Campaign designed to accelerate integration with Soneium, layer-2 solution for Ethereum

Web3 Network Astar Announces Pre-Deposit Campaign

2024 ASTAR 10x Marketing Accelerator Program ASTAR logo SEOUL, SOUTH KOREA, January 7, 2024 /EINPresswire.com/ -- ASTAR (Astar Corp) has announced its marketing program targeting companies participating in the world&#x27;s largest consumer electronics and IT exhibition, CES 2024, held in Las Vegas ...

ASTAR Corporation Unveils Marketing Program fused by AVICA A.I ...

A*STAR&#x27;s biomedical research institutes and centres are located at Biopolis, along with other corporate research labs by companies such as Novartis, Danone, Abbott and Procter &amp; Gamble. Over the years, the biomedical sector in Singapore has expanded in tandem with Biopolis.

Agency for Science, Technology and Research - Wikipedia

Agrupación Social Trabajadores Armeros, S.A.L. (ASTAR), was a Spanish firearms company. STAR Firearms&#x27; remaining company assets were merged with Astra Firearms. The new company began making weapons under the name ASTAR. Another semi-merger, an employee driven one, occurred with IPAR Guns in ...

ASTAR (company) - Wikipedia

Japan&#x27;s most popular smart contract platform supporting both EVM and WebAssembly (Wasm) environments, and the tools and languages developers already know.

Astar Network - The Future of Multichain Smart Contracts

The Astar Network was founded in 2019 by Sota Watanabe, a blockchain pioneer who featured in Forbes30 Under 30 Asia in 2022. He has a degree in economics from Keio University in Japan. Throughout his career Watanabe has worked as a marketing specialist at Chronicled, at an IT-company in San ...

Astar price today, ASTR to USD live price, marketcap and chart ...

The Agency for Science, Technology and Research (A*STAR) drives mission-oriented research that advances scientific discovery and technological innovation.

Agency for Science, Technology and Research (A*STAR)

Astar Inc., located in South Bend, IN, is a leading manufacturer and supplier of injection molded plastics products, specializing in delivering high-quali...

Astar Inc. - Injection Molded Plastic Companies

Our research creates economic growth and jobs for Singapore. As a Science and Technology Organisation, we bridge the gap between academia and industry

About A*STAR

At ASTAR, we provide 3rd-party Operator Qualifications (OQ), safety and task training, OQ Consulting and Program Management, Drug and Alcohol Consulting and Management, Drone Services, and Safety Consulting. Contact us today for more information. www.astarinc.com

Operator Qualification | OQ | ASTAR, Inc.

Astar

astar

Astar Network and Sequence have announced the official launch of Astar Studio, a cutting-edge platform created to empower developers working on web3 projects, which is an exciting step for the web3 community. Astar Studio, driven by Sequence technology and based on the cutting-edge Astar zkEVM, intends to simplify the creation of web3 applications, especially for the gaming industry. The foundation of Astar Studio is Astar zkEVM, a next-generation zero-knowledge Layer 2 (L2) blockchain scaling solution created with Polygon's Chain Development Kit (CDK). With this integration, Astar zkEVM becomes the first L2 solution to work with AggLayer, improving web3 gaming and enterprise project capabilities on Astar Network, the leading blockchain platform in Japan, for web3 gaming and enterprise projects. Developer-Centric Features and Tools Astar Studio offers an all-inclusive toolkit intended to streamline and accelerate the web3 development process. One of the main features is the official Astar zkEVM "Developer Console," which is driven by Sequence and provides an easy-to-use interface for web3 project management and deployment. By giving developers complete authority, the platform seeks to improve community interaction, shorten project times, and increase user loyalty. The plug-and-play tools on the platform are designed to satisfy the various requirements of developers. These consist of gas sponsorship mechanics, payment flows, transaction APIs, game analytics, user interface kits, and customisable smart wallet solutions. Furthermore, Astar Studio provides SDKs for Unity, Unreal Engine, and mobile platforms to enable well-known development environments. Shaun Wang, Chief Technology Officer at Astar Network, stated that the developers working on Astar zkEVM will greatly benefit from the integration with Sequence."By combining Astar zkEVM with Sequence's development platform, we're empowering developers to build next-generation web3 dApps in easy mode. This partnership fosters a smooth and familiar development experience while ensuring low transaction fees and scalability. We're excited to see the innovative and engaging experiences that developers will create with Astar Studio and look forward to working with Sequence.” $200K Astar Studio Credit Grant Program Astar and Sequence have announced a $200,000 Astar Studio Credit Grant in an effort to promote innovation and expansion within the Astar zkEVM ecosystem. Through this programme, credits for the various developer tools available within Astar Studio will be awarded to selected projects. Astar and Sequence will work together to oversee the selection and credit allocation process, with the goal of the grant being to support the development of innovative web3 games and applications. Sequence Builder's integration with Astar zkEVM enables developers to begin developing within Astar's expanding ecosystem using their familiar tools and SDKs and workflows. By providing Astar developers with the necessary tools in an end-to-end development platform under their own brand, Astar Studio eliminates the high learning curves associated with using other fragmented web3 solutions. Developers can now concentrate on creating genuinely engaging user experiences thanks to this potent combination. Our joint credit grant programme is the icing on the cake, supporting the development of innovative web3 games and experiences on Astar zkEVM. "We think that this collaboration will significantly spur the expansion of web3 gaming and the Astar community," stated Issei Kashima, Sequence's APAC Business Development and Partnerships Manager. "The integration with Sequence is going to be very beneficial for the developers building on Astar zkEVM," says Shaun Wang, Chief Technology Officer at Astar Network. "By combining Astar zkEVM with Sequence's development platform, we're empowering developers to build next-generation web3 dApps in easy mode. This partnership fosters a smooth and familiar development experience while ensuring low transaction fees and scalability. We're excited to see the innovative and engaging experiences that developers will create with Astar Studio and look forward to working with Sequence”. For developers interested in leveraging the powerful capabilities of Astar Studio, further information and the application form for the Astar Studio Credit Grant can be found on the Astar Studio website. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. Astar Network and Sequence have announced the official launch of Astar Studio , a cutting-edge platform created to empower developers working on web3 projects, which is an exciting step for the web3 community. Astar Studio, driven by Sequence technology and based on the cutting-edge Astar zkEVM, intends to simplify the creation of web3 applications, especially for the gaming industry. Astar Network Sequenc e Sequenc Astar Studio Astar Studio Astar zkEVM, Astar zkEVM, The foundation of Astar Studio is Astar zkEVM, a next-generation zero-knowledge Layer 2 (L2) blockchain scaling solution created with Polygon's Chain Development Kit (CDK). With this integration, Astar zkEVM becomes the first L2 solution to work with AggLayer, improving web3 gaming and enterprise project capabilities on Astar Network, the leading blockchain platform in Japan, for web3 gaming and enterprise projects. Developer-Centric Features and Tools Astar Studio offers an all-inclusive toolkit intended to streamline and accelerate the web3 development process. One of the main features is the official Astar zkEVM "Developer Console," which is driven by Sequence and provides an easy-to-use interface for web3 project management and deployment. By giving developers complete authority, the platform seeks to improve community interaction, shorten project times, and increase user loyalty. The plug-and-play tools on the platform are designed to satisfy the various requirements of developers. These consist of gas sponsorship mechanics, payment flows, transaction APIs, game analytics, user interface kits, and customisable smart wallet solutions. Furthermore, Astar Studio provides SDKs for Unity, Unreal Engine, and mobile platforms to enable well-known development environments. Shaun Wang, Chief Technology Officer at Astar Network, stated that the developers working on Astar zkEVM will greatly benefit from the integration with Sequence."By combining Astar zkEVM with Sequence's development platform, we're empowering developers to build next-generation web3 dApps in easy mode. This partnership fosters a smooth and familiar development experience while ensuring low transaction fees and scalability. We're excited to see the innovative and engaging experiences that developers will create with Astar Studio and look forward to working with Sequence.” $200K Astar Studio Credit Grant Program Astar and Sequence have announced a $200,000 Astar Studio Credit Grant in an effort to promote innovation and expansion within the Astar zkEVM ecosystem. Through this programme, credits for the various developer tools available within Astar Studio will be awarded to selected projects. Astar and Sequence will work together to oversee the selection and credit allocation process, with the goal of the grant being to support the development of innovative web3 games and applications. Sequence Builder's integration with Astar zkEVM enables developers to begin developing within Astar's expanding ecosystem using their familiar tools and SDKs and workflows. By providing Astar developers with the necessary tools in an end-to-end development platform under their own brand, Astar Studio eliminates the high learning curves associated with using other fragmented web3 solutions. Developers can now concentrate on creating genuinely engaging user experiences thanks to this potent combination. Our joint credit grant programme is the icing on the cake, supporting the development of innovative web3 games and experiences on Astar zkEVM. "We think that this collaboration will significantly spur the expansion of web3 gaming and the Astar community," stated Issei Kashima, Sequence's APAC Business Development and Partnerships Manager. "The integration with Sequence is going to be very beneficial for the developers building on Astar zkEVM," says Shaun Wang, Chief Technology Officer at Astar Network. "By combining Astar zkEVM with Sequence's development platform, we're empowering developers to build next-generation web3 dApps in easy mode. This partnership fosters a smooth and familiar development experience while ensuring low transaction fees and scalability. We're excited to see the innovative and engaging experiences that developers will create with Astar Studio and look forward to working with Sequence”. For developers interested in leveraging the powerful capabilities of Astar Studio, further information and the application form for the Astar Studio Credit Grant can be found on the Astar Studio website . Astar Studio website Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program . HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. Vested Interest Disclosure: business blogging program

Astar Studio Launches with $200K Credit Grant for Web3 Projects

Astar স্টুডিও ওয়েব3 প্রকল্পের জন্য $200K ক্রেডিট অনুদানের সাথে চালু করেছে

Astar Studio startet mit 200.000-Dollar-Kredit für Web3-Projekte

Astar Studio se lanza con una subvención de crédito de 200.000 dólares para proyectos Web3

Astar Studio est lancé avec une subvention de crédit de 200 000 $ pour les projets Web3

एस्टार स्टूडियो ने वेब3 परियोजनाओं के लिए $200K क्रेडिट अनुदान के साथ शुरुआत की

Astar Studio が Web3 プロジェクト向けに 20 万ドルのクレジット助成金を提供開始

Astar Studio, Web3 프로젝트에 대해 200,000달러 크레딧 보조금 출시

Astar Studio é lançado com concessão de crédito de US$ 200 mil para projetos Web3

Astar Studio запускает кредитный грант в размере 200 тысяч долларов для проектов Web3

Astar Studio, Web3 Projeleri için 200 Bin Dolarlık Kredi Hibesiyle Başlıyor

Astar Studio ra mắt với khoản tài trợ tín dụng trị giá 200 nghìn đô la cho các dự án Web3

Astar Studio 推出面向 Web3 项目的 20 万美元信用补助

DUBAI, United Arab Emirates, April 24th, 2024/Chainwire/--“Yoki Origins”, supported by Bandit Network and Brave Ads, introduces a gamified and rewarding experience for Astar zkEVM users, marking a significant milestone in Web3 adoption. Bandit Network, a leading provider of White-Labelled Quest solutions with Points SDK, proudly announces its collaboration with Astar Network to power the ongoing “Yoki Origins'' journey. Launched on March 8th, this innovative user onboarding journey coincides with the mainnet release of Astar zkEVM, a Layer 2 scaling solution for Ethereum. This collaboration represents a significant milestone in the evolution of Web3 infrastructure. Astar zkEVM, leveraging Ethereum's security and the Polygon CDK (Chain Development Kit), offers a secure and scalable platform for Web3 projects and enterprises. As the inaugural zero-knowledge EVM chain, Astar zkEVM unlocks access to Ethereum's extensive developer resources and industry-standard infrastructure providers. The "Yoki Origins'' journey, powered by Bandit Network's White-Labelled Quest solutions with Points SDK promoted by Brave Ads, introduces users to the world of Astar zkEVM through interactive experiences inspired by Japanese Yokais. Participants engage with Capsule Machines, or "Yo-Ports," to collect Yokis and artistic creations, fostering engagement and loyalty within the Astar ecosystem. "Bandit Network is thrilled to collaborate with Astar Network on the 'Yoki Origins' journey," said Sandesh B Suvarna, Founder of Bandit Network. "Our White-Labelled Quest solutions with Points SDK, along with promotion through Brave, provide a seamless and engaging experience for users, allowing them to immerse themselves in the Astar ecosystem while celebrating Japanese culture and heritage." Maarten Henskens, Head of Astar Network, commented, "Bandit Network's platform with Brave Ads has been instrumental in bringing the 'Yoki Origins' journey to life. This collaboration underscores our commitment to delivering innovative and engaging experiences to our community as we continue to expand the capabilities of Astar zkEVM." ** ** Luke Mulks, VP of Business Operations at Brave, highlights the integral role of Bandit Network's solutions in partnership with Brave Ads, "We’re excited for Brave Ads to be collaborating with Bandit Network's White-Labelled Quest solutions to bring awareness and growth for the Astar ecosystem. With collaborations like 'Yoki Origins', Brave Ads demonstrates the ability to use Quests as a growth accelerator. Brave Ads campaigns will elevate Quests beyond airdrop farmers, introducing Quests to millions of Brave Rewards users. In addition to earning BAT with their attention, Brave Rewards users will now be able to earn even more by participating in Quests through Astar and other participating Bandit Network partners advertising with Brave Ads." Brave offers Web3 promotional opportunities through Brave Ads for advertisers that pay with BAT for their campaigns, facilitating growth and adoption within the broader Web3 ecosystem. ** ** The "Yoki Origins" journey invites users to explore Astar zkEVM’s unique characters, participate in quests, and collect digital collectibles. Through interactive Capsule Machines, participants can obtain Yokis and artistic creations contributed by various artists, enterprises, and builders. The user journey aims to foster accessibility for individuals unfamiliar with Web3, incorporating social logins and credit card payments. Astar Network serves as a conduit for projects spanning enterprise, entertainment, and gaming to enter the Japanese market and beyond. By propelling global adoption of Web3, Astar aims to build an ecosystem fueled by both Polkadot and Polygon, positioning itself as a leading blockchain for the Japanese market. For more information about Bandit Network and the "Yoki Origins" journey, visit https://yoki.astar.network/en. About Bandit Network: Bandit Network is a leading provider of White-Labelled Quest solutions with Points SDK, offering a no-code platform for engaging and interactive experiences. With a focus on fostering user engagement and loyalty, Bandit Network empowers organisations to create immersive campaigns and events across various industries. Media Contact: Name: Sandesh B Suvarna Designation: Founder Company: Bandit Network Email: sandesh@bandit.network LinkedIn: https://www.linkedin.com/in/sandeshbsuvarna/ Twitter: https://twitter.com/sandeshsuvarna Telegram: https://t.me/SandeshBSuvarna Name: Luke Mulks Designation: VP - Business Operations Company: Brave Email: press@brave.com Twitter: https://twitter.com/lukemulks Twitter: https://twitter.com/brave Advertisers: https://ads.brave.com/ This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. DUBAI, United Arab Emirates, April 24th, 2024/Chainwire/-- “Yoki Origins”, supported by Bandit Network and Brave Ads , introduces a gamified and rewarding experience for Astar zkEVM users, marking a significant milestone in Web3 adoption. DUBAI, United Arab Emirates, April 24th, 2024/Chainwire/-- Bandit Network Bandit Network Brave Ads Brave Ads Bandit Network , a leading provider of White-Labelled Quest solutions with Points SDK, proudly announces its collaboration with Astar Network to power the ongoing “Yoki Origins'' journey. Launched on March 8th, this innovative user onboarding journey coincides with the mainnet release of Astar zkEVM, a Layer 2 scaling solution for Ethereum. This collaboration represents a significant milestone in the evolution of Web3 infrastructure. Bandit Network Bandit Network Astar zkEVM, leveraging Ethereum's security and the Polygon CDK (Chain Development Kit), offers a secure and scalable platform for Web3 projects and enterprises. As the inaugural zero-knowledge EVM chain, Astar zkEVM unlocks access to Ethereum's extensive developer resources and industry-standard infrastructure providers. The "Yoki Origins'' journey, powered by Bandit Network's White-Labelled Quest solutions with Points SDK promoted by Brave Ads, introduces users to the world of Astar zkEVM through interactive experiences inspired by Japanese Yokais. Participants engage with Capsule Machines, or "Yo-Ports," to collect Yokis and artistic creations, fostering engagement and loyalty within the Astar ecosystem. "Bandit Network is thrilled to collaborate with Astar Network on the 'Yoki Origins' journey," said Sandesh B Suvarna, Founder of Bandit Network. "Our White-Labelled Quest solutions with Points SDK, along with promotion through Brave, provide a seamless and engaging experience for users, allowing them to immerse themselves in the Astar ecosystem while celebrating Japanese culture and heritage." "Bandit Network is thrilled to collaborate with Astar Network on the 'Yoki Origins' journey," said Sandesh B Suvarna, Founder of Bandit Network. "Our White-Labelled Quest solutions with Points SDK, along with promotion through Brave, provide a seamless and engaging experience for users, allowing them to immerse themselves in the Astar ecosystem while celebrating Japanese culture and heritage." Maarten Henskens, Head of Astar Network, commented, "Bandit Network's platform with Brave Ads has been instrumental in bringing the 'Yoki Origins' journey to life. This collaboration underscores our commitment to delivering innovative and engaging experiences to our community as we continue to expand the capabilities of Astar zkEVM." Maarten Henskens, Head of Astar Network, commented, "Bandit Network's platform with Brave Ads has been instrumental in bringing the 'Yoki Origins' journey to life. This collaboration underscores our commitment to delivering innovative and engaging experiences to our community as we continue to expand the capabilities of Astar zkEVM." ** ** Luke Mulks, VP of Business Operations at Brave, highlights the integral role of Bandit Network's solutions in partnership with Brave Ads, "We’re excited for Brave Ads to be collaborating with Bandit Network's White-Labelled Quest solutions to bring awareness and growth for the Astar ecosystem. With collaborations like 'Yoki Origins', Brave Ads demonstrates the ability to use Quests as a growth accelerator. "We’re excited for Brave Ads to be collaborating with Bandit Network's White-Labelled Quest solutions to bring awareness and growth for the Astar ecosystem. With collaborations like 'Yoki Origins', Brave Ads demonstrates the ability to use Quests as a growth accelerator. Brave Ads campaigns will elevate Quests beyond airdrop farmers, introducing Quests to millions of Brave Rewards users. In addition to earning BAT with their attention, Brave Rewards users will now be able to earn even more by participating in Quests through Astar and other participating Bandit Network partners advertising with Brave Ads." Brave Ads campaigns will elevate Quests beyond airdrop farmers, introducing Quests to millions of Brave Rewards users. In addition to earning BAT with their attention, Brave Rewards users will now be able to earn even more by participating in Quests through Astar and other participating Bandit Network partners advertising with Brave Ads." Brave offers Web3 promotional opportunities through Brave Ads for advertisers that pay with BAT for their campaigns , facilitating growth and adoption within the broader Web3 ecosystem. for advertisers that pay with BAT for their campaigns for advertisers that pay with BAT for their campaigns ** ** The "Yoki Origins" journey invites users to explore Astar zkEVM’s unique characters, participate in quests, and collect digital collectibles. Through interactive Capsule Machines, participants can obtain Yokis and artistic creations contributed by various artists, enterprises, and builders. The user journey aims to foster accessibility for individuals unfamiliar with Web3, incorporating social logins and credit card payments. Astar Network serves as a conduit for projects spanning enterprise, entertainment, and gaming to enter the Japanese market and beyond. By propelling global adoption of Web3, Astar aims to build an ecosystem fueled by both Polkadot and Polygon, positioning itself as a leading blockchain for the Japanese market. For more information about Bandit Network and the "Yoki Origins" journey, visit https://yoki.astar.network/en . Bandit Network Bandit Network https://yoki.astar.network/en https://yoki.astar.network/en About Bandit Network: Bandit Network is a leading provider of White-Labelled Quest solutions with Points SDK, offering a no-code platform for engaging and interactive experiences. With a focus on fostering user engagement and loyalty, Bandit Network empowers organisations to create immersive campaigns and events across various industries. Bandit Network Bandit Network Media Contact: Name: Sandesh B Suvarna Designation: Founder Company: Bandit Network Email: sandesh@bandit.network LinkedIn: https://www.linkedin.com/in/sandeshbsuvarna/ Twitter: https://twitter.com/sandeshsuvarna Telegram: https://t.me/SandeshBSuvarna Name: Luke Mulks Designation: VP - Business Operations Company: Brave Email: press@brave.com Twitter: https://twitter.com/lukemulks Twitter: https://twitter.com/brave Advertisers: https://ads.brave.com/ This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. here. here.

Bandit Network's Points SDK And Brave Ads Power Astar zkEVM's Quest Platform "Yoki Origins"

Astar Network Launches Groundbreaking zkEVM Mainnet Paving the Way for Web3 Mass Adoption , a leading player in the Japan and global blockchain industry, today unveiled its highly anticipated zkEVM mainnet launch. This signals a major milestone in Astar's mission to connect organizations, developers and individuals across Japan and beyond to the vast opportunities of web3. Astar Network The launch of marks the dawn of a new era, establishing the network as the premier zero-knowledge Layer 2 solution for high throughput, low cost transactions on Ethereum. Even more significantly, Astar zkEVM is making history as the first layer 2 chain fully integrated into Polygon's revolutionary AggLayer protocol. Astar zkEVM This innovative integration unlocks unprecedented possibilities. By pooling liquidity and interoperability across Ethereum and Polygon's vibrant ecosystems, instantly gains access to a staggering $55 billion in shared liquidity. Crypto enthusiasts, traders and developers can now take advantage of a single, seamless experience as they move assets between the two leading networks without limitation. Astar zkEVM Simply put, Astar is ushering in an unprecedented new standard of Scalability, Liquidity and User Experience that will drive tremendous growth across the entire web3 industry. Heading for Mass Adoption Astar's zkEVM launch represents much more than technical progress - it signifies the arrival of an inflection point where blockchain goes truly mainstream. By solving longstanding issues around high gas fees, network congestion and limited liquidity that have hindered wider crypto adoption, Astar zkEVM removes all barriers for both individual and corporate users who want to participate in the decentralized economy. Real world use cases will flourish as well. Major Japanese brands like Hakuhodo Inc. and Japan Airlines are already leveraging Astar's secure, high-performance infrastructure to tokenize local experiences as NFTs through projects like KOKYO NFT. Expect to see many more enterprises across industries leverage Astar in this way to digitally transform their business models. Developers are also excited about the opportunities opened up through Astar zkEVM and its integration with Polygon. From game studios to finance platforms, decentralized applications of all kinds can now operate at mass scale with instant transactions and limitless scaling. Leading projects like GAMEFIRE and Deloitte-built NFT games are already live in Astar's thriving ecosystem. trueSight: Gamified Experience To kickstart this wave of innovation and adoption, Astar has launched a thrilling new initiative - trueSight. Exploring themes of mystery and discovery central to Japanese culture, trueSight provides a delightful gamified experience where users can collect and upgrade unique digital tokens called Yoki. As participants in trueSight complete objectives, they will gain exclusive access to cutting-edge workshops, networking sessions and prized collaborations with Astar's eminent partners including LayerZero, The Graph and Gelato Network. It's an ingenious device to onboard millions of users to the powerful new mainstream blockchain network while immersing them in rich web3 experiences. Global Pioneers in Unity and Interoperability With its groundbreaking mainnet launch and industry-defining partnership with Polygon via the AggLayer, Astar Network is staking its claim as a true pioneer - forging new paths towards a unified, universally accessible web3 future. Astar's vision of connecting fragmented silos and combining the best of layer 1 sovereignty with layer 2 scalability answers one of blockchain's biggest challenges. By synthesizing technologies, fostering collaboration across ecosystems and spearheading user-centric solutions, Astar is showing the rest of the industry how to scale web3 for billions worldwide. With Astar zkEVM establishing its presence as the lynchpin of Japan's crypto strategy and entry point for individuals and enterprises alike, the network's lights are shining brighter than ever. Under Sota Watanabe's expert guidance, Astar is rising to become one of Asia's most influential blockchain platforms with an invaluable role unifying East and West in the internet's next bold evolution. A Thriving Ecosystem Rises The launch of the zkEVM mainnet opens the floodgates for Astar's bustling ecosystem to enter a new period of explosive expansion. With access to aggregated liquidity and interoperability across Ethereum and Polygon's giant networks, projects building on Astar will enjoy unprecedented opportunities to grow their user bases and scale their offerings. With a history of supporting innovative builders even during the testnet phase, Astar is well positioned to nurture the next generation of groundbreaking decentralized applications. Over 500,000 transactions have already been processed on testnets by over 5000 deployed contracts, proving the maturity and robustness of Astar's framework. Leading the charge are strategic partners delivering essential web3 infrastructure to unleash developer creativity. LayerZero brings their tier-one virtual machine optimized for decentralized finance. The Graph empowers sophisticated data queries powering next-gen DeFi protocols and games. Gelato Network injects speed and efficiency improvements into smart contract execution. These additions augment Astar's own cutting-edge tech, like Jump Trading's high-performance zkEVM virtual machine, ballistic blockchain scalability, and lightweight nodes accessible on low-cost hardware. With near-zero transaction fees and instant confirmations, developers now have an unparalleled canvas for experimentation. Early examples are thriving, like Deloitte's Pokemon tokenization project PACKS and the NFT game being built for a major Japanese sports body. But this is just the beginning - with the combined allure of the Astar and Polygon ecosystems behind it, the sky is truly the limit. Final Thoughts on Astar Network Looking ahead, Astar continues its ambitious roadmap with Polygon integration milestones like Hermit, a data availability protocol that revolutionizes storage. The rollout of novel LayerZero functionality will raise composability to new standards. And ongoing collaboration across the expanding AggLayer community will strengthen interoperability between all connected chains. For users, the network effect of Astar's swelling ecosystem means lower costs, more choices and new wealth creation opportunities through innovative applications and blue-chip projects. Its growing stature as a leader in Japan's national crypto strategy positions the network at the forefront of pioneering industries and use cases taking root locally. With the foundations of the zkEVM mainnet laying a sturdy base, the next chapter is set to elevate Astar Network into the major leagues of global blockchain platforms. Through its insistence on cooperation, obsession with scalability and unwavering dedication to user empowerment, Astar is staking out the high road that will define the industry's future. Don’t forget to like and share the story! This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure:

Elevating Blockchain Interoperability: Astar's zkEVM Sets New Industry Standard 

Revolutionizing the Sports Industry: The Convergence of Blockchain and NFT Technologies Blockchain technology and its derivative, , has ushered in a new era of digital innovation, transcending traditional boundaries and redefining the concept of value in the digital realm. In the sports industry, this technological convergence promises to catalyze profound changes, offering unprecedented opportunities for engagement, monetization, and fan interaction. This article examines the intersection of blockchain and NFTs within the sports sector, highlighting the mechanisms through which these technologies enhance transactional efficiency and facilitate the creation of novel applications. NFTs Non-Fungible Tokens: Redefining Digital Ownership NFTs represent unique digital assets, verifiable through blockchain technology. Unlike cryptocurrencies, NFTs cannot be exchanged on a like-for-like basis, making them perfect for representing ownership of distinct digital items, such as sports memorabilia, tickets, and participatory experiences. Enhancing Transaction Efficiency The integration of NFT development tools with blockchain technology significantly improves transaction efficiency within the sports industry. By leveraging smart contracts, transactions become automatic, secure, and instantaneous, reducing the need for intermediaries and lowering transaction costs. Innovating Through NFTs The creation of sports-themed NFTs opens up new avenues for fan engagement and revenue generation. The case study of the baseball-themed NFT game illustrates how such applications can offer unique experiences, such as digital batting practice, where players earn NFT emblems. This not only enhances the fan experience but also introduces a new model for sports memorabilia and athlete-fan interaction. Promoting Sports Engagement Web3 technologies foster a more interactive and engaging sports ecosystem. Through NFTs, fans can own a piece of their favorite sport, participate in exclusive events, and directly support athletes and teams. This deeper level of engagement strengthens the bond between sports entities and their audiences, potentially increasing fan loyalty and participation. Supporting Service Development The flexibility and security of blockchain technology enable the development of diverse services within the sports industry. From ticketing solutions to athlete management systems, blockchain and NFTs provide the infrastructure necessary for innovative service offerings, enhancing the overall value chain. This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: Transforming the Sports Industry: A Leap into the Future with Blockchain and NFTs In sports, an industry historically grounded in physical interaction and experience, blockchain and NFTs introduce a novel dimension of fan engagement, asset tokenization, and operational efficiency. Deloitte Tohmatsu Group's adoption of Astar zkEVM for developing a baseball-themed NFT game underscores a strategic move towards encapsulating sports moments and memorabilia within the blockchain. Blockchain and NFTs: A Synergy of Digital Innovation Blockchain technology's decentralized nature ensures security and transparency, while NFTs offer a unique method of digitizing and owning assets. Together, they provide a robust framework for creating, trading, and managing digital assets in a manner that is both secure and verifiable. Astar zkEVM: Bridging Traditional and Blockchain Gaming Astar zkEVM leverages Ethereum's Layer 2 scaling solutions and zero-knowledge proofs to enhance transaction efficiency and privacy. This technology not only reduces gas fees and transaction times but also opens up new possibilities for complex applications, including sports-themed games and digital collectibles. Enhancing Transaction Efficiency in Sports The deployment of Astar zkEVM by Deloitte Tohmatsu Group signifies a milestone in streamlining transactions within the sports industry. This enhancement is crucial for real-time trading of sports NFTs, ticketing, and merchandise, thereby elevating the fan experience and operational fluidity. Pioneering the Baseball-themed NFT Game The development of a baseball-themed NFT game exemplifies innovative application creation, marrying the thrill of sports with the digital ownership and trading of NFTs. This game not only enhances engagement through interactive gameplay but also introduces a digital economy around sports memorabilia and achievements. Economic and Social Implications The initiative carries significant economic potential, driving new revenue streams for sports organizations and athletes. Socially, it democratizes sports memorabilia ownership and fosters a deeper connection between fans and sports entities. Moreover, it exemplifies the potential of blockchain to contribute to regional revitalization by engaging local communities in global sports narratives. The foray of Deloitte Tohmatsu Group into blockchain and NFTs through the Astar zkEVM blockchain marks a significant advancement in the sports industry's digital transformation. By fostering innovative applications and enhancing transaction efficiency, this initiative not only enriches the fan experience but also sets a precedent for the future of sports engagement and digital asset management. This exploration underscores the transformative potential of blockchain and NFTs in redefining the sports industry, offering a glimpse into a future where digital and physical realms converge to create unprecedented sports experiences and economic opportunities. Don’t forget to like and share the story!

Deloitte Tohmatsu and Astar Network Hit a Home Run with Blockchain Technology in Sports

It turns out that well-known algorithms like , , , and are essentially variations of the same algorithm. BFS DFS Dijkstra A-Star In other words, it is possible to implement a universal data structure that can switch between these algorithms without requiring changes to its core components. While there are some limitations to consider, exploring this approach is interesting. You can find all the working for these algorithms on my GitHub repository . I recommend experimenting with the code while reading this article since practical experience enhances learning more than just theoretical understanding. code here Graph representation Let's consider a graph with 25 nodes arranged in a 5x5 grid, where we aim to find a path from Node 0 in the top left corner to Node 24 in the bottom right corner: ( 0 ) - ( 1 ) - ( 2 ) - ( 3 ) - ( 4 )
 | | | | |
( 5 ) - ( 6 ) - ( 7 ) - ( 8 ) - ( 9 )
 | | | | |
( 10 ) - ( 11 ) - ( 12 ) - ( 13 ) - ( 14 )
 | | | | |
( 15 ) - ( 16 ) - ( 17 ) - ( 18 ) - ( 19 )
 | | | | |
( 20 ) - ( 21 ) - ( 22 ) - ( 23 ) - ( 24 ) Each of the mentioned algorithms is capable of achieving this, but they have their own limitations: Both BFS and DFS algorithms operate on unweighted graphs, disregarding edge weights. Although they can find any path, they do not guarantee the optimal path. Both Dijkstra's and A-Star algorithms work on weighted graphs but should not be used with graphs containing negative weights. A-Star is usually faster due to its optimization, which incorporates Euclidean coordinates during pathfinding. In this article, I do not cover the basic concepts, hoping that you are already familiar with them. If the terminology mentioned above seems daunting to you, you should probably learn the basics as well. However, playing around with these code examples can still be exciting. To account for these limitations, let's assign imaginary coordinates to each node (X, Y): (0, 0) - (0, 1) - (0, 2) - (0, 3) - (0, 4)
 | | | | |
(1, 0) - (1, 1) - (1, 2) - (1, 3) - (1, 4)
 | | | | |
(2, 0) - (2, 1) - (2, 2) - (2, 3) - (2, 4)
 | | | | |
(3, 0) - (3, 1) - (3, 2) - (3, 3) - (3, 4)
 | | | | |
(4, 0) - (4, 1) - (4, 2) - (4, 3) - (4, 4) Finally, let’s assign some weight to every edge in the graph: (0, 0) -1- (0, 1) -1- (0, 2) -1- (0, 3) -2- (0, 4)
 | | | | |
 2 1 1 2 2
 | | | | |
(1, 0) -2- (1, 1) -1- (1, 2) -2- (1, 3) -1- (1, 4)
 | | | | |
 2 1 1 1 1
 | | | | |
(2, 0) -1- (2, 1) -1- (2, 2) -1- (2, 3) -2- (2, 4)
 | | | | |
 2 1 1 1 2
 | | | | |
(3, 0) -2- (3, 1) -2- (3, 2) -1- (3, 3) -2- (3, 4)
 | | | | |
 2 1 1 2 2
 | | | | |
(4, 0) -2- (4, 1) -1- (4, 2) -2- (4, 3) -2- (4, 4) In C++, this structure may be represented as follows: class GraphNode
{
public:
 int X;
 int Y;
};

class Graph
{
public:
 vector<vector<pair<int, int>>> Edges;
 vector<GraphNode> Nodes;
}; The edges list in the Graph is represented by an array of arrays, where the index corresponds to the number of the exit nodes for each edge in the graph. Then, every element contains a pair of values: The number of the entering nodes for each edge in the graph. The weight of the edge. Using this simple construct, we can traverse every node in the graph and obtain all the necessary information about its connections: int toNode = graph.Edges[fromNode][neighbourIndex].first;
int weight = graph.Edges[fromNode][neighbourIndex].second; Now, let's create some custom connections within the graph to observe the effect on how our universal algorithm works. Since this code is not the main focus here, I will provide links to the relevant methods: Generating a list of nodes Creating custom connections Alternatively, it is also possible to in this graph with even less code. However, this approach might not provide a comprehensive understanding of the actual differences in how the algorithms traverse the graph. lazily generate all the connections and weights Universal algorithm At the core of the universal path-finding algorithm lies the universal data structure, which we will refer to as the "Queue" for the purposes of this project. However, it is not a classic FIFO (First-In-First-Out) data structure. Instead, it is a general structure that allows us to implement node queuing during traversal while being able to change the queuing mechanism based on the algorithm being used. The interface for this "Queue" is simple: class pathFindingBase
{
public:
 virtual void insert(int node) = 0;
 virtual int getFirst() = 0;
 virtual bool isEmpty() = 0;
}; Before we delve into the details of the Queue, let's examine the traversal algorithm itself. Essentially, it closely resembles a typical A-Star or Dijkstra algorithm. First, we need to initialize a set of collections that enable us to: Maintain a list of nodes that have not been processed yet (colored white), are currently being processed (colored gray), and have been processed/visited (colored black). Keep track of the current distance of the shortest path from the start node to each node in the collection. Store a list of pairs of previous-next nodes that allows us to reconstruct the final path afterward. main.cpp#L18 const int INF = 1000000;
const int WHITE = 0;
const int GREY = 1;
const int BLACK = 2;

/// <summary>
/// Universal algorithm to apply Path search using BFS, DFS, Dijkstra, A-Star.
/// </summary>
vector<int> FindPath(Graph& graph, int start, int finish, int finishX, int finishY)
{
 int verticesNumber = graph.Nodes.size();

 vector<int> nodeColor(verticesNumber, WHITE); // All the nodes are White colored initially
 vector<int> shortestPath(verticesNumber, INF); // Current shortest path found from Start to i is some large/INFinite number from the beginning.
 vector<int> previousVertex(verticesNumber, -1); // Index of the vertex/node that is predecessor of i-th vertex in a shortest path to it.

 // We should use pointers here because we want to pass the pointer to a data-structure
 // so it may receive all the updates automatically on every step.
 shared_ptr<vector<int>> ptrShortestPath = make_shared<vector<int>>(shortestPath);
 shared_ptr<Graph> ptrGraph = make_shared<Graph>(graph); Next, we need to initialize our data structure. By using the code provided in the , you can simply uncomment the necessary line of code. The code is not designed to select the data structure based on a parameter because I want you to actively experiment with it to gain a better understanding (yes, I'm a tough guy :D). GitHub repository //////////////////////////////////////////////////
 // TODO
 // UNCOMMENT DATA STRUCTURE YOU WANT TO USE:

 //dfsStack customQueue;
 //bfsQueue customQueue;
 //dijkstraQueue customQueue(ptrShortestPath);
 //aStarQueue customQueue(finishX, finishY, ptrGraph, ptrShortestPath);

 // END OF TODO
 ///////////////////////////////////////////////// Finally, the algorithm itself. Essentially, it is a combination of all three algorithms with some additional checks. We initialize a "customQueue" and execute the algorithm until it becomes empty. When examining each neighboring node in the graph, we enqueue every node that potentially needs to be traversed next. Then, we call the getFirst() method, which extracts only one node that should be traversed next in the algorithm. main.cpp#L48 customQueue.insert(start);
 nodeColor[start] = BLACK;
 ptrShortestPath->at(start) = 0;

 while (!customQueue.isEmpty()) // Traverse nodes starting from start node.
 {
 int current = customQueue.getFirst();

 if (current == finish) // If we found finish node, then let's print full path.
 {
 vector<int> path;

 int cur = finish;
 path.push_back(cur);

 while (previousVertex[cur] != -1) // Recover path node by node.
 {
 cur = previousVertex[cur];
 path.push_back(cur);
 }

 reverse(path.begin(), path.end()); // Since we are at the finish node, reverse list to be at start.

 return path;
 }

 for (int neighbourIndex = 0; neighbourIndex < graph.Edges[current].size(); neighbourIndex++)
 {
 int to = graph.Edges[current][neighbourIndex].first;
 int weight = graph.Edges[current][neighbourIndex].second;

 if (nodeColor[to] == WHITE) // If node is not yet visited.
 {
 nodeColor[to] = GREY; // Mark node as "in progress".
 customQueue.insert(to);
 previousVertex[to] = current;
 ptrShortestPath->at(to) = ptrShortestPath->at(current) + weight; // Calculate cost of moving to this node.
 }
 else // Select the most optimal route.
 {
 if (ptrShortestPath->at(to) > ptrShortestPath->at(current) + weight)
 {
 ptrShortestPath->at(to) = ptrShortestPath->at(current) + weight;
 }
 }
 }

 nodeColor[current] = BLACK;
 }

 return {};
} Up until this point, the implementation does not differ significantly from other examples you may find in books or on the internet. However, here is where the key aspect lies - getFirst() is the method that serves the main purpose as it determines the exact order of node traversal. BFS queue Let's take a closer look at the inner workings of our queue data structure. The queue interface for BFS is the simplest one. : bfsQueue.h#L11 #include <queue>
#include "pathFindingBase.h"

class bfsQueue : public pathFindingBase
{
private:
 queue<int> _queue;

public:
 virtual void insert(int node)
 {
 _queue.push(node);
 }

 virtual int getFirst()
 {
 int value = _queue.front();
 _queue.pop();
 return value;
 }

 virtual bool isEmpty()
 {
 return _queue.empty();
 }
}; In reality, we could simply replace the custom queue interface here with the standard C++ queue provided by the STL (Standard Template Library). However, the goal here is universality. Now, you only need to uncomment the line in the main method and run this algorithm: //bfsQueue customQueue; // UNCOMMENT TO USE BFS As a result, BFS finds the path 24<-19<-14<-9<-8<-7<-6<-1<-0. (0, 0) - (0, 1) - (0, 2) - (0, 3) - (0, 4)
 |
 (1, 4)
 |
 (2, 4)
 |
 (3, 4)
 |
 (4, 4) If we consider weights, the final cost of this path will be 11. However, remember that neither BFS nor DFS consider weights. Instead, they traverse all nodes in the graph, . hoping to find the desired node sooner or later DFS queue DFS doesn't look very different. We only replace the STD queue with a stack. : dfsStack.h#L11 #include <stack>
#include "pathFindingBase.h"

class dfsStack : public pathFindingBase
{
private:
 stack<int> _queue;

public:
 virtual void insert(int node)
 {
 _queue.push(node);
 }

 virtual int getFirst()
 {
 int value = _queue.top();
 _queue.pop();
 return value;
 }

 virtual bool isEmpty()
 {
 return _queue.empty();
 }
}; DFS finds the path 24<-23<-22<-21<-20<-15<-10<-5<-0 with a cost of 15 (it doesn't prioritize finding the optimal cost). Interestingly, it traverses in the opposite direction compared to BFS: (0, 0)
 | 
(1, 0) 
 |
(2, 0)
 |
(3, 0)
 | 
(4, 0) - (4, 1) - (4, 2) - (4, 3) - (4, 4) Dijkstra queue Now, Dijkstra's algorithm is the most well-known greedy search algorithm in a graph. Despite its known limitations (inability to handle negative paths, cycles, etc.), it remains popular and efficient enough. It is important to note that the getFirst() method in this implementation uses a greedy approach to select nodes for traversal. : dijkstraQueue.h#L17 #include <queue>
#include "pathFindingBase.h"

class dijkstraQueue : public pathFindingBase
{
private:
 vector<int> _queue;
 shared_ptr<vector<int>> _shortestPaths;

public:
 dijkstraQueue(shared_ptr<vector<int>> shortestPaths) : _shortestPaths(shortestPaths) { }

 virtual void insert(int node)
 {
 _queue.push_back(node);
 }

 virtual int getFirst()
 {
 int minimum = INF;
 int minimumNode = -1;

 for (int i = 0; i < _queue.size(); i++)
 {
 int to = _queue[i];
 int newDistance = _shortestPaths->at(to);

 if (minimum > newDistance) // Greedy selection: select node with minimum distance on every step
 {
 minimum = newDistance;
 minimumNode = to;
 }
 }

 if (minimumNode != -1)
 {
 remove(_queue.begin(), _queue.end(), minimumNode);
 }

 return minimumNode;
 }

 virtual bool isEmpty()
 {
 return _queue.empty();
 }
}; Dijkstra's algorithm finds the SHORTEST and most OPTIMAL path 24<-19<-18<-13<-12<-7<-6<-1<-0 with a cost of 10: (0, 0) -1- (0, 1)
 |
 1 
 |
 (1, 1) -1- (1, 2)
 |
 1 
 |
 (2, 2) -1- (2, 3)
 |
 1 
 |
 (3, 3) -1- (3, 4)
 |
 1 
 |
 (4, 4) A-Star The A-Star algorithm is particularly suited for cases where a path is sought in an Euclidean space with coordinates, such as maps. This is why it is widely used in games. It not only utilizes a "blind" greedy search based on minimal weights but also considers the Euclidean distance to the goal. As a result, it is usually much more efficient than Dijkstra's algorithm in practical scenarios (refer to for more details). : my other GitHub project aStarQueue.h#L18 class aStarQueue : public pathFindingBase
{
private:
 vector<int> _queue;
 shared_ptr<vector<int>> _shortestPaths;
 shared_ptr<Graph> _graph;
 int _finishX;
 int _finishY;

 /// <summary>
 /// Euclidian distance from node start to specified node id.
 /// </summary>
 int calcEuristic(int id)
 {
 return sqrt(
 pow(abs(
 _finishX > _graph->Nodes[id].X ?
 _finishX - _graph->Nodes[id].X :
 _graph->Nodes[id].X - _finishX), 2) +
 pow(abs(
 _finishY > _graph->Nodes[id].Y ?
 _finishY - _graph->Nodes[id].Y :
 _graph->Nodes[id].Y - _finishY), 2));
 }

public:
 aStarQueue(int finishX, int finishY, shared_ptr<Graph> graph, shared_ptr<vector<int>> shortestPaths)
 :
 _shortestPaths(shortestPaths),
 _graph(graph)
 {
 _finishX = finishX;
 _finishY = finishY;
 }

 virtual void insert(int node)
 {
 _queue.push_back(node);
 }

 virtual int getFirst()
 {
 int minimum = INF;
 int minimumNode = -1;

 for (int i = 0; i < _queue.size(); i++)
 {
 int to = _queue[i];
 int newDistance = _shortestPaths->at(to);
 int euristic = calcEuristic(to);

 if (minimum > newDistance + euristic)
 {
 minimum = newDistance + euristic;
 minimumNode = to;
 }
 }

 if (minimumNode != -1)
 {
 _queue.erase(remove(_queue.begin(), _queue.end(), minimumNode), _queue.end());
 }

 return minimumNode;
 }

 virtual bool isEmpty()
 {
 return _queue.empty();
 }
}; As a result, we obtain the same results as Dijkstra's algorithm because it provides the most optimal route. It is possible that this example might be too simplistic to demonstrate the real differences in performance among these algorithms. If you are interested in exploring the potential of these algorithms, please refer to , which implements these algorithms efficiently and employs a more visual approach with a wide range of test data. my other project Downsides However, there is a problem with our Dijkstra's and A-Star algorithms... The above implementation uses a vector (a dynamic array []) within our universal data structure. On every call to getFirst(), it takes O(N) time to find the required node in the vector. Consequently, assuming that the main algorithm also takes O(N*M) time, where M is the average number of neighbors, the overall complexity could become almost cubic. This would lead to significant performance degradation on large graphs. While this sample is useful for grasping the overall idea that all four algorithms are not fundamentally different, the devil lies in the details. Implementing all four algorithms efficiently using a universal data structure is challenging. For optimal performance (which is typically the primary concern in 99% of cases), more effort should be directed towards optimizations. For example, it makes a lot of sense to use a priority queue instead of an array for both Dijkstra's and A-Star algorithms. Speaking about optimizations of the A-Star algorithm, it makes a lot of sense to mention a few links that will open a deep world of optimizations: and . A* Optimizations and Improvements by Lucho Suaya JPS+: Over 100x Faster than A* by Steve Rabin Final word The goal of this article was to show how relevant all traversing algorithms are to each other. But an example of a graph used in this article is definitely too simplistic to demonstrate the real differences in performance among these algorithms. Therefore, use these examples primarily to gain a conceptual understanding rather than for production purposes. If you are interested in exploring the potential of these algorithms, please read my next article based on , which implements these algorithms efficiently and employs a more visual approach with a wide range of test data. my other project Stay tuned! Also published . here

BFS, DFS, Dijkstra, and A-Star Are Basically the Same Algorithm, I'll Show You Why

Astar Network's Plan for Seamless Interoperability in the Blockchain Space Welcome to "Behind the Startup," a series where we delve into the journey and vision of the pioneers revolutionizing the tech landscape. In this edition, we had the opportunity to speak with Greg Luneau, the Senior Integration Developer of Astar Network. With a rich background in cryptography and blockchain, Greg sheds light on Astar Network's inception, its role as a smart contract hub for Polkadot, and the unique features that set it apart from other blockchain projects. Join us as we explore the inner workings of Astar Network and discuss its ambitious plans for the future. Fueling Astar Network's Growth and Developer Incentives Ishan Pandey: Hi Greg, welcome to our series “Behind the Startup.” Please tell us about yourself and your journey to becoming the Senior Integration Developer of Astar Network? Greg Luneau: It all started with the integration of public and private key cryptography into the e-commerce platform of the Smithsonian Institute. This led me to register a US patent for transferring credit card numbers over the Internet. Jump 20 years and I'm working with blockchains first with Steem/Hive, then with EOS and finally with Polkadot. I had the opportunity to work with Acala and connect most chains at the time with HRMP channels for the goal of composability through XCM. And now, with Astar, I have the opportunity to realize that vision of integrating the very best that every para chain has to offer. Ishan Pandey: How did the Astar Network team come up with the idea of developing a "smart contract hub" for Polkadot, and what motivated you to pursue this project? Greg Luneau: For a nascent ecosystem like polkadot, developer tooling is essential. We saw that Wasm was the future and developed tools like Swanky & Sumi. Polkadot, as a relay chain only does security, it needs an L1 for smart contract execution and that's us. Think of solidity as the language for the EVM, and now ink! is the language for building smart contracts on Wasm. We're bridging the gap between the EVM and Wasm, figuratively and literally, with the XVM project. Ishan Pandey: Can you explain how Astar Network functions as a parachain for Polkadot and how it enhances the capabilities of the Polkadot ecosystem? Greg Luneau: We're a smart contract platform. Both EVM virtual machine and Wasm are supported; we're the glue between the Polkadot ecosystem and continuously work on the proof of concepts to connect with other para chains through XCM and execution transactions remotely. Ishan Pandey: The native token of Astar Network is "ASTAR." Could you elaborate on its utility and the role it plays within the ecosystem? Greg Luneau: ASTR tokens are required to pay for network resources and use decentralized applications on Astar Network. More importantly, Astar has a unique and innovative incentive mechanism for developers called dApp Staking, which leverages ASTR token inflation to maintain the ecosystem's growth while rewarding builders and participants simultaneously. We have a program called Astar SpaceLabs to support developers building on Astar Network. Our community leaders and members of the Astar team lead it. Ishan Pandey: With the growing concerns surrounding data privacy, how does Astar Network ensure user data remains secure while maintaining the efficiency of its blockchain? Greg Luneau: Being connected as a parachain means we inherit all the security of Polkadot for block production. Astar is working hard to develop and promote the light clients for developers and users. IP harvesting, for example, is a privacy issue that RPC could be doing by choice or edict. Developers could, through smart contracts and XCM, connect to other para chains that offer roll-ups or off-chain workers and utilize those privacy-enhancing features for their dApps. Ishan Pandey: How does Astar Network plan interoperability, which is a problem often faced by other blockchain projects? Greg Luneau: Traditionally, blockchains were isolated from one another due to technical limitations. However, with the progress made in bridge technology and layer 0 interoperability protocols, it is now possible to transfer tokens between blockchains, which has led to a greater variety within the ecosystem. Additionally, we have our Cross Virtual Machine (XVM). It is a new feature that our team is working on because we believe EVM is a great tool, but we also want to create something new with Wasm smart contracts. We’ll introduce how we will expand ‘Web3’ to the larger digital landscape at our upcoming event: . Wasm Launch Day Ishan Pandey: What partnerships and collaborations has Astar Network established to help expand its ecosystem and adoption across various industries? Greg Luneau: We continue to integrate with many advanced projects that can help us create a multi-chain ecosystem–cross-chain communication, new applications, and gaming. Recently we’ve had three important collaborations that will incubate the next wave of blockchain adoption: our web3 Hackathon sponsored by Toyota, Web3 Incubation Program with Sony Network Communications, and ink!ubation program with Polkadot. This means our developers have access with ample funding and close connections with different industries. Ishan Pandey: Can you share some insights into the future roadmap of Astar Network, and what new features or developments users can expect in the coming years? Introducing new tools to Astar mainet is on the short-term roadmap. This includes fully functional XVM, more cross-chain integrations, and making it possible for any developer to build a decentralized application. Astar is the first parachain that allows developers to build ink! smart contracts. Over the coming years, we will improve opportunities for blockchain developers with new on-chain features and add an ecosystem of dApps that anyone can use. You can follow our progress on . Greg Luneau: Astar homepage Starmap Ishan Pandey: Recently, the collapse of Silicon Valley Bank has sent shockwaves through the financial industry. What is your perspective on this event, and how do you think it will impact the blockchain and cryptocurrency space moving forward? Greg Luneau: It is essential that we decentralize everything in the blockchain space. As Gavin Wood mentions, otherwise, we will face greater regulatory scrutiny to say it lightly. We need to strive to remove all single points of failure, avoid all centralized traps and follow the footsteps of our cyberpunk forefathers to bring freedom to all. Don’t forget to like and share the story! : Vested Interest Disclosure The author is an independent contributor publishing via our . Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR brand-as-author program

Bridging the Gap: How Astar Network Enhances the Polkadot Ecosystem

Cerrando la brecha: cómo Astar Network mejora el ecosistema de Polkadot

Combler le fossé : comment le réseau Astar améliore l'écosystème Polkadot

गैप को पाटना: कैसे एस्टार नेटवर्क पोलकाडॉट इकोसिस्टम को बढ़ाता है

ギャップを埋める: Astar Network が Polkadot エコシステムを強化する方法

Preenchendo a lacuna: como a Astar Network aprimora o ecossistema Polkadot

Thu hẹp khoảng cách: Mạng lưới Astar tăng cường hệ sinh thái Polkadot như thế nào

弥合差距：Astar Network 如何增强 Polkadot 生态系统

Major Corporations Drive Adoption and Development of Decentralized Technology The presence of large corporations in Web3 a transformative change in the tech industry by adding credibility and financing to the field. Their resources and knowledge boost Web3 innovation, resulting in the creation of better tools and services for users. marks This increased participation also expands awareness and understanding of Web3, attracting more investment and talent to the industry. As Web3 continues to grow and mature, the impact of these large corporations on Web3’s development and adoption will likely become even more significant. Understanding the Importance of Web3 Hackathons in Startup and Blockchain Culture Web3 Hackathons a vital role in fostering innovation by bringing together individuals with diverse backgrounds and skills. Participants are given a limited amount of time to work together on a project and come up with innovative solutions to various challenges. play The fast-paced and intensive environment of Web3 hackathons promotes creativity and encourages out-of-the-box thinking, leading to unique solutions as these events bring together developers, designers, and entrepreneurs to build decentralized applications (dApps). , and are a few successful implementations of web3 hackathons that have fostered creativity and unique solutions to DeFi-based problems previously. ETHGlobal Hackathons Binance X DEX Hackathon DoraHacks Web3 hackathon Astar Network Partners with Toyota for Intra-Company DAO Support Tool Development , the Japanese multinational automotive manufacturer, is sponsoring its . The company, with over 330,000 employees worldwide, has chosen , a smart contract platform, as the provider of Web3 use cases. The aim of the hackathon is to build a DAO support tool that would improve the company's operations, increase transparency and efficiency. Developers from around the world are invited to participate and create the tool on Astar Network. The platform will provide the necessary environment and support for product development. Toyota Motors Corporation first-ever global Web3 hackathon Astar Network : Vested Interest Disclosure The author is an independent contributor publishing via our . Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR brand-as-author program The theme of the hackathon is to develop a DAO support tool for companies, with the objective of reducing managers' workload and allowing team members to have a greater impact on company growth. With the increasing demands of business decision-making and team management, the use of a DAO to manage projects can distribute decision-making among participants, making it more efficient and reducing the burden on managers. This hackathon marks Toyota's first step towards its technology to improve its operations, and Astar Network is proud to be part of this initiative. The outcome of this hackathon could have far-reaching implications for the use of Web3 technology in the business world. vision of using Don’t forget to like and share the story! Raivis Razgals. Image credits:

Astar Network Partners with Toyota to Launch Global Web3 Hackathon

Decoding Blockchain 101: Why Smart Contracts Matter for Product Developers are considered revolutionary because they allow for the automation of complex processes and the creation of self-executing transactions without the need for intermediaries. This can lead to greater efficiency, transparency, and trust in transactions. From a product development perspective, the use of smart contracts can streamline the development process and allow for the creation of new, decentralized applications that were previously not possible. Smart contracts However, there are also some challenges and limitations to consider when using smart contracts. One of the main issues is that they are immutable, meaning once they are deployed, they cannot be changed. This can be a problem if there are errors in the code or if the contract needs to be updated to reflect changes in regulations or market conditions. Therefore, choosing the right technology stack and the tools to be used is critical. Additionally, smart contracts rely on the accuracy and integrity of the data input into them, which can be difficult to guarantee in decentralized systems. Finally, smart contracts are still a relatively new technology and the legal and regulatory framework for their use is still being developed. In summary, smart contracts hold a lot of promise for improving efficiency, transparency and trust in various industries, but there are also challenges that need to be addressed in terms of immutability and data integrity. What are WebAssembly-based smart contracts and Why is it Critical for Blockchain Development? ) is a binary instruction format for a stack-based virtual machine that is designed to be faster to execute than the equivalent code running in a traditional interpreter. WASM is designed to be platform-agnostic, so it can run in various environments, including web browsers and servers. WebAssembly (WASM WASM smart contracts are smart contracts that are implemented using the WASM instruction set. They can be run on a blockchain or other decentralized platform that supports WASM. These contracts are designed to be fast and efficient, making them well-suited for use in applications that require high performance, such as dApps and other blockchain-based systems. Astar Network launches Cross-Virtual Machine on public testnet, enabling cross-chain interoperability and complex application development launching its Cross-Virtual Machine (XVM) on the public testnet Shibuya is a significant development for the company and for the field of smart contract technology more broadly. Astar Network : Vested Interest Disclosure The author is an independent contributor publishing via our . Be it through direct compensation, media partnerships, or networking. The author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR brand-as-author program One of the main benefits of XVM is its ability to enable bi-directional calls between Ethereum Virtual Machine (EVM) and WebAssembly (WASM) smart contracts. This can allow for greater interoperability between different smart contract environments, and enable projects on the Astar Network layer-1 blockchain to seamlessly interact with other platforms. Additionally, the use of WebAssembly is becoming more popular among developers, as it can be used with a variety of programming languages such as C/C++, GO, TypeScript and RUST, allowing them to work with languages they already know. This could facilitate more developers to work with this technology, speeding up the innovation of smart contract development. The potential for XVM to allow for more complex applications beyond just bridging liquidity between EVM and WASM is also noteworthy. Enabling the ability to prove ownership of assets in one smart contract environment from a different account scheme, means developers don't need to create a new wallet for each environment to control assets, which can be useful in certain cases. Don’t forget to like and share the story! Image credits: . Shubham Dhage

Astar Network Launches Cross-Virtual Machine (XVM) on Public Testnet Shibuya

Astar Network lanza Cross-Virtual Machine (XVM) en la red de prueba pública de Shibuya

Astar Network lance une machine virtuelle croisée (XVM) sur Public Testnet Shibuya

एस्टार नेटवर्क ने पब्लिक टेस्टनेट शिबुया पर क्रॉस-वर्चुअल मशीन (एक्सवीएम) लॉन्च की

Astar Network が公開テストネット渋谷でクロス仮想マシン (XVM) を開始

Astar Network lança Cross-Virtual Machine (XVM) na Testnet pública Shibuya

Mạng Astar ra mắt Máy ảo chéo (XVM) trên Testnet công khai Shibuya

Astar Network 在涩谷公共测试网上推出跨虚拟机 (XVM)

Why Crypto is Back in the News in Japan The political elite of Japan wants to usher the country into the Web3 age with little bureaucratic red table to bring investments and create a friendly regulatory environment for blockchain startups in Japan. Several lawmakers have this year to advance crypto and Web3 policy by issuing studies and proposing revisions to current legislation and regulations. Fumio Kishida, Prime Minister of Japan, identified Web3 as a foundation of economic transformation at the beginning of the year, which kicked off the fast advancement of the crypto industry in Japan. This move by the Prime Minister has changed the perception of crypto in Japan as regulators and political elites warm up to crypto. taken the initiative In November of 2021, Liberal Democratic Party (LDP) candidate Kishida became prime minister of Japan, where his Web3 vision coincides with his administration’s goals of economic revival and revitalization. , blockchain, NFTs and Web3 have the potential to bring private investment back to Japan and help him deliver on his promise of economic expansion and more evenly distribution of wealth in the Japanese society. The change in the regulatory landscape has increased the bullishness toward crypto in Japan, a piece of exciting news for entrepreneurs looking to break into the Japanese market. According to Kishida https://twitter.com/TAIRAMASAAKI/status/1486143128113676294?embedable=true Understanding Why Japan is Critical for the Success of the Cryptocurrency Industry Japan’s crypto asset sector has seen a rise in interest and trading volume in recent years. As per Statista, in Japan, the traded in the 2020 fiscal year reached 117.97 trillion yen, an amount which showcases that crypto adoption in Japan may not be far from the reality due to continued trading interest from retail investors. Additionally, the total value of all trades on the spot market reached about 20.61 trillion yen, whereas all margin trades were 97.4 trillion yen, approximately five times as much, indicating that Japanese traders are interested in trading cryptocurrencies on leverage to maximize their profit potential. Banking on the trading interest, the political elite is trying to capitalize on Japanese traders’ interests by creating regulations protecting investor interests. total value of all cryptocurrencies About three million people in Japan held crypto assets on crypto exchanges in 2021. People in their forties made up the bulk of account holders, with those in their thirties coming in a close second. BitFlyer, Coincheck, and GMO Coin were three of Japan’s most important cryptocurrency exchanges. However, the current regulations in Japan are stringent in nature due to which Japanese cryptocurrency exchanges include fewer assets than their foreign counterparts due to strict laws restricting the listing of new cryptocurrencies, even though cryptocurrencies are growing in popularity in Japan. A self-regulatory authority for the cryptocurrency sector, the Japan Virtual and Crypto assets Exchange Association, issued a “green list” of virtual currencies that do not need to be screened before being listed by brokerage firms in 2022, making it easier for virtual asset platforms to list cryptocurrencies. Such business-friendly moves by industry stakeholders are bringing Japan back on the map for blockchain startups and investors as a favourable jurisdiction for setting up businesses. Further, Japan officially stablecoins as a form of legal tender on June 3, 2022. The Financial Services Agency (FSA) of Japan drafted the first version of the law in December 2021. By March of 2022, it had made it into Parliament, where it received overwhelming support. The legislation’s principal goal is to safeguard investments and will take effect in 2023 - a regulatory step that aims to bring back blockchain investors to Japan. As Japan is the third largest economy in the world, such regulatory developments are playing a huge role in cementing the crypto industry in Japan. recognised and legalised What is Happening? By bringing together the leading companies in Japan to collectively usher in the future of Web3, , a smart contracts platform, broke a world record by publishing a national newspaper advertising with the largest brands in a single ad. The September 26 issue of Nikkei featured advertising from 329 blue chip firms backing cryptocurrencies. Astar Network According to the Japanese Blockchain Association, Astar Network is Japan’s most widely used blockchain on the Layer-1 technology stack. The Nikkei newspaper includes an advertisement with a QR code in the bottom right corner that may be scanned to acquire a free, non-transferable NFT. If a user does not have a wallet address, the QR code will create one for them. This move is a marketing masterstroke critical for increasing the adoption of NFTs in Japan and introducing millions of people to the NFT industry. : Vested Interest Disclosure The author is an independent contributor publishing via our . Be it through direct compensation, media partnerships, or networking. The author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR brand-as-author program Presently, Web3 is a critical component of the Japanese government’s national policy. Astar Network CEO Sota Watanabe is guiding the government and many major Japanese corporations toward success in this area. Web3 represents a significant chance for the nation to increase its GDP. Large financial institutions and well-known corporations like GMO, DeNA, Accenture, Microsoft, Amazon Web Services, and others support the plan because they want to see Japan succeed in increasing the adoption of blockchain and cryptocurrencies among Japanese citizens. What is Astar Network? The Astar Network allows developers to create decentralised applications using EVM and WASM smart contracts and provides them with real interoperability through cross-consensus communications (XCM).  Astor Network is built by developers for developers. Astar’s innovative Build2Earn approach enables developers to be compensated for their work through a decentralised application (dApp) staking mechanism. With the backing of all major exchanges and tier 1 VCs, Astar’s dynamic ecosystem has emerged as Polkadot’s dominant Parachain internationally. Astar gives developers the versatility of all Ethereum and WASM toolings to create their dApps. Top TVL dApps may use an incubator hub from to help their development on the Polkadot and Kusama Networks. Astar SpaceLabs Final Thoughts on Astar Network Nikkei Advertisement In my opinion, the Nikkei advertisement with an built-in NFT QR code is a genius marketing move that introduces millions of users to the world of crypto and NFTs. The continued support of the regulators and the push for friendly regulations from industry stakeholders may change the cryptocurrency landscape in Japan in the coming future. This may bring millions of users to crypto, which will assist in increasing the adoption of cryptocurrencies with billions of dollars being invested in Japan to attract institutional investors and entrepreneurs. Don’t forget to like and share the story! Image credits: and . Jezael Melgoza Clay Banks

Nikkei Advertisement for Astar Network Receives the Backing of Record 329 Japanese Corporations

Anuncio Nikkei para Astar Network recibe el respaldo de 329 corporaciones japonesas

What is Happening To boost DeFi on Polkadot, DeFi network Acala has partnered with Polkadot's innovation center Astar Network. The "Astar x Acala DeFi Rising" initiative was just released by the two top parachains to provide developers with more options and incentives. The growing number of decentralized applications (dApps) on Astar is largely due to the range of adaptable financial products offered by Acala, which supports the Polkadot network. Due to this partnership, developers may use Acala-native assets like aUSD, LDOT, and ACA to create a protocol on the Astar DeFi environment with the added bonus of collecting ACA and other benefits from the many different teams that make up the Astar ecosystem. : Vested Interest Disclosure The author is an independent contributor publishing via our . Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the story for quality, but the claims hereon belong to the author. #DYOR brand-as-author program What is Acala The aUSD ecosystem is powered by the decentralised Acala financial network. Acala USD is the native stablecoin of the Polkadot ecosystem, and it is a decentralized, multi-collateral, crypto-backed stablecoin. The DeFi protocols built into Acala's Ethereum-compatible blockchain can be used by application developers. These protocols include a trustless staking derivative (liquid DOT — LDOT), a decentralised exchange, and the EVM+, a hybrid EVM that provides an Ethereum-compatible development environment that is also fully compatible with Substrate. Compostability, Parachains and Bridges on Polkadot - The Next Frontier for DeFi . There is a higher barrier to entry and the need for trust amongst communication chains in proof-of-stake systems because teams must discover and bootstrap their own set of validators. When using Polkadot, on the other hand, interchain communication is not dependent on whether or not the receiving chain trusts the sending chain. Parachains share an equivalent level of trust, simplifying things for programmers and guaranteeing consumers a consistent experience across platforms. All parachains coupled to the Polkadot Relay Chain get economic security from the Relay Chain validators, which is crucial to DeFi composability Polkadot implements asynchronous communication across parachains using cross-chain message passing (XCMP). With XCMP, sending a message either assures a response from the receiving chain or allows the sending chain to transmit the message with the expectation of getting a response of some kind (such as the return value of a function called on the receiving chain). Using bridges, Ethereum and Bitcoin-based DeFi will be able to interact with other nodes on the Polkadot network. Polkadot's robust feature set is ideal for use in DeFi initiatives. Allowing for the creation of decentralised blockchains opens the door to several fascinating applications. Instead of creating their own native parachain, some organisations opt to install their infrastructure on top of existing DeFi chains in the Polkadot ecosystem. For instance, Ren deployed its RenVM bridge module on the Acala Network as part of an alliance with Acala. Developers may choose to build on top of parachains in one of two ways: by creating runtime modules and integrating them into the parachain, or by using a parachain like Moonbeam, Plasm, or Edgeware that already supports smart-contracts (specifically, Solidity or Ink! based smart contracts). In the future, we anticipate that some groups will still choose to develop using preexisting frameworks. Liquid staking is a special type in DeFi. Staking token holders may acquire instant liquidity without a lockup period by exchanging their tokens for a synthetic token that can be traded on exchanges. Despite the increased centralization risk, token holders clearly profit from this. In the near future, Polkadot will likely be the most widely used blockchain ecosystem for liquid staking, since at least six companies are already developing solutions for it. Polkadot's DeFi initiatives aren't just carbon copies of others; they're pioneering whole new fields of study. Acala's decentralized sovereign wealth fund is one such case (dSWF). The goal of the dSWF is to ensure the long-term financial viability of the Acala project by defraying the costs of maintaining the Polkadot network and funding ongoing R&D. Like MakerDAO, Acala's stablecoin platform necessitates the payment of a stability charge upon the termination of a collateralized debt position (CDP). The stability fees collected after a CDP is decommissioned are to be held in a central account. Then, anytime the system profit is over a particular level, the extra ACA tokens will not be burned but utilized to buy DOT on the open market and added to the dSWF's DOT reserve. Innovation in the Polkadot ecosystem is moving forward at an alarming rate with the implementation of cross-chain message passing and compatibility between protocols and blockchains. Understanding the Acala Ecosystem and Polkadot aUSD, the de facto stablecoin of the Polkadot and Kusama ecosystems, is issued and traded over the Acala DeFi network, which also powers financial apps on Polkadot. Staking DOT tokens on the relay chain ensures security and keeps users liquid using LDOT, a token backed by staked DOT, one of Acala's freshly released DeFi solutions. Using Astar's Cross-Consensus Messaging Format (XCM) to carry out trustless and decentralized cross-chain transfers, the DeFi Rising initiative is the first step toward a healthy DeFi ecosystem. For Astar to become the de facto standard for multichain smart contracts, developers will need access to a large supply of high-quality assets like aUSD and LDOT. Astar programmers may use Acala's solid foundation to construct novel decentralised applications. In exchange, early use cases for widespread aUSD adoption throughout the multichain future will be developed by the Astar ecosystem. Acala's $250 million aUSD Ecosystem Fund and Astar's SpaceLabs initiative are available to projects that improve the value of aUSD on the Astar Network. Start-ups developing robust stablecoin use cases on either Polkadot or Kusama parachain are encouraged to apply to the $250 million aUSD Ecosystem Fund. The aUSD community is looking for use cases, including money markets, DEXs, derivatives, asset management, DAOs, payments, and other use cases that may be powered by Solidity or Substrate and increase the currency's yield or usefulness. Final Thoughts on Astar and Acala DeFi Rising Program The collaboration between Astar and Acala is critical for the Polkadot ecosystem as it brings developers together and furthers the innovation in DeFi. In my opinion, for the Polkadot ecosystem to compete with Ethereum, such programs are essential for attracting software developers to build the next generation of applications. Don’t forget to like and share the story! Image credits: GuerrillaBuzz Blockchain PR Agency , and . , Mike Enerio Nik Shuliahin

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