Developing Solutions Using Cisco Iot and Edge Platforms
300-915
Money Back Guarantee
98% Success Rate
Real Questions
1
Cisco Network IoT Architecture 20%
1.1
Interpret the data flow of a topology
5 subtopics1.1.agateways
1.1.baccess points
1.1.cfirewalls (including industrial firewalls)
1.1.drouters
1.1.eswitches
Learning Objectives
- Analyze and interpret data flow in IoT network topologies
- Identify the role of each network component in IoT architecture
1.2
Operational technology components
6 subtopics1.2.aPLCs and operations
1.2.bembedded microcontrollers
1.2.cRTOS systems
1.2.dCisco interfaces (serial, sensors, I2C, and USB)
1.2.ecommunication protocols (BLE, WiFi, Ethernet, and LoRaWAN)
1.2.fcommunication standards (DDS, OPC UA, MT Connect, and Open PLC)
Learning Objectives
- Understand operational technology components in IoT systems
- Select appropriate communication protocols and standards
1.3
IoT networking and device configuration policies
3 subtopics1.3.1IOS commands to enable IOx
1.3.2Port and protocol needs
1.3.3Security and prioritization of data
Learning Objectives
- Configure IOS for IoT applications
- Implement security and QoS policies
1.4
Sensor connectivity workflow
1 subtopics1.4.1Workflow construction
Learning Objectives
- Design and implement sensor connectivity workflows
1.5
Troubleshoot sensor connectivity
1 subtopics1.5.1Connectivity troubleshooting
Learning Objectives
- Diagnose and resolve sensor connectivity issues
Domain Hands-on Skills
Configure IoT gateways and routersImplement industrial firewall rulesTroubleshoot network connectivity
Common Mistakes to Avoid
- Incorrect VLAN configuration for IoT devices
- Missing firewall rules for IoT protocols
- Improper QoS configuration
2
Compute and Analysis 10%
3
Cisco IOx IoT Software 20%
4
Cisco Edge Data IoT Software 15%
5
Open Source IoT Software 10%
6
IoT Data Visualization 10%
7