Wi-Fi Protection
Racheal Popoola
Cybersecurity and Cloud Instructor | Public Speaker |Programs Coordinator| Security Awareness Coach| x2 AWS Certified | Certified in Cybersecurity | Cyber Content Writer | Simplifying Cyber Concepts for everyone.
It appears like living in the present era without having access to wireless internet would be really difficult. Wi-Fi is used by people all over the world for anything from enjoyment to goal-achieving. However, the widespread use of the internet brings with it an undercurrent of risk from hackers who want to obtain your personal data and information by taking advantage of security holes.
Understanding how to make our Wi-Fi safe and secure is becoming more and more crucial as we go toward a day when everything, from our phone to our refrigerator, uses a wireless internet connection.
The safeguarding of networks and devices connected in a wireless environment is known as wi-fi security. Anyone with a computer or mobile device who is within the wireless signal range of a networking device, such as a wireless access point or a router, can access it without Wi-Fi security.
Unsecured Wi-Fi networks pose a risk in what ways?
Any Wi-Fi-enabled device, such as a computer or smartphone, that is in range of the wireless signals from the "open" or "unsecured" wireless devices in a network can access those devices.
For people and businesses, using open or insecure networks can be harmful. Through the usage of internet-connected gadgets, adversaries are able to "eavesdrop" on communications, compromise financial and other critical corporate data, steal identities, and more from users.
What is the Process of Wireless Security?
The Wireless Alliance developed the authentication security protocols required to guarantee wireless security, such as Wired Equivalent Privacy (WEP) and Wi-Fi Protected Access (WPA). Currently, there are four wireless security protocols on the market.
(WEP) Wired Equivalent Privacy
WPA, or Wi-Fi Protected Access
WPA 2 (Wi-Fi Protected Access)
WPA 3 (Wi-Fi Protected Access)
You must first determine which network category yours belongs to in order to ensure that it is secure.
What are some strategies for safeguarding a WiFi network?
Passwords
Changing the default passwords for network devices is one fundamental best practice for Wi-Fi security.
The majority of devices come with default administrator passwords that are designed to make setup simple. However, it may be simple to find online the default passwords established by device manufacturers.
Simple but effective techniques to increase Wi-Fi security include changing the default passwords for network devices to more complicated passwords—and changing them frequently.
Virtual Private Networks
VPNs are another source of Wi-Fi network security. They allow users to create secure, identity-protected tunnels between unprotected Wi-Fi networks and the internet.
A VPN can encrypt a user's internet connection. It also can conceal a user's IP address by using a virtual IP address it assigns to the user's traffic as it passes through the VPN server.
Media Access Control(MAC) Addresses
Utilizing MAC addresses to impose restrictions on who can connect to a Wi-Fi network is another fundamental Wi-Fi security method. (A MAC address is a special code or number used to distinguish particular network devices.) Despite offering a higher level of protection than an open network, this strategy is still exposed to assault by enemies employing "spoofed" or altered addresses.
Security Software
There are other forms of consumer and business software that can also offer Wi-Fi security. Some antivirus software and associated items are bundled together with Wi-Fi protection software.
Encryption
Using security protocols that make use of encryption is a more popular way to safeguard Wi-Fi networks and gadgets. Digital communications that use encryption encrypt data, with only authorized recipients being able to decode it.
The Wi-Fi Protected Access (WPA) and Wi-Fi Protected Access 2 (WPA2) encryption protocols are two of the many encryption kinds now in use. For additional information about this and other Wi-Fi security standards, see the section on "Types of wireless security protocols" on this page.
Most more recent network equipment, such access points and Wi-Fi routers, comes with built-in encryption mechanisms for wireless security, which protects Wi-Fi.
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Bug Bounty Hunter | Certified AppSec Practitioner (CAP) | (ISC)2 CC | CNSP in Progress
1 年Thank you so much, ma.
IT Support Specialist | Network Management | Cybersecurity Enthusiast Empowering Businesses/Organizations with Reliable IT Support
1 年Thank you Racheal this is very helpful!!
Legal Process Engineer Manager | Helping legal teams operate more efficiently through change management, process improvements, automation, technology solutions, and legal operations consulting.
1 年Thanks for the tips. Very helpful way to start Sunday.