How to Access Banned Websites on University WiFi,

How to Access Banned Websites on University WiFi

How to Access Banned Websites on University WiFi

If you’ve ever tried to access a banned website on your university’s Wi-Fi, you know the frustration that comes with it. Universities often block access to popular sites like Netflix, YouTube, and Facebook, which can make it difficult to stay connected when you’re away from home. But there are ways around these restrictions. With a little creativity and perseverance, you can still access the websites you want while using your university’s Wi-Fi. Here’s how.

Install A VPN 

This should always come to your mind first when doing something like this. Tons of students are looking for a guide to accessing torrent sites on university WiFi and find that installing a reliable and secure VPN is the way to do it. It is super simple and easy, plus you’ll be able to protect your data from being spied on by anyone. The right VPN is the key to unlocking all those websites and online services you’re missing out on at university. For example, installing a VPN will allow you to access streaming sites like Netflix, which may be blocked by your university’s Wi-Fi. This is done by switching your IP address and routing your traffic through a VPN server in another location.

Use A Proxy Server

The purpose of a proxy server is to act as an intermediary between your computer and the internet. It masks your IP address so that websites you visit cannot see it, making it a good option for accessing blocked websites over university Wi-Fi. Using one is relatively straightforward. Once you have set up the software on your computer or mobile device, you just enter the URL of a website you want to visit. The proxy server will then connect to that site on your behalf, forwarding the web page to you. 

Switch Between HTTP And HTTPS

This small activity is helpful because it may be a way for you to access banned websites on university Wi-Fi. It involves switching between the HTTP and HTTPS protocols, which are two ways of sending information over the internet. HTTP stands for Hypertext Transfer Protocol, and it is used for transferring data from one source to another. Data sent through it can easily be intercepted and read by third parties. HTTPS stands for Hypertext Transfer Protocol Secure, and it adds an extra layer of encryption to the data that is sent over the internet. This makes it difficult for anyone who is not intended to receive the data (like a school’s Wi-Fi administrator) to access or intercept it. 

Connect To A Tor Network 

Tor networks (also known as The Onion Router) allow you to access websites that are otherwise restricted. The way they work is by connecting to a series of computers, randomly connecting you to different IP addresses each time. This makes it difficult for anyone tracking your activity online to trace back and find out who is actually accessing the website. For example, connecting to a Tor network may allow you access to websites that are normally blocked on university campuses. It is important to note, however, that these networks are not 100% secure and can be vulnerable to attacks from third parties. You should always be diligent when connecting to a Tor network and make sure to follow recommended security protocols. 

Utilize Google Cache 

Another great way to access blocked websites on university Wi-Fi is by utilizing Google Cache. It stores a copy of webpages found through its search engine, allowing you to access them even if the original website has been blocked or removed from the internet. Simply search for the website in Google and look for the ‘Cached’ link under the page title. This will open up a version of the website as it appeared when Google last indexed it. Bear in mind that this version may not be completely up to date, but should still provide you with access to the content you need. 

Use A URL Shortener

This process involves using a service that converts a long URL into a shorter one using special characters. This can be done with any number of popular websites, like Bitly or TinyURL. Once you have created the shortened link, all you need to do is paste it into your browser and connect to the university’s Wi-Fi. The university network will read the URL as something that has been approved, even though it is actually providing an access point to a banned website. For example, if you wanted to access a website that was banned by your school, using a URL shortener could help you do it. All you would need to do is find the original URL, copy it, and paste it into a website like Bitly or TinyURL. 

Universities often have a blacklist of websites you simply cannot use on their networks, but there are ways around it. One of the best methods is switching your IP address whether it’s through a VPN or a proxy server. You could also try switching between an HTTP and HTTPS or connect to a tor network. Others tend to utilize Google Cache or use a URL shortener. Whichever method you pick, make sure to learn about them and do it right!

Check Next >https://www.neoadviser.com/how-to-keep-your-online-security-strong/

What You Should Know About Franking Machines

What You Should Know About Franking Machines

What You Should Know About Franking Machines

Originally invented in 1884 by a Norwegian national, Engle Frankmussler, the franking machine has stood the test of time. Franking machines have been around for over a century, though back then, it was called the ‘Postage Stamp Affixing Machine.’ Even though the principles are still the same since the franking machine was invented, a lot has changed. With technology, modern franking machines can now perform more complex tasks. A franking device is used to imprint a barcode onto a parcel or letter in place of a traditional stamp. It can also download and securely store postage funds. It’s also used to guide the user when selecting mail categories and unique services. Despite the benefits that modern units provide, many businesses are yet to tap into these powerful machines. In this post, we’ll look at everything you need to know about franking machines. So, let’s dive in.

What You Should Know About Franking MachinesFranking Machines: What they do?

A franking machine, also commonly referred to as a ‘Postage Meter,’ is a metering device used to simplify the process of postage. Instead of traveling to a post office, queue, and weigh your mail, you can attach postage using a franking machine. You can then drop your mail at a local post office or have it collected. As evident at FPmailing.co.uk, modern franking machines have evolved thanks to technological advancements. Today, franking machines can weigh and measure packages. Additionally, they can print the correct postage fee based on different prices. Ideally, franked postage prices are lower than stamps, regardless of the class being sent.

1.Franking Machine: How does it Work?

A franking machine works by weighing your package to calculate the appropriate postage for the service you require. Next, a mark is fitted to the mail item in the ‘franking process.’ You will need to use the current rates from Royal Mail; you can download these rates via WIFI or LAN. Older franking machines receive the updated rates on a chip or rate card, which needs to be installed in the machine. This ensures the device always calculates the correct amount of postage savings.

2.The Franking Process Explained

In simple terms, to frank, a letter means to pay for it. So, how exactly does franking work? Generally, the process is simpler than you think. However, the functions may vary depending on the modernity of each machine. First, you’ll need to weigh the package. Every device comes with an in-built scale. Place the package or letter on the scale to get the correct weight. This helps you determine how much postage you need. Next, you want to assess the letter size and service required. At this point, you can include a business message if you’re a company. You can also have your brand logo or a promotional message on the envelope. This helps people to identify your business. Finally, calculate the postage costs, and you’re now ready to print the envelope.

3.Provides a Positive Business Impression

The modern franking machine can do more functions compared to its predecessors. As technology evolves, modern franking machines can do more than affix the right postage to your outgoing mail. Modern machines can even be resourceful for publicizing and marketing your business. You can leverage the machine’s color optimization feature to make your mail recognizable to your clients. By adding a business logo or slogan, you could impress new marketing targets and give your business a more professional look

4.Licensing

You should have a valid franking license from Royal Mail. Also, your franking machine needs to be in credit before you can start using it. As part of the license requirements, you need to keep your franking machine in good working condition. The device should also be inspected once every year by a company authorized to carry out this work. You’ll need to ensure that the franked impressions produced by your device are clear and legible. It should include the date of posting and the accurate postage rate for the item’s size, destination, and weight.

5.What You Get By Using a Franking Machine

The benefits of using a franking machine cannot be overstated. They improve email efficiency and assist businesses in managing their costs. Using related software, cost centers can be created on digital franking machines. This helps you track spending and report on usage. A franking machine also automatically calculates postage using the latest rates. This means you don’t have to worry about knowing the latest rates.

A franking machine can prove more helpful to your business. This is the best and the most efficient method to send out your emails. As we mentioned above, franked mail looks visually appealing. This means clients will take your correspondence more professionally. Finally, you save more and cut back on expenses by using a franking machine. Over to you!

Check Next >https://www.neoadviser.com/tips-to-improve-your-word-game/

 

What You Should Know About Franking Machines

Linksys Velop are the Company's First Wi-Fi 6 Mesh Routers

Linksys Velop are the Company’s First Wi-Fi 6 Mesh Routers

Linksys unveiled the first mesh routers system with Wi-Fi 6 technology, the new standard optimized for the high number of devices connected to the network.

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Velop Wi-Fi 6 router is available for $399 a piece or $699 tow pieces. Linksys says they can cover an area of ​​278 square meters and can handle up to 50 devices at a time.

Linksys launch comes a few months after main rival Netgear introduced the Orbi line with Wi-Fi 6. The Netgear version also costs $699 for two pieces.

Velop Wi-Fi 6 comes with four Gigabit Ethernet ports along with a USB 3.0 Type-A port. Internally the routers have a 2.2 GHz four-core processor for theoretical top speeds of 5.3Gbps. In short, the new system should be 4 times faster than Velop’s previous generation.

> Read Next: Samsung Unveils the Concept of Another Type of Folding Phone

So what do you think about this? Let us know your thoughts in the comments section below, follow us on twitter and facebook for more news and updates.

neOadviser – TECH

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Wi-Fi 6 Router at Affordable Cost Thanks to Nighthawk AX4

Wi-Fi 6 Router at Affordable Cost Thanks to Nighthawk AX4

Netgear yesterday introduced one of the cheapest Wi-Fi routers in the market today. The Nighthawk AX4 base model comes with Wi-Fi 6, four gigabytes, and up to 3Gbps data transmission.

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With a cost of $199, it is not cheap at all but much cheaper than other routers in the market with Wi-Fi 6.

Wi-Fi 6 is the latest generation of Wi-Fi standard and provides more efficient communication between devices and higher performance in busy networks.

There are routers like AX4 that will bring the new standard to more customers. TP-Link has also introduced some Wi-Fi 6 routers but have not yet hit the market.

While the Nighthawk AX4 will be available this month.

Apart from Wi-Fi 6 there is nothing special about this midway. The AX4 is another basic router that suits the needs of homes even though Netgear says it covers online games and 4K video streams.

However, it is far from the Tri-Ban Nighthawk AX12, which has a total transmission power of 10.8Gbps.

> Read Next: Meet the new Qualcomm processors for mid-range phones

So what do you think about this? Let us know your thoughts in the comments section below, follow us on twitter and facebook for more news and updates.

neOadviser – TECH

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Japanese scientists invent the color that blocks Wi-Fi signals

Japanese scientists invent the color that blocks Wi-Fi signals

By mixing iron-oxide particles in color, researchers have invented the color that blocks radio frequency in the highest spectrum where Wi-Fi and other higher bandwidth communications occur.

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Although most Wi-Fi technologies work on 2.4GHz and 5GHz, special colors can block frequencies up to 100GHz, researchers said.

A 200GHz block color is under development.

Here’s how it works: metal particles in the color resonate at the same frequency as Wi-Fi and other radio waves, so the signals can not go through the thin layer of pigment.

In this way, a secure wall is created that stops the signals from entering the house and from the walls covered with a special color.

Use for such an innovative product is already present. Theaters have been interested for some time to find a legal way to block phones during shows.

> Read Next: Samsung Galaxy A70 revealed with 6.7″ Infinity-U display, triple cameras

So what do you think about this? Let us know your thoughts in the comments section below, follow us on twitter and facebook for more news and updates.

neOadviser – TECH

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Technology does not stop / Wi-Fi signal can identify bombs and explosives

Technology does not stop / Wi-Fi signal can identify bombs and explosives

An ordinary Wi-Fi network can be used to identify guns and explosives in public spaces according to a study by Rutgers University in the US.

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Technology does not stop / Wi-Fi signal can identify bombs and explosives

Wireless signals can penetrate the bags to measure the dimensions of metal objects or predict the volume of liquids say the researchers.

Preliminary tests concluded that the system was 95% correct. It can serve as a low-cost alternative to airport security.

The team after the research has tested 15 types of objects and 6 types of bags.

The Wi-fi system had a 99% success by recognizing hazardous objects and 98 to 95% for metals and liquids, respectively.

If the objects were wrapped inside the bag, the identification dropped to 90%, informs pcw.

To be functional this option requires that the wi-fi device have two or three antennas.

Read Next: Intel: This ‘Ruler’ SSD Is World’s Densest

So what do you think of this? Let us know your thoughts in the comments section below, follow us on twitter and facebook for more news and updates.

neOadviser – TECH

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