, views, and encryption, secure logging, as well as NTP with authentication);
• Implementing segmentation, access control policies, URL filtering, AVC, as well as malware protection;
• Comparing network security solutions that deliver the firewall capacity as well as intrusion prevention;
• Configuring and verifying remote access VPN as well as site-to-site VPN.
• Describing deployment models of network security architectures & solutions that deliver the firewall capacity as well as intrusion prevention;
• Configuring and verifying the security methods related to network infrastructure, such as router, wireless, and switch;
• Implementing the management options for network security solutions such as perimeter security & intrusion prevention (single versus multidevice manager, in-band versus out-of-band, SFTP, DNS, SCP, CDP, and DHCP security & risks);
• Configuring AAA for network & device access (TACACS+, authentication & authorization, accounting, RADIUS & RADIUS flows, dACL);