After allowing password sharing for years, Netflix has recently changed its policy. The password sharing is now only allowed for a single physical household. However, we also have multiple methods to bypass Netflix household. Want to know more? Make sure to read till the end. Let’s being!

Since its initial years, Netflix encouraged password sharing with your friends and family, which allowed them to generate a strong user base. After they were done with this, Netflix unexpectedly started to impose a BAN on password sharing. This helped them surpass the expected revenue in Q4 of 2023, due to an overflow of new subscriptions.

Current Netflix Password-sharing Policy

Netflix only allows account sharing under a single, physical household. In simple terms, Netflix will only allow sharing your account with those who stream from the same internet as yours (the main account), preferably your family members.

However, to beat this, we first need to understand the concept of a single physical household.

Enforcement of the Policy

The policy is not enforced on smartphones because it is natural for mobile phones to be active outside of Netflix household. Currently, Password-sharing under single household policy is enforced for TVs, smart TV boxes, PCs, and all other similar devices.

What is a Single Physical Household?

As soon as the Netflix restrictions will move to your region, you will start getting monitored for your activity. On the basis of this activity, Netflix will automatically determine a “primary location” where your account is used the most. If your account is used by other devices, using the same internet, as you are using at your primary location, all the devices, including yours, will considered to be under a single physical household, known as Netflix Household. If you trying logging into an account which has a different Netflix Household you will be presented by an error message “your TV isn’t part of the Netflix household for this account” followed by an explanation that why you can not access Netflix.

Since we have looked at what is Netflix Household, and what the restrictions for it are, let’s just move to our main topic on how to bypass Netflix Household.

How to Bypass Netflix Household

It must be clear by now, that to bypass Netflix household, we must make Netflix think that all the users sharing the account are living in the same “physical household” or the same “primary location”. As Netflix determines the location by the IP of the primary device, we can do so by simply routing the traffic of all the additional devices from one primary device.

To make it clear, imagine you and your 4 friends plan to share the same Netflix account. You own the account and you run it in your house, on the TV. So the primary location is the IP address of your home internet router. Now, if all your friends route their Netflix traffic from your IP address while physically being on different locations, Netflix will think all of you 5 are in the same physical household, and you must not have an issue sharing the same account.

But if any of your friend is not in the same physical household i.e. Netflix Household , they will get a message “your TV isn’t part of the Netflix household for this account” while he tries to access Netflix.

Now let’s dwell into the methods on how we can bypass Netflix Household so that you can access Netflix even if you are not sharing the same location or internet. Lets discover them one by one.

Method 1: Tailscale to

If thinking of a Virtual Private Network or VPN brings you the idea of a consumer VPN, like SurfShark or ProtonVPN, we are not going to use that here, since the crackdown by Netflix for consumer VPNs have begun for years. We will however, set up our very own Private Network from our primary location to route all the traffic of shared devices from our IP. Now under this, we again have a few third-party services we can use. One of the easiest and most convenient to use is “Tailscale”.

What is Tailscale VPN?

Tailscale is a free VPN which allows you to route and monitor the traffic, you are sending or receiving from your IP. We will be using it to redirect all the traffic from the devices using shared account i.e. Outside of Netflix Household, to the device running from the primary location. To get started, you will have to follow these steps.

Set up Tailscale to Bypass Netflix Household

First of all, you need to download Tailscale. It’s simple and easy.

• Visit the Tailscale official website.
• Scroll down until you see “Download for Free”.

• Click the button and Sign Up with the option of your choice.
• Next up, you need to select the type of your primary device.
• It is important to note that your primary device needs to always be online.
• You can use Windows, Raspberry Pi, or a Mac to run your Netflix account.
• Select the respective option and click on “Download for Windows (in this case)”

Tailscale – Add the Primary Device

Once you have downloaded Tailscale, you will need to log in to the account you created previously. After the installation is completed, simply run the Tailscale app and link the account you just created, by signing in. This will add your device as a primary device.

Tailscale – Add Second Device

Next up, you will need to add a second device that is intended to run the same Netflix account. To add a second device, install the Tailscale VPN on that device and log in with the same account you created earlier. After you have logged in with the same account on your secondary device, simply go back to your primary device to check if the device list is updated.

Once the device list is updated, you will see your secondary device, which in our case is
“iphone”. Although the device is for testing purposes, this is to be noted, that this method will not entertain any smartphone users – moreover smartphones are not barred by Netflix Household restrictions.

Anyways, once your device list is updated, click on “Success, it works”.

Tailscale – The Admin Console

On the next screen, click on “Go to the admin console” to access full control of all the devices.

This will show all the available devices that are currently connected to current account.

Now it’s time to set up our main server, which will route all the traffic from other devices. It will be our primary device which will be online all the time. And as we have decided already, this is going to be our Windows machine. Let’s set it up as an exit node (server).

Tailscale – Specify Primary Device as Exit Node

Go to little windows tray in taskbar and right click on Tailscale icon. Under “Exit Node” click on “Run exit node” and confirm it by clicking “Yes” for the pop-up.

As soon as the exit node will be reflected on the application, a little badge will appear under the device name, indicating it is acting as exit node.

We will also need to approve this change from the admin console. For that, click on three dots against the name of the machine and click on “Edit route settings”.

Under this window, check the box before “Use as exit node” and click “Save”.

Now we have verified that we want our Windows machine to act as our server or exit node.

Tailscale – Disable Key Expiry

Another thing we have to do is, to disable expiry, that is, we have to authenticate all the devices periodically if the expiry is enabled. We can turn that off by click on three dots against our Windows machine name and click on “Disable Expiry”.

Tailscale – Make Primary Device a Service

Now, we want our machine to act as a service, so even if no device is connected, it still functions as a server. For that, simply click on the little tray icon and right-click on the Talescale icon. Go to Preferences and enable “Run unattended”. Confirm by clicking “Yes” for the pop-up that appears.

Now we are done with our Windows machine. For the next step, we need to go to the Talescale app in our client device, and select our Windows machine as exit node. Once done, all our internet traffic will go through our primary device.

This was it for the first method. We can run Netflix on all of our devices and it will be good to go. As all internet traffic will go through the Talescale server we created above which is residing in the Netflix Household and Netflix will consider your outside session to be coming from the same location / IP thus allowing you to view Netflix.

Tailscale Alternative Services

Tailscale is not only the VPN offering this solution. We can use some other fantastic VPNs that do the same thing:

• SoftEther VPN
• WireGuard VPN
• PiVPN (for single-board computer and Linux)

Method 2: Meshnet by NordVPN to Bypass Netflix Household

If the previous method seems too technical or time-consuming to you, here is an alternate method for you. Although this method is relatively simple and easy, it comes with a question of reliability. Still there is nothing bad with giving it a shot. So let’s jump straight into it.

We will use NordVPN’s Meshnet service for this method. Meshnet is primarily aimed to provide a LAN network which can help route the traffic from a single device, transfer files in a network, and link multiple devices. We will, however, use this feature to bypass Netflix household restrictions. This method is easy, simple, and totally free of cost. For that, you will have to follow these steps:

Meshnet – Set up NordVPN

• First of all, download and install NordVPN in your primary device, which is again Windows machine in our case. (Setting up MeshNet is Free, however you can use this referral to get upto 3 months additional for free if you opt to buy)
• Sign Up or log in to your account
• Click at the third button from the top, at upper left corner and turn on Meshnet.

Meshnet – Set up Meshnet on Client Device

• On the client device, install NordVPN and log in with the same account.
• Turn on Meshnet.
• Come back to your host device (Windows PC) and check, the device list must be updated by then.
• Click on the 3 dot icon in front of the client device name and click “manage device”.
• Make sure all the options shown below are turned on.

• Now come back to your client device, and click on the Route Traffic option.
• You should see the host device.
• Simply click on “Route all Traffic”.
• Repeat the process for all the devices you want to add to the same network.

Once done, you will see the number of the devices on your host device that are routing their traffic from your device.

And that was it! Now all the devices are running under the same IP and you will be able to successfully bypass Netflix household restrictions.

Cautions and Restrictions

Although these bypass methods will let you enjoy the same Netflix account for all your buddies, here are a few cautions and restrictions you should be aware of.

Security Risks

The biggest caution for this method is the security. When you are routing all the traffic from multiple devices to a single device, it simply means you are allowing all the devices to access each other exposing your cyber footprint. And that any of your private information is easily visible to other devices connected to the same network.

So it is important to share your account and server with only the people you truly trust. While NordVPN Meshnet will regard your data security / privacy the Tailscale will give you more flexibility but lesser security protection.

Internet Speed

For the first method, Tailscale VPN informs its users that their services are not yet fully optimized for Windows devices. This means users can experience a lower internet speed compared to normal streaming.

This is also worth noting, that as the primary device is routing the internet for multiple devices, it must have a faster internet connection for a smooth Netflix experience.

Occasional Practices

As mentioned earlier, Netflix automatically determines a user’s primary location by analyzing it’s log data, we must take some measures to make Netflix determine our desired location i.e., as primary location.

Netflix usually checks for the household every 30 days. So to keep enjoying your streams, you must perform this routing practice at least within 30 days. However, the more frequently you perform the practice, the lesser the chances of you getting barred with this Netflix Household restriction will be. Ideally, a one or two week gap would be the best to make things going as desired.

Conclusion

After allowing password sharing for years, it seems like Netflix is now focusing on making some money. Netflix recently imposed a password-sharing ban to bring more users under their subscription model. Currently, they only offer “Password Sharing in Household”. This means, only people in the same physical household are allowed to share their passwords.

We can, however, use several methods to bypass Netflix household, allowing multiple devices to run physically on different locations, and virtually, under same IP. This is what this guide exactly talks about.

The post 2 Easy Methods to Bypass Netflix Household first appeared on Internet Security Blog - Hackology.

OpenAI is currently generating buzz as its intelligent chatbot, ChatGPT. The Chabot gathers data from the web to answer a wide range of questions. Although its responses may not always be correct. ChatGPT has piqued people’s interest and sparked discussions about the future role of artificial intelligence. Keep reading to know how to use Codex for Software writing?

The company has also been developing Codex, a less well-known service that has the potential to revolutionize the way developers work. This new tool is a ChatGPT-like AI model that can write software. This makes it a powerful tool for developers. In this article, we’ll explore why Codex won’t replace developers and will instead create more demand for their skills.

How Does Codex Work?

First and foremost, it’s important to understand what Codex does and how it works. Codex is a tool powered by the GPT-3 model that has the capability to generate code in multiple programming languages such as Python, JavaScript, and C++. It uses advanced natural language processing techniques to understand the requirements given by a developer and then writes the code accordingly. The tool is designed to save time for developers by handling routine coding tasks such as writing boilerplate code. This allows them to concentrate on more complex tasks.

How To Use Codex For Software Writing?

To use Codex, you need to provide it with the details of the software problem you want to solve. You can do this by describing the problem in natural language. Your instruction should outline the requirements and specify the programming language you want to use. Codex will then generate a code solution based on its understanding and its training data.

For instance, if you were trying to build a web application that displays the current weather, you could provide Codex with the following information: “I want to build a web application that displays the current weather for a specific location. I want to use JavaScript.” Codex would then generate a code solution that implements this requirement. This will include the code for fetching the weather data and displaying it on a web page.

It’s a good idea to review the code generated by Codex. In this way, you can then make any necessary modifications to ensure that it meets your requirements. To use Codex, you may need to have some basic knowledge of programming and software development, as well as experience working with the specified programming language.

Using Codex via API Key

Codex API is a set of APIs provided by OpenAI that allow you to access the functionality of their large language models. With Codex API, you can programmatically perform various language-related tasks. These include text generation, question answering, text summarization, and more.

To use Codex API, you need to make API requests over the internet. This is typically done using a programming language like Python or JavaScript. The API request contains the input data, such as a text prompt or a question, and the API key. The response from the API contains the results of your query, which can be processed and used in your applications.

Here is how you can get your API key from OpenAI and can call it in Python.

1. Login to your OpenAI account, or create one.
2. In the upper right corner, click on your account profile.
3. Select View your API keys. (as shown below)
4. You can copy an existing key or create a new one.

The next step is to utilize your Codex API key in a programming language. In this article, we will use Python as an example.

To install the official Python bindings for Codex, execute the following command in your Python terminal:

pip install openai

Why Codex Can’t Replace Humans?

Software development is a complex and ever-evolving field. The technology used to build software changes rapidly, and new tools and frameworks are constantly being introduced. Developers have to stay up-to-date with these changes in order to work efficiently. They have to be able to adapt to new tools and technologies. When it comes to Codex, it operates on a pre-programmed set of algorithms and does not have the ability to learn and adapt to new technologies.

Codex requires a significant amount of input and guidance from a human developer to function effectively. It cannot write code without specific instructions and parameters. All this conclude that developers must still be involved in complex projects. That’s the reason Codex will not replace developers any soon. Although we can say, it will augment their abilities and help them work more efficiently.

Conclusion

Codex is not a replacement for the creativity and innovation that developers bring to the table. Software development requires a great deal of creativity and problem-solving skills. Developers must be able to think outside the box and come up with innovative solutions to complex problems. However, Codex is limited by its pre-programmed algorithms and cannot generate creative solutions on its own. Developers bring a unique perspective, problem-solving abilities, and creativity to the table, which cannot be replicated by Codex or any other AI tool. The future of software development is not one of replacement but of collaboration between humans and AI, and Codex will play a crucial role in this collaboration by making the development process more efficient and streamlined.

The post How To Write Code With OpenAI’s Latest Tool ‘Codex’ first appeared on Internet Security Blog - Hackology.

ZRX protocol has made a remarkable imprint on the audience five years since it was formed, providing an open protocol that allows for low-friction peer-to-peer token trading on the Ethereum blockchain. Since 2017, the platform has steadily increased its market share and now supports a variety of networks, including Ethereum, BSC, and Polygon. Nowadays, over 30 projects use ZRX as the back-end DEX protocols. Additionally, the ZRX API is used by several dApps to offer safe DEX data.

If you’re interested in learning more about ZRX but unsure where to start, this simple guide will teach you everything you need to know about the project and prepare you to dive into it.

What Is ZRX?

ZRX crypto protocol enables a tokenized society in which all value, including previously illiquid assets such as real estate, can freely move. In addition, the protocol allows for the Ethereum blockchain’s frictionless peer-to-peer asset exchange. On ZRX, anyone can create a decentralized exchange, and the ZRX API combines liquidity to allow for the most cost-effective token exchange.

For example, instead of going through a lengthy procedure involving lawyers, escrow agents, and title firms when selling a home, the ZRX protocol provides a comprehensive solution that can be used to tokenize the property and transfer ownership via a smart contract. This eliminates the need for costly intermediaries while speeding up the entire process, effectively turning real estate into a liquid asset.

With the ZRX Launch Kit, anyone can create their own decentralized exchange (DEX) on top of ZRX and collect fees for their services. The ZRX protocol is a standard message format for exchanges, similar to SWIFT, the traditional messaging system banks use to communicate about fiat currency transfers.

The team also released the ZRX API (application programming interface), which combines liquidity throughout the whole network and allows customers to swap assets at the greatest price.

How Does ZRX Work?

ZRX facilitates decentralized token exchanges by utilizing smart contracts, which are free, publicly accessible, and can be implemented into any decentralized application. A smart contract is a transaction that performs automatically when specific criteria are met.

Most trades on decentralized exchanges are powered by Ethereum smart contracts. However, these are executed directly on the blockchain which means that a gas fee is charged every time an order is placed, updated, canceled, or filled, making the process highly expensive.

ZRX proposes using an off-chain relay with on-chain settlement as a solution. This requires a user to submit an order to a relayer, which functions as a network’s bulletin board. The relayer then publishes the order off-chain, where any other user can fulfill it by signing the smart contract with their cryptographic signature.

Point-to-point orders, in which a user puts an order that a particular person can only fill, are also available on ZRX. The assets are never in the relayer’s possession in any sort of order. Only the actual value transfer takes place on-chain, substantially decreasing gas prices and network congestion.

What Sets ZRX Apart?

ZRX’s off-chain relayer technology lets a DEX complete transactions far faster and for less money than exchanges that conduct all of their deals on-chain. However, DEXs aren’t the only apps that ZRX can run. The protocol can benefit from OTC trading desks, digital marketplaces, portfolio management platforms, and exchange functions for decentralized finance (DeFi) products. Because it supports both non-fungible (ERC-721) and fungible tokens (ERC-721), ZRX allows for the transfer of a larger range of assets than most Ethereum-based decentralized exchanges (ERC-20).

What Gives ZRX Value?

ZRX is a utility coin that compensates relayers for hosting an order book with trading fees. The ZRX ecosystem exploded in popularity in 2020, with the protocol reaching $5.7 billion in trade volume in January 2021 alone. The fact that ZRX is a governance token adds to its worth. All ZRX token holders can vote on protocol updates and innovations, which could boost the token’s demand. Because ZRX has a limited maximum supply, scarcity may influence its price and market cap.

Conclusion

ZRX enables the establishment of a tokenized society in which all assets can freely move. The protocol allows for the Ethereum blockchain’s frictionless peer-to-peer asset exchange. On ZRX, anyone can create a decentralized exchange, and the ZRX API combines liquidity to allow for the most cost-effective token swaps.

The protocol’s use of off-chain relayers minimizes Ethereum’s congestion, allowing trades to be performed faster and for less money. Finally, the ZRX token gives relayers control rights and rewards, and the addition of staking improves network economics.

The post 4 Things You Should Know About ZRX Protocol first appeared on Internet Security Blog - Hackology.