The Kaspa BlockDAG Integration Guide is a slide presentation created to assist developers, exchanges, and DeFi projects in implementing Kaspa’s blockchain technology. Kaspa’s system is known for its decentralized nature, scalability, and security, achieved through a BlockDAG data structure. This guide covers the basics, including technical details about transactions and the Kaspa network’s nodes.
Kaspa blockchain’s standout feature is its capacity for handling vast transaction volumes efficiently and securely. The guide details how the BlockDAG structure allows for simultaneous transaction processing, which boosts the network’s capacity. Technical integration aspects, like the Kaspa API and transaction types, are also discussed.
Beyond technical information, the guide suggests best practices for Kaspa network integration and provides performance optimization tips, BlockDAG metric interpretation, and code examples to facilitate a smooth integration process.
The Integration Guide is a vital tool for those looking to tap into the capabilities of Kaspa’s blockchain technology. It offers thorough instructions and resources for all levels of developers.
The author of the guide is lAmeR^, a Software Ecosystem Developer found on the Kaspa Discord.
Embrace the unstoppable revolution and become your own bank. It’s time for some Chainge.
Chainge Finance, a unified non-custodial wallet and DeFi app, offers Kaspa users a range of benefits for storing and managing their KAS coins. With its various features, Chainge is an ideal choice for Kaspa, whether used as a native wallet or for DeFi purposes. It aligns well with Kaspa’s goal of delivering a scalable, secure, decentralized platform for its users.
One of the significant benefits of Chainge Finance is its secure non-custodial wallet for storing KAS coins. In expert mode, users own their seed phrase, which they can import into other wallets whenever they want. Additionally, the seed phrase can be encrypted in a QR code for added security.
Chainge also offers a cross-chain aggregated DEX, which allows users to seamlessly swap, send and receive crypto assets across networks, an escrow module, a top DEX aggregator, a futures DEX, and the very first decentralized options DEX — all powered and secured by the innovative Fusion DCRM technology.
The platform is also dedicated to improving user experience and security. For example, the platform offers a hardware wallet by Arculus, which users can pre-order to securely store their KAS coins offline.
Chainge will be introducing the option for users to onboard via email, an alternative to existing OTP sent via mobile SMS, with the option of choosing 2FA for more advanced users.
Finally, their virtual credit card allows users to convert their KAS to USDC and off-ramp the funds via a credit card option.
Chainge is an excellent native wallet for Kaspa users looking to manage their KAS coins with ease and complete control. With its secure non-custodial wallet, Cross-chain Aggregated DEX, multiple channels for sending and receiving crypto, decentralized escrow module, hardware cold wallet, and credit card feature, Chainge offers a comprehensive platform for managing cryptocurrencies. Furthermore, Chainge continues to innovate and improve its services to provide its users with a secure, accessible, and convenient platform for managing their digital assets.
For more information, you can visit CHAINGE.FINANCE
Tip: Chainge is currently the most liquid cross-chain aggregated DEX on the market.
You can also check out KASPA on various platforms such as MEDIUM, TELETYPE, DISCORD, TELEGRAM, TWITTER, REDDIT, GITHUB, and EXPLORER.
Find me on the Kaspa discord — Bubblegum Lightning.
On Wednesday, March 15th at 12:00 PM EST, Bubblegum Lightning (@BubblegumLtng) and co-host Wolfie (@Kaspa_HypeMan) will be hosting a Kaspa Twitter Space event. They will be joined by special guest Oana Batran to discuss the future of Kaspa and Chainge Finance. The event will focus on the integration between the two and how it benefits users, as well as allow for audience questions.
The Twitter Space will cover topics such as why Chainge Finance chose to support Kaspa, how it aids in Kaspa’s mission for decentralization, and details about Chainge’s unique decentralized exchange and other features. This unofficial event is put together by Kaspa community contributors and offers an excellent opportunity for users to learn more about the collaboration between Kaspa and Chainge Finance, and the advancements they are bringing to the world of DeFi.
The event will be accessible via the following link: https://twitter.com/i/spaces/1MYGNgAnevyJw.
For more information about Kaspa and Chainge Finance, visit their respective websites and social media channels. This marks the third Twitter Space event for Kaspa Currency.
A step-by-step guide on solo mining for Windows users has been released. Solo mining offers the advantage of improving the Kaspa network’s decentralization and the potential to earn rewards without pool fees or third parties involvement. It gives miners complete control over their mining process and the chance to keep the full reward if they hit a block.
Before beginning, it’s essential to have a synced Kaspad node. For those who haven’t set up a node yet, a previous tutorial is available for reference. Solo mining is suitable for any hashrate, but a rate of 10-15 GHS or higher increases the likelihood of finding more than one block daily.
To estimate potential rewards, users can use a bot-command on Kaspa’s Discord server. If mining software is not yet installed, another tutorial is available that demonstrates using Bzminer with acc.pool.
Setting up for solo mining is straightforward, with options available in the mining program. When using Bzminer, the last lines of the Kaspa batch file need to be adjusted for solo mining. If the node runs on the same machine as the mining software, users should delete “::” symbols and replace “kaspa:0000” with their receiving address.
For those with multiple rigs and a single machine hosting the node, the machine’s IP address on the local network is needed. This can be found using the “ipconfig” command in Windows. For nodes on external networks, port number 16110 must be opened on the machine’s firewall and router, and the router’s remote/external IP obtained through a specific tool.
AvogHadro, a Community Helper in the Kaspa Discord, is noted for his knowledge and support within the Kaspa Community.
Additional resources include Kaspa’s official website, wiki, Medium page, Teletype, Discord, Telegram, Twitter, Reddit, GitHub, and Explorer. The original tutorial by AvogHadro can be found on Kaspa’s website.
In today’s tutorial, we’ll be guiding you through the steps to install a CLI Wallet on Windows using Kaspad. After successfully syncing your kaspad node, you can create and use a command-line interface wallet with the kaspawallet.exe program.
To get started, open a new command prompt and navigate to your kaspad folder. From there, you can run “kaspawallet.exe -h” to see the available options and commands for the wallet. You can also create a multi-sig wallet, which allows multiple users to share and manage funds.
Creating a new wallet is as simple as running “kaspawallet.exe create” and setting a secure password. Make sure to store this password safely, as well as the “keys.json” file that is generated in the AppData folder.
Once your wallet is set up, you can start the wallet daemon by running “kaspawallet.exe start-daemon.” This will sync your wallet with the Kaspa network. To manage your funds, use the wallet commands in the command prompt, such as “kaspawallet.exe balance -v” to check your balance.
To receive Kaspa coins, create a new address with “kaspawallet.exe new-address” and use it to request a transaction from the Kaspa faucet. To send coins, you’ll need to input the receiving address and the amount using the send command.
Remember to never share your keys.json file or password with anyone. For additional support, you can reach out to AvogHadro, a Community Helper in the Kaspa Discord.
Stay connected with the Kaspa community through their official website, wiki, Medium, Teletype, Discord, Telegram, Twitter, Reddit, GitHub, and Explorer. And don’t forget to look for Bubblegum Lightning on the Kaspa discord for more information.
A step-by-step guide on setting up a Kaspad node on Windows for solo mining and joining the Kaspa network has been released. Kaspad is the primary software used for running a full node on the Kaspa cryptocurrency network, allowing users to actively participate in transaction validation and block propagation. This not only contributes to the network’s security but also enables users to mine solo without depending on mining pools.
For optimal performance, it is recommended to have a system with at least 4 to 8 GB of RAM, a 4-core CPU, and a stable internet connection. While the computational demands are not high, sufficient storage space is necessary to hold the blockDAG data, with around 50GB being adequate.
The Kaspad full node program can be downloaded from the official GitHub repository. Users should ensure they download the latest version for the most up-to-date improvements and bug fixes. Once the .zip file is downloaded, it should be extracted to a chosen directory.
To launch the node, users need to open a command prompt or terminal window and navigate to the directory where the Kaspad binary was extracted. Running the “kaspad.exe — utxoindex” command will start the node, which may prompt a firewall warning that should be allowed for proper functioning.
The synchronization process with the network may take some time, but once complete, the node can be used for various functions such as direct mining, creating CLI wallets, or querying blockchain transaction data.
For further assistance and support, AvogHadro is a community helper in the Kaspa Discord known for his knowledge and contributions within the community. Additional resources and information can be found on the Kaspa website, wiki, Medium, Teletype, Discord, Telegram, Twitter, Reddit, GitHub, and the blockchain explorer.
This tutorial was originally provided by AvogHadro and can be found on the Kaspa website.
