import socket def send_packet(destination_ip, data): # Create a socket with so

import socket
def send_packet(destination_ip, data):
# Create a socket
with so

import socket
def send_packet(destination_ip, data):
# Create a socket
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
# Connect to the destination IP and a specific port
s.connect((destination_ip, 8080))
# Send data
s.sendall(data.encode())
def receive_packet():
# Create a socket
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
# Bind to a specific IP and port
s.bind((‘0.0.0.0’, 8080))
s.listen()
print(“Waiting for a connection…”)
conn, addr = s.accept()
with conn:
print(f”Connected by: {addr}”)
data = conn.recv(1024)
print(f”Received data: {data.decode()}”)
# Example usage:
destination_ip = “127.0.0.1”
data_to_send = “Hello, this is a data packet!”
send_packet(destination_ip, data_to_send)
receive_packet()

please i want you to make a PowerPoint for (Social Engineer) for 12 slides the r

please i want you to make a PowerPoint for (Social Engineer) for 12 slides the r

please i want you to make a PowerPoint for (Social Engineer) for 12 slides the resources from the enternet and but pics with it, the highst for writing information in the slides is 5 lines. you have 3 days
kindly do it

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab read the propmpts in the d

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab
read the propmpts in the d

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab
read the propmpts in the document attached and give screenshots of the pings between PCs for the intervlan lab.
For ipV6 lab IPv6 Implementation of Ipv6 Network ad hock.
Use a multilayer switch, connect it to your network ( PCs).
Use : sdm prefer dual routing
before starting the IPv6:
turn on IPv6
Give an Ip6 to an port ” fa0/1/24 “, issue a no swichport.
Once you connect the pc, you have an IPv6 on pc ( joining thayt IPv6 net).
To give an Ipv6 to the port ( fa0/1/24) : static, eui-64.
sh ipv6 *
to debug nd: deb nd
sending any system mesg onto console
no deb
Submit your ip setting on the pc, and ipv6 settings on Sw
please put screenshots in word documemts

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab read the propmpts in the d

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab
read the propmpts in the d

Lan 1 is the intervlan lab and lab 2 is the ipv6 lab
read the propmpts in the document attached and give screenshots of the pings between PCs for the intervlan lab.
For ipV6 lab IPv6 Implementation of Ipv6 Network ad hock.
Use a multilayer switch, connect it to your network ( PCs).
Use : sdm prefer dual routing
before starting the IPv6:
turn on IPv6
Give an Ip6 to an port ” fa0/1/24 “, issue a no swichport.
Once you connect the pc, you have an IPv6 on pc ( joining thayt IPv6 net).
To give an Ipv6 to the port ( fa0/1/24) : static, eui-64.
sh ipv6 *
to debug nd: deb nd
sending any system mesg onto console
no deb
Submit your ip setting on the pc, and ipv6 settings on Sw
please put screenshots in word documemts

read the propmpts in the document attached and give screenshots of the pings bet

read the propmpts in the document attached and give screenshots of the pings bet

read the propmpts in the document attached and give screenshots of the pings between PCs for the intervlan lab.
For ipV6 lab IPv6 Implementation of Ipv6 Network ad hock.
Use a multilayer switch, connect it to your network ( PCs).
Use : sdm prefer dual routing
before starting the IPv6:
turn on IPv6
Give an Ip6 to an port ” fa0/1/24 “, issue a no swichport.
Once you connect the pc, you have an IPv6 on pc ( joining thayt IPv6 net).
To give an Ipv6 to the port ( fa0/1/24) : static, eui-64.
sh ipv6 *
to debug nd: deb nd
sending any system mesg onto console
no deb
Submit your ip setting on the pc, and ipv6 settings on Sw
please put screenshots in word documemts

Project Name: Student Name: Specialization: Supervisor: University Logo: Aims:

Project Name:
Student Name:
Specialization:
Supervisor:
University Logo:
Aims:

Project Name:
Student Name:
Specialization:
Supervisor:
University Logo:
Aims:
Objectives:
Methodology
Design:
Timelines:
References:
The detailed file will be provided to the assigned designer.

https://www.darkreading.com/cyber-risk/how-to-keep-your-web-servers-secure link

https://www.darkreading.com/cyber-risk/how-to-keep-your-web-servers-secure link

https://www.darkreading.com/cyber-risk/how-to-keep-your-web-servers-secure link to article. Discuss the key points of the article and the most important strategies a network administrator can take to secure a webserver.

On seed labs page, navigate to Cryptography posted under labs. From the Cryptogr

On seed labs page, navigate to Cryptography posted under labs. From the Cryptogr

On seed labs page, navigate to Cryptography posted under labs. From the Cryptography labs choose the MD5 Collision Attack Lab. Finish this lab and prepare a report showing results and screenshots.
Look the attached template.

All the answers needs to be written in simple words and screenshots should be us

All the answers needs to be written in simple words and screenshots should be us

All the answers needs to be written in simple words and screenshots should be used to explain from Glassware software and also i am attaching a reference answers .I need the answers in the same way but not same .Please take the completed assignment as a reference and complete the assignment .
I have attached the files ,Please let me know can you open the Zip file and see the details .The other file named as ICTEN615 prem is for reference.