Fala galera beleza?
A Palo Alto está trazendo uma nova certificação chamada Palo Alto Networks Certified Software Firewall Engineer (PCSFE), a certificação será lançada dia 26 de Julho e é da linha Advanced de certificações Palo Alto, a empresa está disponibilizando um voucher com desconto de 30% utilizando o código PCSFE30 no registro da prova, essa promoção é válida até o dia 31 de Agosto e a prova deve ser realizada até o dia 31 de Outubro.
Segue o Blueprint da prova:
Domain Weight (%)
Software Firewall Fundamentals 14%
Securing Environments with Software Firewalls 16%
Deployment Architecture 18%
Automation and Orchestration 16%
Technology Integration 13%
Troubleshooting 13%
Management Plugins and Log Forwarding 10%
Domain 1 Software Firewall Fundamentals 14%
Task 1.1 Differentiate between software firewalls
1.1.1 VM-Series
1.1.2 CN-Series
1.1.3 Cloud next generation firewall (NGFW) (i.e., AWS and Azure)
1.1.4 Cloud-Delivered Security Services (CDSS) subscriptions
Task 1.2 Describe licensing options for software firewalls
1.2.1 Flex licensing
1.2.2 Pay-as-you-go (PAYG)
1.2.3 Enterprise License Agreement (ELA) subscriptions
Domain 2 Securing Environments with Software Firewalls 16%
Task 2.1 Describe methodologies for securing data centers
2.1.1 Segmentation
2.1.2 Virtualization
2.1.3 Application visibility and control
2.1.4 VPN connectivity controls
Task 2.2 Explain how traffic flow is secured in public cloud environments
2.2.1 Inbound controls
2.2.2 Outbound controls
2.2.3 East-west controls
Task 2.3 Explain how traffic flow is secured in virtualized branch
environments
2.3.1 Inbound controls
2.3.2 Outbound controls
2.3.3 East-west controls
Domain 3 Deployment Architecture 18%
Task 3.1 Describe common VM-Series deployment models
3.1.1 Centralized
3.1.2 Distributed
Task 3.2 Explain the use of VM-Series firewalls in centralized and
distributed environments
3.2.1 Google Cloud Platform (GCP) deployments
3.2.2 High availability (HA)
3.2.3 Autoscaling
3.2.4 Azure Gateway Load Balancer (GWLB)
3.2.5 Amazon Web Services (AWS) Gateway Load Balancer (GWLB)
3.2.6 Azure VNET
3.2.7 VWAN
Task 3.3 Describe VM-Series private cloud integrations
3.3.1 Virtual wire (vwire)
3.3.2 Layer 3 mode
Task 3.4 Describe CN-Series deployment methods
3.4.1 Daemonset
3.4.2 Kubernetes service
3.4.3 Container Network Function (CNF)
3.4.4 Hyperscale deployment mode
Domain 4 Automation and Orchestration 16%
Task 4.1 Describe software firewall management tools
4.1.1 Panorama for VM-Series and CN-Series
4.1.2 Helm charts and operators for CN-Series
4.1.3 Cloud NGFW interface for AWS
4.1.4 AWS firewall manager
Task 4.2 Describe software firewall automation tools
4.2.1 Ansible
4.2.2 Terraform
4.2.3 AWS CloudFormation template (CFT)
Domain 5 Technology Integration 13%
Task 5.1 Explain how Intelligent Traffic Offload (ITO) integrates with
VM-Series firewalls
Task 5.2 Explain the deployment process for VM-Series software
firewalls using third-party marketplaces
5.2.1 GCP
5.2.2 Azure
5.2.3 AWS
5.2.4 Alibaba Cloud
Task 5.3 Explain the deployment process for CN-Series software
firewalls using Panorama
5.3.1 AWS
5.3.2 Azure
Domain 6 Troubleshooting 13%
Task 6.1 Troubleshoot CN-Series software firewalls
6.1.1 Deployment
6.1.2 Traffic
Task 6.2 Troubleshoot VM-Series software firewalls
6.2.1 Deployment
6.2.2 Traffic
Task 6.3 Troubleshoot Cloud NGFW software firewalls
6.3.1 Deployment
6.3.2 Traffic
Task 6.4 Troubleshoot Panorama plugins
6.4.1 Kubernetes
6.4.2 Public cloud (i.e., AWS, Azure, and GCP)
6.4.3 VMware vCenter
6.4.4 VMware NSX
Domain 7 Management Plugins and Log Forwarding 10%
Task 7.1 Describe Cloud NGFW log forwarding destinations
7.1.1 AWS Simple Storage Service (S3)
7.1.2 Kinesis
7.1.3 AWS CloudWatch
7.1.4 Azure Application Insight
7.1.5 Google Stackdriver
Task 7.2 Describe use of management plugins
7.2.1 Public Cloud (i.e., AWS, Azure, and GCP)
7.2.2 Kubernetes
7.2.3 VMware vCenter
7.2.4 VMware NSX
