Networking II
This course is designed for individuals who wish to design complex network systems as well as troubleshoot networks with Wireshark®. Students will set up complex Automated Logic networks, troubleshoot networks, and create a secure WebCTRL® site. They will also focus on troubleshooting a WebCTRL system by reading and interpreting a Wireshark capture. The dynamic BACnet® binding process is also discussed in this course.
The Networking II course has been developed for individuals that are required to design complex network systems as well as troubleshoot networks with Wireshark. Learners will efficiently understand the installation, configuration, and be able to troubleshoot IP and serial-based networks.
Networking II
After successfully completing this course, you will be able to set up complex ALC networks, troubleshoot networks, and create a secure WebCTRL site. Focus is on troubleshooting a WebCTRL system by reading a Wireshark capture.
IP Networks: Traditional Daisy chain | RSTP
Serial Networks: ARC156 | MS/TP
The Networking II course has been developed for individuals that are required to design complex network systems as well as troubleshoot networks with Wireshark®. Learners will efficiently understand the installation, configuration, and be able to troubleshoot IP and serial-based networks.
Traditional Classroom
A live instructor will lead up to 12 students (course dependent) in hands-on exercises with minimal lecture in between. Using the situated learning techniques of the Kirkpatrick Model, this methodology fosters a collaborative learning environment where students are positioned to maximize knowledge retention. This course is a 2 or 3-day event depending on location.
Instructor-Led eLearning
A live instructor will lead students using video conferencing and remote access software. The student will have remote access to a training station to complete hands-on tasks, giving them a virtual classroom experience from many miles away. This course is hosted in the same 2 or 3-day timeframe and manner as the traditional classroom format.
BACnet® bindings
Binding process
Simple network
Complex network
Wireshark
Use Wireshark to review a capture
Add columns to the Wireshark interface
Import and apply BACnet® color rules to Wireshark
Create, save, and use a filter in Wireshark
Network Issue Case 1 – Max Masters
Network microblocks
Setting up Network microblocks Polling vs. COV
Network Issue Case 2 – Excessive COV
Subnet masks
Addresses, subnets & default gateways
Network Issue Case 3 – Subnet Mask
Send BACnet broadcasts across an IP router
Network Issue Case 4 – BBMDs
NAT routers/firewalls
Enable NAT routing in a WebCTRL system
Configure a whitelist in a BACnet router
Network Issue Case 5 – Trend Log
Hierarchical servers
Create a parent/child server system
Shell commands
Command prompt functions
Security
Group addresses by subnet
What is your IP address, subnet and default gateway?
What is my IP address on the internet?
Which ports do I open?
Set up white list with Windows Firewall
Let’s be a hacker!
To receive a certificate for this course student must be present for the entire course, complete all workshops and receive a grade of 70% on graded final.
After successfully completing this course, you will be able to set up complex ALC networks, troubleshoot networks, and create a secure WebCTRL site. Focus is on troubleshooting a WebCTRL system by reading a Wireshark capture.
IP Networks: Traditional Daisy chain | RSTP
Serial Networks: ARC156 | MS/TP
The Networking II course has been developed for individuals that are required to design complex network systems as well as troubleshoot networks with Wireshark®. Learners will efficiently understand the installation, configuration, and be able to troubleshoot IP and serial-based networks.
Traditional Classroom
A live instructor will lead up to 12 students (course dependent) in hands-on exercises with minimal lecture in between. Using the situated learning techniques of the Kirkpatrick Model, this methodology fosters a collaborative learning environment where students are positioned to maximize knowledge retention. This course is a 2 or 3-day event depending on location.
Instructor-Led eLearning
A live instructor will lead students using video conferencing and remote access software. The student will have remote access to a training station to complete hands-on tasks, giving them a virtual classroom experience from many miles away. This course is hosted in the same 2 or 3-day timeframe and manner as the traditional classroom format.
BACnet® bindings
Binding process
Simple network
Complex network
Wireshark
Use Wireshark to review a capture
Add columns to the Wireshark interface
Import and apply BACnet® color rules to Wireshark
Create, save, and use a filter in Wireshark
Network Issue Case 1 – Max Masters
Network microblocks
Setting up Network microblocks Polling vs. COV
Network Issue Case 2 – Excessive COV
Subnet masks
Addresses, subnets & default gateways
Network Issue Case 3 – Subnet Mask
Send BACnet broadcasts across an IP router
Network Issue Case 4 – BBMDs
NAT routers/firewalls
Enable NAT routing in a WebCTRL system
Configure a whitelist in a BACnet router
Network Issue Case 5 – Trend Log
Hierarchical servers
Create a parent/child server system
Shell commands
Command prompt functions
Security
Group addresses by subnet
What is your IP address, subnet and default gateway?
What is my IP address on the internet?
Which ports do I open?
Set up white list with Windows Firewall
Let’s be a hacker!
To receive a certificate for this course student must be present for the entire course, complete all workshops and receive a grade of 70% on graded final.