Streaming chess to your audience can be quite challenging. PawnTown tried to make it as easy as possible to stream your chess game to your friends and followers. It takes less than 10 minutes to get your first stream live!

The first step is to create your PawnTown account. To do so, head to the pawn.town. After your registration, you need to verify your E-Mail and choose a username. This username is unique and will be the name that is shown to your followers.

It is recommended to add a profile picture, to make your account more personalized to you. You can update your profile Picture in your account settings. The account settings can be found by clicking on your username on the right side of the menu.

To authorize an App to stream on your behalf, you need to create a streaming token. This streaming token is then used by the app to authorize itself.

To create a streaming token go to your account settings and then click on "Stream".  In the section "Stream Token" you will find a button that says "Create new Token".

You can use that to generate a new token for your account. After that, the newly generated token appears in the table above the button. The key is not obfuscated and not displayed but you can use the button next to the key to copy the key or display an authorization QR-Code. Keep the page open, we will need that later.

Now we need to set up our streaming device. To do so, we need to install the WhitePawn App that is available for Android and iOS. After installing it to our device we can authorize the app with our previously created streaming token. Tap the streaming icon (a little TV with a play symbol in it) on the very top of the WhitePawn App. A dialog will tell you to authenticate with a pawn.town token. Tap the "Open Settings" button to get to the settings. On the settings page, tap the "Scan Token QR Code" button to open the QR Code scanner. Now head back to your computer and tap the QR Code icon on the newly generated streaming token. A dialog pops up which shows the authentication QR Code. Hold the scanner above the QR Code of the website and wait until the smartphone recognizes it.

Boom! You are not authenticated, you should see a pawn.town with your username and below a big button that says "Unauthorize this App".

Now we are ready to make our first stream. Let's head back to the main page inside the WhitePawn App. After clicking on the streaming icon again, inside the dialog there is a button that says "Start Sharing".  After clicking on that button we see a QR Code and our personal streaming URL. The QR Code can be used to share the streaming URL with other people. If you open the streaming URL on your computer you should see a chessboard that is blurred and the message "Waiting for streamer". That is because the stream wait for your to start a game, so let's do that. Head back to the WhitePawn main screen and tap the "1v1 Match" button. Start the game and see how the Livestream mirrors your game board.

That is it, your stream is live! 🥂

Cheating in chess is a serious issue that can ruin the integrity of the game and undermine the reputation of the players involved. One way to prevent cheating during a live chess stream is by adding a delay to the stream. Here's why:

Prevents signaling: One common form of cheating in chess is signaling, where players communicate with each other during the game using subtle gestures or signals. By adding a delay to the stream, you can prevent this form of cheating because the chess positions will be visible to viewers after the the delay, rather than in real-time.

While adding a delay to your live chess stream may not completely eliminate the risk of cheating, it can certainly help to reduce it and ensure that the game is played fairly. By taking this extra step, you can help to protect the integrity of chess and maintain the reputation of the players involved.

How to setup a stream delay on pawn.town?

To setup a stream delay on pawn.town is rather easy. You will find the option in your Stream-Settings. Set the toggle next to the "Stream Delay" headline to true and choose a delay.

Done, your next streams will be delayed by the setup time.

Quantum computers have the potential to significantly improve the performance of chess engines. Quantum computers use the principles of quantum mechanics to perform calculations, which allows them to process information in ways that are not possible with classical computers.

One of the key advantages of quantum computers is their ability to perform parallel computations. In a classical computer, each calculation is performed sequentially, which can limit the speed at which the computer can solve complex problems. In a quantum computer, however, many calculations can be performed simultaneously, which can significantly increase the speed at which the computer can solve problems.

In the case of chess engines, this increased parallelism can allow quantum computers to evaluate many more positions on the chess board in the same amount of time as a classical computer. This could allow quantum computers to find better moves, and to make more accurate predictions about the outcome of a game.

Another advantage of quantum computers is their ability to perform calculations using superpositions and entanglement. In a classical computer, each bit of information can only be in one of two states (0 or 1). In a quantum computer, however, a qubit (the quantum equivalent of a bit) can be in multiple states simultaneously. This allows quantum computers to perform calculations on all possible inputs at the same time, which can significantly reduce the amount of time needed to find the solution to a problem.

In the case of chess engines, this ability to perform calculations using superpositions and entanglement could allow quantum computers to search for the best moves on the chess board more efficiently. This could allow quantum computers to find better moves, and to make more accurate predictions about the outcome of a game.

Overall, the development of quantum computers has the potential to bring significant improvements in the performance of chess engines. Quantum computers could allow chess engines to evaluate more positions on the chess board in the same amount of time, and to find better moves more quickly. This could lead to significant advances in the field of chess engine technology, and could ultimately result in stronger, more powerful chess engines.

Chess engines are computer programs that are designed to play chess. These engines use advanced algorithms and data structures to analyze the chess board and make decisions about the best moves to play.

One way to evaluate the strength of a chess engine is by using a benchmarking system. A chess engine benchmarking system is a set of tests that are designed to measure the performance of a chess engine on a given hardware platform. The results of these tests are used to compare the relative strength of different chess engines, and to determine the best chess engine for a given hardware configuration.

One of the most popular chess engine benchmarking systems is the "nodes per second" (np/s) benchmarking system. This system measures the number of nodes (i.e. positions on the chess board) that a chess engine can evaluate per second. The higher the number of nodes per second, the stronger the chess engine is considered to be.

To use the np/s benchmarking system, a chess engine is run on a specific hardware platform and allowed to search a set of positions to a specified depth. The number of nodes evaluated by the engine is then measured, and the result is reported in units of np/s. This number can then be used to compare the strength of different chess engines on the same hardware platform.

The np/s benchmarking system has several advantages over other benchmarking systems. It is easy to use and does not require specialized hardware or software. It is also consistent and repeatable, so the results of the tests can be compared accurately.

However, the np/s benchmarking system also has some limitations. It only measures the raw computational power of a chess engine, and does not take into account other factors that can affect the strength of a chess engine, such as the quality of the search algorithms or the amount of opening book knowledge. It also does not account for differences in the hardware platform, such as the type of processor or the amount of memory.

Despite these limitations, the np/s benchmarking system is widely used by chess enthusiasts and professionals to evaluate the strength of different chess engines. It provides a simple and effective way to compare the performance of different chess engines on a given hardware platform.

Chess engines are computer programs that are designed to play the game of chess. They are typically used by chess enthusiasts and pro-level chess players to analyze and improve their own play.

The first chess engines were developed in the 1950s, but it wasn't until the 1990s that they became powerful enough to compete with the best human players. Since then, chess engines have continued to evolve and improve, and for a long time, they have been considered some of the most advanced artificial intelligence programs in existence.

One of the key features of chess engines is their ability to search vast numbers of possible moves in a short amount of time. This allows them to consider a wide range of possibilities and make highly accurate predictions about the outcome of a game. Chess engines are also able to learn from their experiences, using techniques such as machine learning to improve their play over time.

There are many different chess engines available, each with its own strengths and weaknesses. Some are specialized for certain styles of play, while others are designed to be more general-purpose. Some of the most popular chess engines include Stockfish, Komodo, and Houdini.

While chess engines are a valuable tool for chess players of all skill levels, they are not without their limitations. They can sometimes struggle to understand certain strategic concepts that come naturally to human players, and they are not capable of the creative and intuitive thinking that sets the best human players apart.

Overall, chess engines are an impressive feat of artificial intelligence and a valuable resource for anyone looking to improve their chess skills. Whether you're a beginner trying to learn the basics or a grandmaster looking for a challenging opponent, there's a chess engine out there that can help you take your game to the next level.