What Is Ebay Ip Address
66.135.212.224 Report – eBay – San Jose | IP Address Lookup
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Your IP address is: 64. 235. 38. 185
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An IP Address, also known as “Internet Protocol”, is a unique identifier assigned to a user browsing the internet through their Internet Service Provider (ISP). Just as we use an email address or phone number to identify a person, an IP address is linked to an individual user and can be associated with their online activity. An IP reputation check for each IP address makes it easy to identify high risk users or suspicious payments and clicks. It can be difficult for users to frequently switch an assigned IP address from their ISP, which is why internet users often use proxies, VPNs, or Tor to mask their identity.
Perform an IP reputation check to analyze the risk for any behavior originating from that specific IP address, such as the quality of users, clicks, payments, or registrations. Quickly determine how likely an IP address is to engage in malicious behavior. IPQS monitors hundreds of millions of user actions per day to correlate fraudulent behavior to IP addresses in every region of the world. Analyze IP reputation data points such as Recent Abuse, Abuse Velocity, Fraud Score, and Bot Status.
Proxies are used to mask the identity of a user by processing the internet connection through another server. A proxy connection is made via a proxy server, which serves as a hub through which internet requests are processed between websites and the end user. Websites receiving these requests would only see the proxy server’s IP address and not the user’s real IP address. Therefore, a user in another country could mask their true location details to bypass geo restrictions and remain anonymous. Abusive users also utilize proxies to engage in fraudulent activity such as creating duplicate accounts, posting SPAM, or generating fraudulent transactions from different proxy IP addresses without revealing their true identity.
Many users are surprised by how much data they can gain by performing an IP Address lookup. Location information may be one of the most useful data points, and is usually accurate within 25 miles of the actual user. IP address lookups can also provide more technical data points such as the Internet Service Provider (ISP), time zone, Autonomous System Number (ASN), blacklist status, hostname, device details, and the status of the IP address as a proxy connection.
Our IP lookup details also provide a Fraud Score and overall risk analysis which determines how likely an active user on this IP address is to engage in abusive behavior. Unfortunately, it is not possible to extract a person’s name, physical address, email address or phone number from an IP address.
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Proxy detection can work exceptionally well with the right service provider to uncover users hiding their identity behind an anonymized connection. The worst offenders of fraud can control millions of IP addresses at one time. This is a great challenge for proxy detection service providers that must monitor IP addresses 24/7 for newly compromised devices which could serve as a proxied connection.
IPQualityScore provides the most accurate proxy detection service in the industry, detecting mobile & desktop devices as soon as they become compromised by botnets or malware, exhibit high risk activity, or allow users to tunnel into a connection. IPQS even detects IP addresses that serve as residential proxies and private VPN servers.
IP addresses that function as proxies or VPNs use a wide range of connection types. Residential proxy connections are the most favored since they are very difficult to identify as a high risk IP address and tend to be very costly to access. Data center IP addresses are by far the cheapest and most abundant, since they are the easiest to access. Tor connections are also a very popular source, yet they are have a very obvious footprint which makes it easy to identify Tor IP addresses.
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Amazon EC2 instance IP addressing – Amazon Elastic Compute Cloud
Amazon EC2 and Amazon VPC support both the IPv4 and IPv6 addressing protocols. By
default, Amazon EC2 and
Amazon VPC use the IPv4 addressing protocol; you can’t disable this behavior. When
you create a
VPC, you must specify an IPv4 CIDR block (a range of private IPv4 addresses). You
can
optionally assign an IPv6 CIDR block to your VPC and subnets, and assign IPv6 addresses
from
that block to instances in your subnet. IPv6 addresses are reachable over the Internet.
For
more information about IPv6, see IP Addressing
in Your VPC in the Amazon VPC User Guide.
Contents
Private IPv4 addresses and internal DNS hostnames
Public IPv4 addresses and external DNS hostnames
Elastic IP addresses (IPv4)
Amazon DNS server
IPv6 addresses
Work with the IPv4 addresses for your instances
Work with the IPv6 addresses for your
instances
Multiple IP addresses
A private IPv4 address is an IP address that’s not reachable over the Internet. You
can use
private IPv4 addresses for communication between instances in the same VPC.
For more information about the standards and specifications of
private IPv4 addresses, see RFC
1918. We allocate private IPv4 addresses to instances using DHCP.
You can create a VPC with a publicly routable CIDR block that falls outside of the
private
IPv4 address ranges specified in RFC 1918. However, for the purposes of this
documentation, we refer to private IPv4 addresses (or ‘private IP addresses’)
as the
IP addresses that are within the IPv4 CIDR range of your VPC.
When you launch an instance, we allocate a primary private IPv4 address for the instance.
Each instance is also given an internal DNS hostname that resolves to the primary
private IPv4 address; for example, ternal.
You can use the internal DNS hostname for communication between instances in the same
VPC, but we can’t resolve the internal DNS hostname outside of the VPC.
An instance receives a primary private IP address from the IPv4 address range of the
subnet.
For more information, see VPC and
subnet sizing in the Amazon VPC User Guide. If you don’t
specify a primary private IP address when you launch the instance, we select an
available IP address in the subnet’s IPv4 range for you. Each instance has a default
network interface (eth0) that is assigned the primary private IPv4 address. You
can also
specify additional private IPv4 addresses, known as secondary private IPv4
addresses. Unlike primary private IP addresses, secondary private IP
addresses can be reassigned from one instance to another. For more information,
see
Multiple IP addresses.
A private IPv4 address, regardless of whether it is a primary or secondary address,
remains
associated with the network interface when the instance is stopped and started,
or
hibernated and started, and is released when the instance is terminated.
A public IP address is an IPv4 address that’s reachable from the Internet. You can
use
public addresses for communication between your instances and the Internet.
Each instance that receives a public IP address is also given an external DNS hostname;
for
example, We resolve an external DNS
hostname to the public IP address of the instance from outside its VPC, and to
the private
IPv4 address of the instance from inside its VPC. The public IP address is mapped
to the
primary private IP address through network address translation (NAT). For more
information,
see RFC 1631: The IP Network Address
Translator (NAT).
When you launch an instance in a default VPC, we assign it a public IP address by
default.
When you launch an instance into a nondefault VPC, the subnet has an attribute
that
determines whether instances launched into that subnet receive a public IP address
the public IPv4 address pool. By default, we don’t assign a public IP address to
instances launched in a nondefault subnet.
You can control whether your instance receives a public IP address as follows:
Modifying the public IP addressing attribute of your subnet. For more information,
Modifying
the public IPv4 addressing attribute for your subnet in the
Amazon VPC User Guide.
Enabling or disabling the public IP addressing feature during launch, which
overrides the subnet’s public IP addressing attribute. For more information,
Assign a public IPv4 address during instance launch.
A public IP address is assigned to your instance from Amazon’s pool of public IPv4
addresses, and is not associated with your AWS account. When a public IP address
is
disassociated from your instance, it is released back into the public IPv4 address
pool,
and you cannot reuse it.
You cannot manually associate or disassociate a public IP (IPv4) address from your
instance.
Instead, in certain cases, we release the public IP address from your instance,
assign it a new one:
We release your instance’s public IP address when it is stopped, hibernated, or
terminated. Your stopped or hibernated instance receives a new public IP address
when it is started.
We release your instance’s public IP address when you associate an Elastic IP address
with it. When you disassociate the Elastic IP address from your instance, it
receives a new public IP address.
If the public IP address of your instance in a VPC has been released, it will
not receive a new one if there is more than one network interface attached to
your instance.
If your instance’s public IP address is released while it has a
secondary private IP address that is associated with an Elastic IP address,
the
instance does not receive a new public IP address.
If you require a persistent public IP address that can be associated to and from instances
as you
require, use an Elastic IP address instead.
If you use dynamic DNS to map an existing DNS name to a new instance’s public IP
address, it might take up to 24 hours for the IP address to propagate through the
Internet. As a result, new instances might not receive traffic while terminated
instances continue to receive requests. To solve this problem, use an Elastic IP
address. You can allocate your own Elastic IP address, and associate it with your
instance. For more information, see Elastic IP addresses.
If you assign an Elastic IP address to an instance, it receives an IPv4 DNS hostname
if DNS
hostnames are enabled. For more information, see Using DNS with your VPC in the
Instances that access other instances through their public NAT IP address are
charged for regional or Internet data transfer, depending on whether the instances
are in the same Region.
An Elastic IP address is a public IPv4 address that you can allocate to your account.
You
can associate it to and disassociate it from instances as you require. It’s allocated
to
your account until you choose to release it. For more information about Elastic
IP
addresses and how to use them, see Elastic IP addresses.
We do not support Elastic IP addresses for IPv6.
Amazon provides a DNS server that resolves Amazon-provided IPv4 DNS hostnames to IPv4
addresses. The Amazon DNS server is located at the base of your VPC network range
plus
two. For more information, see Amazon DNS server in the
You can optionally associate an IPv6 CIDR block with your VPC, and associate IPv6
CIDR
blocks with your subnets. The IPv6 CIDR block for your VPC is automatically assigned
from Amazon’s pool of IPv6 addresses; you cannot choose the range yourself. For
more
information, see the following topics in the Amazon VPC User Guide:
VPC and subnet sizing for
IPv6
Associating an
IPv6 CIDR block with your VPC
Associating
an IPv6 CIDR block with your subnet
IPv6 addresses are globally unique, and therefore reachable over the Internet. Your
instance
receives an IPv6 address if an IPv6 CIDR block is associated with your VPC and
subnet, and if one of the following is true:
Your subnet is configured to automatically assign an IPv6 address to an instance during
launch. For more information, see Modifying the IPv6
addressing attribute for your subnet.
You assign an IPv6 address to your instance during launch.
You assign an IPv6 address to the primary network interface of your
instance after launch.
You assign an IPv6 address to a network interface in the same subnet, and
attach the network interface to your instance after launch.
When your instance receives an IPv6 address during launch, the address is associated
with
the primary network interface (eth0) of the instance. You can disassociate the
address from the network interface. We do not support IPv6 DNS hostnames for your
An IPv6 address persists when you stop and start, or hibernate and start, your instance,
and
is released when you terminate your instance. You cannot reassign an IPv6 address
while
it’s assigned to another network interface—you must first unassign it.
You can assign additional IPv6 addresses to your instance by assigning them to a network
interface attached to your instance. The number of IPv6 addresses you can assign
to a
network interface and the number of network interfaces you can attach to an instance
varies per instance type. For more information, see IP addresses per network interface per instance type.
You can assign a public IPv4 address to your instance when you launch it. You can
view the
IPv4 addresses for your in the console through either the Instances
page or the Network Interfaces page.
View the IPv4 addresses
You can use the Amazon EC2 console to view the private IPv4 addresses, public IPv4
addresses, and Elastic IP addresses of your instances. You can also determine
the public
IPv4 and private IPv4 addresses of your instance from within your instance
by using
instance metadata. For more information, see Instance metadata and user data.
The public IPv4 address is displayed as a property of the network interface in the
console, but it’s mapped to the primary private IPv4 address through NAT. Therefore,
if you inspect the properties of your network interface on your instance, for
example,
through ifconfig (Linux) or ipconfig (Windows), the public
IPv4 address is not displayed. To determine your instance’s public IPv4 address
an instance, use instance metadata.
To view the IPv4 addresses for an instance using the command line
You can use one of the following commands. For more information about
these command line interfaces, see Access Amazon EC2.
describe-instances (AWS CLI)
Get-EC2Instance (AWS Tools for Windows PowerShell).
To determine your instance’s IPv4 addresses using instance metadata
Connect to your instance. For more information, see Connect to your Linux instance.
Use the following command to access the private IP address:
Use the following command to access the public IP address:
If an Elastic IP address is associated with the instance, the value
returned is that of the Elastic IP address.
Assign a public IPv4 address during instance launch
Each subnet has an attribute that determines whether instances launched into that
subnet are assigned a public IP address. By default, nondefault subnets have this
attribute set to false, and default subnets have this attribute set to true. When
you launch an instance, a public IPv4 addressing feature is also available for
you
to control whether your instance is assigned a public IPv4 address; you can override
the default behavior of the subnet’s IP addressing attribute. The public IPv4
address is assigned from Amazon’s pool of public IPv4 addresses, and is assigned
the network interface with the device index of eth0. This feature depends on certain
conditions at the time you launch your instance.
Considerations
You can’t manually disassociate the public IP address from your instance after
launch. Instead, it’s automatically released in certain cases, after which you
cannot reuse it. For more information, see Public IPv4 addresses and external DNS hostnames. If you require a persistent public
IP address that you can associate or disassociate at will, assign an Elastic
address to the instance after launch instead. For more information, see Elastic IP addresses.
You cannot auto-assign a public IP address if you specify more than one network
interface. Additionally, you cannot override the subnet setting using the
auto-assign public IP feature if you specify an existing network interface
for eth0.
The public IP addressing feature is only available during launch. However, whether
assign a public IP address to your instance during launch or not, you can associate
an Elastic IP address with your instance after it’s launched. For more information,
see Elastic IP addresses. You can also modify your subnet’s
public IPv4 addressing behavior. For more information, see Modifying the public
IPv4 addressing attribute for your subnet.
To enable or disable the public IP addressing feature using the console
Open the Amazon EC2 console at
Choose Launch Instance.
Select an AMI and an instance type, and then choose Next: Configure
Instance Details.
On the Configure Instance Details page, for
Network, select a VPC. The Auto-assign
Public IP list is displayed. Choose
Enable or Disable to override
the default setting for the subnet.
Follow the steps on the next pages of the wizard to complete your instance’s
setup. For more information about the wizard configuration options, see Launch an instance using the Launch Instance Wizard. On the
final Review Instance Launch page, review your settings,
and then choose Launch to choose a key pair and launch your
On the Instances page, select your new instance and view its public
IP address in IPv4 Public IP field in the details
pane.
To enable or disable the public IP addressing feature using the command line
You can use one of the following commands. For more information about these
command line interfaces, see Access Amazon EC2.
Use the –associate-public-ip-address or the
–no-associate-public-ip-address option with the run-instances command
(AWS CLI)
Use the -AssociatePublicIp parameter with the New-EC2Instance
command (AWS Tools for Windows PowerShell)
You can view the IPv6 addresses assigned to your instance, assign a public IPv6 address
to your instance, or unassign an IPv6 address from your instance. You can view
these addresses
in the console through either the Instances page or the
Network Interfaces page.
View the IPv6 addresses
Assign an IPv6 address to an instance
Unassign an IPv6 address from an instance
You can use the Amazon EC2 console, AWS CLI, and instance metadata to view the IPv6
addresses
for your instances.
To view the IPv6 addresses for an instance using the command line
To view the IPv6 addresses for an instance using instance metadata
Use the following command to view the IPv6 address (you can get the MAC address from).
If your VPC and subnet have IPv6 CIDR blocks associated with them, you can assign
an IPv6
address to your instance during or after launch. The IPv6 address is assigned
the IPv6 address range of the subnet, and is assigned to the network interface
the device index of eth0.
To assign an IPv6 address to an instance during launch
Select an AMI and an instance type that supports IPv6, and choose
Next: Configure Instance Details.
Network, select a VPC and for
Subnet, select a subnet. For Auto-assign
IPv6 IP, choose Enable.
Follow the remaining steps in the wizard to launch your instance.
To assign an IPv6 address to an instance after launch
In the navigation pane, choose Instances.
Select your instance, and choose Actions,
Networking, Manage IP addresses.
Expand the network interface. Under IPv6 addresses,
choose Assign new IP address. Enter an IPv6 address
from the range of the subnet or leave the field blank to let Amazon choose
an IPv6 address for you.
Choose Save.
You can unassign an IPv6 address from an instance at any time.
To unassign an IPv6 address from an instance using the console
choose Unassign next to the IPv6 address.
Choose Save.
What is an IP Address – Definition and Explanation – Kaspersky
IP address definition
An IP address is a unique address that identifies a device on the internet or a local network. IP stands for “Internet Protocol, ” which is the set of rules governing the format of data sent via the internet or local network.
In essence, IP addresses are the identifier that allows information to be sent between devices on a network: they contain location information and make devices accessible for communication. The internet needs a way to differentiate between different computers, routers, and websites. IP addresses provide a way of doing so and form an essential part of how the internet works.
What is an IP?
An IP address is a string of numbers separated by periods. IP addresses are expressed as a set of four numbers — an example address might be 192. 158. 1. 38. Each number in the set can range from 0 to 255. So, the full IP addressing range goes from 0. 0. 0 to 255. 255. 255.
IP addresses are not random. They are mathematically produced and allocated by the Internet Assigned Numbers Authority (IANA), a division of the Internet Corporation for Assigned Names and Numbers (ICANN). ICANN is a non-profit organization that was established in the United States in 1998 to help maintain the security of the internet and allow it to be usable by all. Each time anyone registers a domain on the internet, they go through a domain name registrar, who pays a small fee to ICANN to register the domain.
How do IP addresses work
If you want to understand why a particular device is not connecting in the way you would expect or you want to troubleshoot why your network may not be working, it helps understand how IP addresses work.
Internet Protocol works the same way as any other language, by communicating using set guidelines to pass information. All devices find, send, and exchange information with other connected devices using this protocol. By speaking the same language, any computer in any location can talk to one another.
The use of IP addresses typically happens behind the scenes. The process works like this:
Your device indirectly connects to the internet by connecting at first to a network connected to the internet, which then grants your device access to the internet.
When you are at home, that network will probably be your Internet Service Provider (ISP). At work, it will be your company network.
Your IP address is assigned to your device by your ISP.
Your internet activity goes through the ISP, and they route it back to you, using your IP address. Since they are giving you access to the internet, it is their role to assign an IP address to your device.
However, your IP address can change. For example, turning your modem or router on or off can change it. Or you can contact your ISP, and they can change it for you.
When you are out and about – for example, traveling – and you take your device with you, your home IP address does not come with you. This is because you will be using another network (Wi-Fi at a hotel, airport, or coffee shop, etc. ) to access the internet and will be using a different (and temporary) IP address, assigned to you by the ISP of the hotel, airport or coffee shop.
As the process implies, there are different types of IP addresses, which we explore below.
Types of IP addresses
There are different categories of IP addresses, and within each category, different types.
Consumer IP addresses
Every individual or business with an internet service plan will have two types of IP addresses: their private IP addresses and their public IP address. The terms public and private relate to the network location — that is, a private IP address is used inside a network, while a public one is used outside a network.
Private IP addresses
Every device that connects to your internet network has a private IP address. This includes computers, smartphones, and tablets but also any Bluetooth-enabled devices like speakers, printers, or smart TVs. With the growing internet of things, the number of private IP addresses you have at home is probably growing. Your router needs a way to identify these items separately, and many items need a way to recognize each other. Therefore, your router generates private IP addresses that are unique identifiers for each device that differentiate them on the network.
Public IP addresses
A public IP address is the primary address associated with your whole network. While each connected device has its own IP address, they are also included within the main IP address for your network. As described above, your public IP address is provided to your router by your ISP. Typically, ISPs have a large pool of IP addresses that they distribute to their customers. Your public IP address is the address that all the devices outside your internet network will use to recognize your network.
Public IP addresses come in two forms – dynamic and static.
Dynamic IP addresses
Dynamic IP addresses change automatically and regularly. ISPs buy a large pool of IP addresses and assign them automatically to their customers. Periodically, they re-assign them and put the older IP addresses back into the pool to be used for other customers. The rationale for this approach is to generate cost savings for the ISP. Automating the regular movement of IP addresses means they don’t have to carry out specific actions to re-establish a customer’s IP address if they move home, for example. There are security benefits, too, because a changing IP address makes it harder for criminals to hack into your network interface.
Static IP addresses
In contrast to dynamic IP addresses, static addresses remain consistent. Once the network assigns an IP address, it remains the same. Most individuals and businesses do not need a static IP address, but for businesses that plan to host their own server, it is crucial to have one. This is because a static IP address ensures that websites and email addresses tied to it will have a consistent IP address — vital if you want other devices to be able to find them consistently on the web.
This leads to the next point – which is the two types of website IP addresses.
There are two types of website IP addresses
For website owners who don’t host their own server, and instead rely on a web hosting package – which is the case for most websites – there are two types of website IP addresses. These are shared and dedicated.
Shared IP addresses
Websites that rely on shared hosting plans from web hosting providers will typically be one of many websites hosted on the same server. This tends to be the case for individual websites or SME websites, where traffic volumes are manageable, and the sites themselves are limited in terms of the number of pages, etc. Websites hosted in this way will have shared IP addresses.
Dedicated IP addresses
Some web hosting plans have the option to purchase a dedicated IP address (or addresses). This can make obtaining an SSL certificate easier and allows you to run your own File Transfer Protocol (FTP) server. This makes it easier to share and transfer files with multiple people within an organization and allow anonymous FTP sharing options. A dedicated IP address also allows you to access your website using the IP address alone rather than the domain name — useful if you want to build and test it before registering your domain.
How to look up IP addresses
The simplest way to check your router’s public IP address is to search “What is my IP address? ” on Google. Google will show you the answer at the top of the page.
Other websites will show you the same information: they can see your public IP address because, by visiting the site, your router has made a request and therefore revealed the information. The site IPLocation goes further by showing the name of your ISP and your city.
Generally, you will only receive an approximation of location using this technique — where the provider is, but not the actual device location. If you are doing this, remember to log out of your VPN too. Obtaining the actual physical location address for the public IP address usually requires a search warrant to be submitted to the ISP.
Finding your private IP address varies by platform:
In Windows:
Use the command prompt.
Search for “cmd” (without the quotes) using Windows search
In the resulting pop-up box, type “ipconfig” (no quote marks) to find the information.
On a Mac:
Go to System Preferences
Select network – and the information should be visible.
On an iPhone:
Go to Settings
Select Wi-Fi and click the “i” in a circle () next to the network you are on – the IP address should be visible under the DHCP tab.
If you need to check the IP addresses of other devices on your network, go into the router. How you access the router depends on the brand and the software it uses. Generally, you should be able to type the router’s gateway IP address into a web browser on the same network to access it. From there, you will need to navigate to something like “attached devices, ” which should display a list of all the devices currently or recently attached to the network — including their IP addresses.
IP address security threats
Cybercriminals can use various techniques to obtain your IP address. Two of the most common are social engineering and online stalking.
Attackers can use social engineering to deceive you into revealing your IP address. For example, they can find you through Skype or a similar instant messaging application, which uses IP addresses to communicate. If you chat with strangers using these apps, it is important to note that they can see your IP address. Attackers can use a Skype Resolver tool, where they can find your IP address from your username.
Online stalking
Criminals can track down your IP address by merely stalking your online activity. Any number of online activities can reveal your IP address, from playing video games to commenting on websites and forums.
Once they have your IP address, attackers can go to an IP address tracking website, such as, type it in, and then get an idea of your location. They can then cross-reference other open-source data if they want to validate whether the IP address is associated with you specifically. They can then use LinkedIn, Facebook, or other social networks that show where you live, and then see if that matches the area given.
If a Facebook stalker uses a phishing attack against people with your name to install spying malware, the IP address associated with your system would likely confirm your identity to the stalker.
If cybercriminals know your IP address, they can launch attacks against you or even impersonate you. It is important to be aware of the risks and how to mitigate them. Risks include:
Downloading illegal content using your IP address
Hackers are known to use hacked IP addresses to download illegal content and anything else they do not want to be traced back to them. For example, using the identity of your IP address, criminals could download pirated movies, music, and video – which would breach your ISP’s terms of use – and much more seriously, content related to terrorism or child pornography. This could mean that you – through no fault of your own – could attract the attention of law enforcement.
Tracking down your location
If they know your IP address, hackers can use geolocation technology to identify your region, city, and state. They only need to do a little more digging on social media to identify your home and potentially burgle it when they know you are away.
Directly attacking your network
Criminals can directly target your network and launch a variety of assaults. One of the most popular is a DDoS attack (distributed denial-of-service). This type of cyberattack occurs when hackers use previously infected machines to generate a high volume of requests to flood the targeted system or server. This creates too much traffic for the server to handle, resulting in a disruption of services. Essentially, it shuts down your internet. While this attack is typically launched against businesses and video game services, it can occur against an individual, though this is much less common. Online gamers are at particularly high risk for this, as their screen is visible while streaming (on which an IP address can be discovered).
Hacking into your device
The internet uses ports as well as your IP address to connect. There are thousands of ports for every IP address, and a hacker who knows your IP can try those ports to attempt to force a connection. For example, they could take over your phone and steal your information. If a criminal does obtain access to your device, they could install malware on it.
How to protect and hide your IP address
Hiding your IP address is a way to protect your personal information and online identity. The two primary ways to hide your IP address are:
Using a proxy server
Using a virtual private network (VPN)
A proxy server is an intermediary server through which your traffic is routed:
The internet servers you visit see only the IP address of that proxy server and not your IP address.
When those servers send information back to you, it goes to the proxy server, which then routes it to you.
A drawback of proxy servers is that some of the services can spy on you — so you need to trust it. Depending on which one you use, they can also insert ads into your browser.
VPN offers a better solution:
When you connect your computer – or smartphone or tablet – to a VPN, the device acts as if it is on the same local network as the VPN.
All your network traffic is sent over a secure connection to the VPN.
Because your computer behaves as if it is on the network, you can securely access local network resources even when you are in another country.
You can also use the internet as if you were present at the VPN’s location, which has benefits if you are using public Wi-Fi or want to access geo-blocked websites.
Kaspersky Secure Connection is a VPN that protects you on public Wi-Fi, keeps your communications private, and ensures that you are not exposed to phishing, malware, viruses, and other cyber threats.
When should you use VPN
Using a VPN hides your IP address and redirects your traffic through a separate server, making it much safer for you online. Situations where you might use a VPN include:
When using public Wi-Fi
When using a public Wi-Fi network, even one that is password-protected, a VPN is advisable. If a hacker is on the same Wi-Fi network, it is easy for them to snoop on your data. The basic security that the average public Wi-Fi network employs does not provide robust protection from other users on the same network.
Using a VPN will add an extra layer of security to your data, ensuring you bypass the public Wi-Fi’s ISP and encrypting all your communication.
When you are traveling
If you are traveling to a foreign country – for example, China, where sites like Facebook are blocked – a VPN can help you access services that may not be available in that country.
The VPN will often allow you to use streaming services that you paid for and have access to in your home country, but they are not available in another because of international rights issues. Using a VPN can enable you to use the service as if you were at home. Travelers may also be able to find cheaper airfare when using a VPN, as prices can vary from region to region.
When you are working remotely
This is especially relevant in the post-COVID world, where many people are working remotely. Often employers require the use of a VPN to access company services remotely for security reasons. A VPN that connects to your office’s server can give you access to internal company networks and resources when you are not in the office. It can do the same for your home network while you are out and about.
When you just want some privacy
Even in the comfort of your own home, using the internet for everyday purposes, using a VPN can be a good idea. Whenever you access a website, the server you connect to logs your IP address and attaches it to all the other data the site can learn about you: your browsing habits, what you click on, how long you spend looking at a particular page. They can sell this data to advertising companies who use it to tailor ads straight to you. This is why ads on the internet sometimes feel oddly personal: it’s because they are. Your IP address can also be used to track your location, even when your location services are turned off. Using a VPN prevents you from leaving footprints on the web.
Don’t forget your mobile devices, either. They have IP addresses too, and you probably use them in a wider variety of locations than your home computer, including public Wi-Fi hotspots. It is advisable to use a VPN on your mobile when connecting to a network you may not fully trust.
Other ways to protect your privacy
Change privacy settings on instant messaging applications
Apps installed on your device are a major source of IP address hacking. Instant messaging and other calling apps can be used as a tool by cybercriminals. Using IM apps only allows direct connections from contacts and doesn’t accept calls or messages from people you don’t know. Changing your privacy settings makes it harder to find your IP address because people who don’t know you cannot connect with you.
Create unique passwords
Your device password is the only barrier that can restrict people from accessing your device. Some people prefer to stick to their devices’ default passwords, which makes them vulnerable to attack. Like all your accounts, your device needs to have a unique and strong password that is not easy to decode. A strong password contains a mix of upper- and lower-case letters, numerals, and characters. This will help to safeguard your device against IP address hacking.
Stay alert to phishing emails and malicious content
A high proportion of malware and device tracking software is installed via phishing emails. When you connect with any site, this provides the site with access to your IP address and device location, making it vulnerable to hacking. Be vigilant when opening emails from unknown senders and avoid clicking on links that could send you to unauthorized sites. Pay close attention to the emails’ content, even if they appear to come from well-known sites and legitimate businesses.
Use a good antivirus solution and keep it up to date
Install comprehensive antivirus software and keep it up to date. For example, Kaspersky’s Anti-Virus protection guards you from viruses on your PC and Android devices, secures and stores your passwords and private documents, and encrypts the data you send and receive online with VPN.
Protecting your IP address is a crucial aspect of protecting your online identity. Securing it through these steps is a way to stay safe against the wide variety of cybercriminals’ attacks.
Related articles:
How safe are smart homes
Internet of Things security threats
What is IP spoofing and how to prevent it
What is Voice Over IP (VOIP)
Tips to protect yourself from cyberstalkers
Frequently Asked Questions about what is ebay ip address
What is an Amazon IP address?
A public IP address is assigned to your instance from Amazon’s pool of public IPv4 addresses, and is not associated with your AWS account. When a public IP address is disassociated from your instance, it is released back into the public IPv4 address pool, and you cannot reuse it.
What is your IP address?
An IP address is a unique address that identifies a device on the internet or a local network. IP stands for “Internet Protocol,” which is the set of rules governing the format of data sent via the internet or local network.
Can someone look up your IP address?
There’s just no way of knowing who is running your IP address through any type of IP lookup service. … It is possible to be traced by someone—a stalker, an investigator or even a criminal—via your IP address.
