What Are Decentralized Video Streaming Services?

You can be free to enjoy your favorites with decentralized video streaming services. You don’t need to jump through any political or corporate hoops of centralized video streaming brands, such as Netflix any longer. Take the next step in controlling your audio-visual entertainment with blockchain decentralized video streaming services.

Be Free to Watch Videos

Initially, the largest corporate brands gained control over the video streaming technology of the World Wide Web. Unfortunately, these large companies, like YouTube have started to abuse their power for the sake of corporate or political gain. Their centralized censorship follows no real pattern of sense, logic or reason.

live video streaming stat

Does anyone truly want to be politically correct? No. The only entity on Planet Earth that would pass the politically correct stress test is a bump on a log.

We see professional sports teams penalize athletes who celebrate. YouTube removes videos if anyone complains. People are found to be guilty until proven innocent.

All of that causes serious problems. If people are jealous of you, they can tell falsehoods and destroy your reputation. The Big Bankers and mainstream media love this power, but it is disastrous for everyone else.

Independent Film Makers

Have you noticed how many songs and videos are so bland? The vast majority of them promote a certain patriotic vision or corporate branding goal of having you buy more of their products. This is partially due to the centralized nature of video streaming.

A few large entertainments, multi-media companies own both the movie studios and the video streaming services. They give you the same bland, luke-warm drivel. You are easily bored by many modern videos because you have seen them before.

Decentralized Videos Benefits

Fortunately, the decentralized blockchain offers you an alternative. You don’t have to be force fed garbage that you don’t want. You can enjoy a more direct engagement between the movie makers and viewing public.

how decentralised video works

Now, you can sign up for decentralized video streaming services powered by the blockchain. You are a grown adult with the maturity, common sense and willpower to make your own viewing choices. You can choose from a number of these decentralized video streaming services, including Flixxo.

decentralised video streaming platforms

Flixxo will reward independent video makers with tokens for high-quality content. This incentivizes independent filmmakers. Now that everyone has a video on their smartphone, they can make their own movies.

You can enjoy better original content. The masses can cut out the middleman with tokenized economics. Customers can earn money by watching advertisements. Everyone wins.

Replacing Netflix

Decentralized video streaming services have already risen in popularity throughout the world and have grown to become a replacement for Netflix and other services especially for those that enjoy “outdoor movies”.

The blockchain offers cheaper content storage, transaction transparency, faster distribution, and censorship-free content sharing. Which of the major film studios can compete with that? The mainstream media are becoming fossilized dinosaurs. Decentralized video streaming services are the future.

Blockchain Tech as the Fundamental of the New Gen IoT Movement

Every now and then the human race stumbles across an invention that catapults us all forward one giant step. History is replete with examples: the wheel, fire, the internal combustion engine, concrete, the light bulb. When we look back in 50 years, will blockchain technology deserve a spot on this illustrious list? It’s way too early to make a definitive call, but one thing is for sure. What started with a selective use as the secure foundation upon which the cryptocurrency Bitcoin was built now looks like it’s about to break big into diverse industries and might even result in an entirely new internet.

history of internet

More Security for the IoT

Nothing online seems to be evolving faster than the Internet of Things (IoT). For those a little fuzzy on the topic, here’s a one-sentence definition: networks of mechanical and digital devices uniquely identified on the internet and able to transfer data without human-to-human or human-to-computer interaction. One example would be all the linked devices that make up a smart home network. Thanks to mostly nonexistent security features, most IoT networks are a hacker’s dream.

Can blockchain improve this pitiful state of security? Almost certainly.

The problem with these smaller networks of devices (i.e. light bulbs, doorbells, security cameras, smart appliances, etc) is that, as designed, there is a single server controlling access. Once compromised, a hacker would have access to every device on the network. Blockchain technology, with its decentralized approach to security, is a much harder beast to compromise because anyone with ill intent would have to overcome more than half of the devices at once in order to take control. That fact alone improves the IoT online security immediately upon deployment.

DLT Means No More Middlemen

Distributed Ledger Technology (DLT) is another term for blockchain technology, but no matter the name, the end result is the same. Bad news for those who have occupied the middleman position. Sorry, you’re about to become obsolete. Here’s the thing. The financial industry has begun to pay close attention to the idea that blockchain applications – essentially decentralized databases in which the technology itself is the middleman – could reinvent the status quo from the ground up. Here’s an example.

DLT tech

Let’s say that ATM networks were invented today. Rather than having the whole thing controlled by a monolithic corporate “benefactor” – hello Visa – a decentralized blockchain technology would replace the need for a central entity to own and control the database and transaction processing layer. We could dispense with the “hub and spoke” approach and replace it with a single global blockchain network that manages debit and credit card ATM use more securely and efficiently than Visa ever has. Here’s something else to think upon. Fewer middlemen means fewer transaction fees.

DLT Tech version 2

Online P2P Data Exchange

Whether exchanging cryptocurrency or other types of data files, DLT, as devised for the first time to use with Bitcoin, has the capability to make any P2P exchange between individuals more secure for any node on the network. Let’s look at how this works in the real world of a P2P network. The blockchain protocol operates on top of the network, facilitating the process that insures each network node has a complete copy of the ledger. The ledger could be financial transactions or it could be transactions of another kind.


The important thing to note is that this is a shared, trusted, public record of transactions. Anyone can look at it but no single entity can control or make changes to it. Another way to think about it is as a distributed database that cannot be tampered with or revised without being validated by a majority of the network nodes. Once approved, a transaction will be added to every copy of the ledger at every node.

Reconstructing the Internet

The HTTP (hypertext transmission protocol) technology that the internet runs on has been with us essentially unchanged since the 1970’s. It’s like using stone knives and bearskins to build a car. The tech gurus who sit around and think about these kinds of things seem convinced that blockchain technology just might be the way to create an entirely new internet protocol that runs on a peer-to-peer (P2P) basis, allowing individuals to exchange data directly without having to go through a middleman.

Keep your eyes and ears tuned for developments related to a new internet protocol known as the Inter-Planetary File System (IPFS). This Star Trek-sounding term has been proposed as a way to use blockchain technology to decentralize the internet with an alternative to HTTP. There are a few reasons we should prefer a system different than the one we have. Right now, the internet is centralized for all practical purposes, with a few massive servers and platforms like tech giants Facebook, Google, etc exerting control over user data. Add your friendly federal government to that list as well. Not very democratic! Furthermore, a true P2P networks with blockchain installed would be faster as it draws data from multiple copies of a file rather than a single source. This is the same logic that holds some of the best bitcoin exchanges together.

Internet restructure

Though it might be a while yet before blockchain is deployed to an extent that resembles an alternate internet, decentralized web hosting packages are already up and running in most parts of the world and provide many of the same benefits, albeit on a smaller scale. The folks at Aussie Hosting have a sincere interest in the topic and are always breaking the latest related information (please refer to the above image courtesy of Aussie Hosting). Did you know the best hosting in Australia comes from Singapore? Just one of their research-backed nuggets of indisputable truth.

Decentralized VPNs

You may already be aware that a Virtual Private Network (VPN) secures your internet connection to a larger extent than traditional web hosting packages. This advanced VPN technology protects your privacy. Especially if you ever use public wi-fi when you’re out and about, you’re crazy if you don’t go the VPN route. Unless, that is, you like giving up your personal and financial information to any stray hacker or government snoop enjoying a cup of coffee beside you.


If safety is a concern, and it should be, a decentralized, blockchain-based VPN is what you seek. Trust us. The problem with a regular VPN is that it is centralized (duh) and closed source code. That latter means the programmers could do anything malicious under the hood and you’d never know until it’s too late. When you put a VPN on blockchain, it becomes open source, decentralized, and ALL traffic must be encrypted. This would put a stop to any sneaky business.

To extricate yourself from beneath the thumb of an increasing un-private world, you need an organization that thrives on paranoia and suspicion. We suggest a deep but easy-to-read dive into the world of Privacy Australia’s VPNs. This may be the cheapest, simplest way to protect yourself quickly from those who think George Orwell’s 1984 world seems like a pretty swell place.

The Bottom Line

To maintain a comfortable level of privacy and security online, you need to get serious about understanding and implementing blockchain technology when and where you can. It’s not perfect. Nothing is, but it is your best hope to shield yourself against the barrage of attempts to pry private information off your computer, IoT, and mobile devices. Sorry, but this is one area of your life that requires proactivity. Otherwise, plan to be ver

VPNs: What They Do, How They will Do the job, And Why You’re Dumb

Today, internet accessibility has become a necessity and nearly everything we do requires the ability to get online in some fashion or another. Yet, this basic service has made surprisingly little headway in terms of protecting privacy and freedoms. An unsecured internet connection means exposing your activities to hackers, while governments in some areas attempt to censor what you can view on the internet. Currently, the only real way to deal with these compromises to your personal security is to go around them with a virtual private network, or VPN.

A Deeper Look at Why You Need a VPN

While some take the stance that you don’t need additional protection, if you’re not doing anything illegal or immoral, there’s much more to this issue. From logging in on your financial service provider’s website to working a remote job, millions of people are exposing their sensitive information to public eyes. This is why corporations, as well as individual users are turning toward VPNs as means of protecting their data.
While a VPN allows you to operate on a WAN (Wide Area Network), the terminal or device from which you’re accessing the internet appears and functions as a private network.

A VPN uses dedicated virtual P2P connections to encrypt data, which helps to protect the user in two ways. First, it makes it more difficult to pinpoint the actual source of the transmission, making it appear as though you’re sending and receiving data from an entirely different physical location. This means a user in China can appear to be in the United States, enabling him to access data and sites that would otherwise be blocked. Secondly, that data is being encrypted, so, if a hacker or government agency does access the data, they won’t be able to see what they have stolen.

You Don’t Have to Be a Tech Whiz to Use a VPN

Accessing the VPN is as easy as getting online. Once you sign up for a service, the VPN provider does the technical work. You simply access the internet from your device through your ISP, as you would normally do. Next, you connect to your VPN, which usually requires little more than one mouse click. From there, the VPN service provider does the rest, launching your secure connection and disguising your actual location.

Some security protocols have been adapted as VPNs, such as those listed here:

IP security (IPSec)

IPsec tunnelThe IPSec operates in Transport Mode or Tunneling mode and each type uses a different method for encrypting data. Transport simply encrypts the data message, while Tunneling encrypts the entire data packet.

Layer 2 Tunneling Protocol (L2TP)/IPsec

Layer 2 Tunneling Protocol (L2TP)

Here, two protocols function in tandem to provide the highest possible level of privacy and security. L2TP generates the tunnel through which data is sent, while IPsec encrypts the data.

Secure Sockets Layer (SSL) and Transport Layer Security (TLS)

Secure Sockets Layer (SSL) and Transport Layer Security (TLS)This is the secure connection users benefit from with online retailers and financial, where they see the “HTTPS” connection, instead of the “HTTP” connection. It provides an SSL connection that checks digital certificates for authenticity and uses encryption keys to maintain a secure connection.

Point-to-Point Tunneling Protocol (PPTP)

The Point-to-Point Tunneling Protocol (PPTP) is an obsolete method for implementing virtual private networksThis type of connection has been in use since 1995 and is still an effective means of tunneling the flow of data. However, because it doesn’t encrypt that data, a secondary encryption protocol should be added.

Secure Shell (SSH)

This protocol provides both tunneling and encryption, routing the data through an encrypted channel. The ports, one local and one remote, are connected via that channel, so all data must flow through that encrypted tunnel. This means the data itself doesn’t have to be encrypted.

What does all of this mean for the user? Primarily, it means you cannot establish a secure VPN connection without going through a service provider. Sites like vpntaiwan.com can give you greater insight into the services available and the pricing for each service. From individuals to corporations, millions of people are recognizing the importance of using a premium VPN service to secure their data.

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