1/7 🔥Today’s topic on #AppLayer: “Randomness in Blockchain”

Traditional methods rely on off-chain tools, causing latency and high gas fees.

Discover our approach that’s quick, secure and efficient!

⬇️ All on-chain and game-changing! ⬇️ 2/7 ⏳Traditional methods rely on off-chain tools, causing latency and high gas fees.

AppLayer’s method?
▫️ All on-chain.
▫️ Quick
▫️ Efficient
▫️ Secure

How?
We use the previous block’s randomness seed, introducing up to 16 random actors for signing/verification, complicating hacking efforts.

🚀 Latest upgrade from SparqNet: OrbiterSDK-cpp v0.2.0!

Enhance #DeFi #Gamefi development with a 100% increase in contract execution speed, new features, and substantial upgrades!

Try it now:

Unveiling a pack of new features here 👇🧵bit.ly/OrbiterSDKv020 2] SDKTestSuite: OrbiterSDK now integrates its own testing suite, revolutionizing how developers test contracts. 🖥️

This suite offers a straightforward, user-friendly interface, akin to Hardhat or Truffle from EVM, streamlining your testing process like never before!

Who is ready for the most innovative DEX the world has ever seen?

Only on @SparqNet OrbiterSDK and @avax #Subnets
Learn more about our technologies below 👇 (1/4) @avax Looped Orderbooks: See a live feed of orders in real time without any centralization, straight from the blockchain itself. This is only made possible with our OrbiterSDK C++ app-chain technology. Leveraging the C++ language to its max. (2/4)

1] Let's dive into why #SparqNet is the best place to build institutional #DeFi on #Avalanche ! 👇
: bit.ly/SparqNetSDK

2] SparqNet enables the consolidation of factory and routing contracts into one.⚡️

You can choose a block transfer frequency, cutting transaction steps and freeing up computational resources!

1] How SparqNet’s OrbiterSDK 0.1.0 Update Enhances Appchain Development 🚀

Let's dive deeper on how the newest OrbiterSDK 0.1.0 by SparqNet isn’t just an update; it's a game-changer 👇
2] 💡 Hassle-Free Dynamic Contracts with Auto-Registration:

OrbiterSDK 0.1.0 brings in an auto-registration feature that makes everything seamless.

⏳ Time saved, fewer errors, and a smoother process from the get-go.

📫 5 Ways to Stay Up to Date with the Latest from SparqNet!

If you're an #Avalanche #GameFi builder or #Web3 fan, let's get in touch!

1/6 🔺 Explore the ♥️ of our developments on GITHUB. Collaborate with our team through coding, here we support C++ and more to come!

Let's see how our tools can supercharge your products.⚡️

Join the coding journey!
:

2/6 🔺 bit.ly/SparqNetSDK

1/6 In this thread, we'll explore how our 5 latest #GameFi partners integrate and leverage SparqNet's SDK! 🎮

Get ready for some exciting insights 👇
@CatacombCrawler @WavemStudios
@GladiatorsVerse @iotex_io
@streamnfthq 2/6 @CatacombCrawler
Harnesses SparqNet's robust infrastructure:
✅ High network speed (up to 400k TPS)⚡️
✅ Composability
✅ Language flexibility
✅ Cross-chain bridging
Integrating these boosts smoother gameplay and quicker transactions! 🎮

1/8 The OrbiterSDK is evolving as the foundational framework for the Gateway Network, a protocol that facilitates registration and communication between distinct networks. The goal? Seamless interoperability and enhanced functionality.

Let's explore the technical details! 👇🧵 2/8 The integration of the Gateway Network and protocol contracts into OrbiterSDK enabled communication and data/asset exchange between registered networks. Bridge connections, foster collaboration, and expand dev possibilities with #SparqNet.

1/8 Vulkan brought many improvements over the previous version of the OrbiterSDK, granting #Avalanche developers with a solid base to build scalable #Web3 products ranging from games to DeFi 💾

Try now:

Here's all you need to know 🧵👇 https://t.co/cLR07YV9QGbit.ly/SparqNetSDK
2/8 The OrbiterSDK now uses specialized types like Bytes, BytesArr, and BytesArrView instead of std::string. This enhances code clarity and simplifies debugging by utilizing purpose-built data representations.

1/ Vulkan is now live on our GitHub! ⚡

The 0.1.0 version of our OrbiterSDK brings a few additions, major breakthroughs for #Avalanche builders, and an array of enhancements.

Try it now:

Let's dive into the notable changes in this release 👇🧵 https://t.co/tOsfh4mN1ybit.ly/SparqNetSDK
2/ Auto-Registration through Reflections on Dynamic Contracts:

We've leveraged the power of C++ templates and reflection to automate function registration within Dynamic Contracts. Say goodbye to manual decoding of transaction data and let OrbiterSDK handle it for you!

1/6 Let's deep-dive into our most recent partnership with @Sending_Network, an open and secure communications protocol that empowers builders by providing customized chatting solutions for #Web3 Gaming, Wallets, and more.

Here's all you need to know 👇🧵 2/6 Sending Network, an open, secure Web3 communications protocol, has teamed up with #SparqNet, a meta-network known for its exceptional network speed (up to 400k TPS), scalability, composability, language-agnosticism, and cross-chain bridging capabilities 🤝

@BionicOwls will join us during TestNet as a builder partner to implement the #SparqNet SDK. Their action-based play-to-impact NFT game will leverage SparqNet's lightning-fast 400k TPS to revolutionize the #Gamefi space.

More below 👇 @BionicOwls is an NFT-Enabled, Play to Impact, Play to Earn game, designed to bring inclusivity to the Web3 space. Our (3600) pc—Limited Edition 3D avatar characters with actual usability in the game and metaverse to come.

Our Solidity transpiler will enable #Avalanche builders to translate Solidity smart contracts into code in another language, starting with C++, speeding up the development process for any #Web3 application or product.

Scroll down to learn more about this tool🧵👇 The Solidity transpiler creates all the functions that facilitate the back-and-forth between the Contract and the State of the Blockchain. It also enables developers to route all contract calls through one place, making communication leaner and more efficient ⚡️

Our official documentation is available for all the builders, validators, and blockchain enthusiasts out there in the #Avalanche community.

This comprehensive list includes mamny ideas, guidelines, and other valuable information about #SparqNet, so here’s what to expect 🧵 👇 The SparqNet GitBook details the concepts, implementation, tools and utilities associated with our project. It’s the core document for developers interested in understanding the code behind various SparqNet elements.

Transpilers are powerful tools that allow developers to convert code from one language to another, opening up a world of options.

For those who guessed it, the #SparqNet transpiler will arrive to assist #Avalanche builders in the process of converting Solidity to C++ and more🧵 SparqNet’s Solidity transpiler enables developers to take smart contracts written in Solidity and translate them into code in another programming language, such as C++. This helps speed up development and enables developers to try methods unique to different languages 🌐

Exciting news for all #Avalanche builders! We'll be launching our highly anticipated #testnet very soon. This is a major milestone in our journey to provide a cutting-edge infrastructure to deploy #Subnets capable of reaching 400k TPS in a language-agnostic meta-network ⚡️ The testnet will allow participants and co-builders to explore and interact with some of the basic key features of the #SparqNet framework.

Our goal is to provide developers from different backgrounds with the initial tools of our SDK to create without limits during this period.

#Web3 development involves unique considerations like encryption, multiple chain connections, and scaling. Standalone tools, suites, add-ons and plugins can come in handy when building on #Avalanche or any other network.

Here are the 8 essential tools for #Web3 builders 🧵 1⃣Infura – A combination of blockchain APIs and other developer tools offered with up to 99.9% uptime, categorized according to use cases, with the option of managed infrastructure and multiple target EVM-compatible chains.