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Hi, there! Occasionally, there arises a need for swift load testing, whether it be in a local environment or on a testing platform. Typically, such tasks are tackled using specialized tools that demand thorough prior comprehension. However, within enterprises and startups where rapid time-to-market and prompt hypothesis validation are paramount, excessive tool familiarization becomes a luxury. This article aims to spotlight developer-centric solutions that obviate the necessity for profound engagement, allowing for rudimentary testing without delving into pages of documentation. local running You should install:: Docker — all services and tools are required for it. Java 19+ — for kotlin service. Also, you can try to use the Java 8 version; it should work, but you have to change the Gradle settings. Golang — one of the services is golang service =) Python 3+ — for the Yandex tank. Tech Requirements Prior to embarking on our journey, it is advisable to generate a couple of services that can serve as illustrative examples for testing purposes. Kotlin + webflux. r2dbc + postgres. Stack: Our service has: – get all stocks (limit 10) GET – get stock by name GET__ /api/v1/stocks /api/v1/stock ?name=appl – save stock POST / api/v1/stock It should be an easy service because we have to focus on load testing =) Kotlin and the HTTP Service Let's start by creating a small service with some basic logic inside. We'll prepare a model for this purpose: @Table("stocks")
data class Stock(
    @field:Id val id: Long?,
    val name: String,
    val price: BigDecimal,
    val description: String
) Simple router: @Configuration
@EnableConfigurationProperties(ServerProperties::class)
class StockRouter(
    private val properties: ServerProperties,
    private val stockHandler: StockHandler
) {

    @Bean
    fun router() = coRouter {
        with(properties) {
            main.nest {
                contentType(APPLICATION_JSON).nest {
                    POST(save, stockHandler::save)
                }
                GET(find, stockHandler::find)
                GET(findAll, stockHandler::findAll)
            }
        }
    }
} and handler: @Service
class StockHandlerImpl(
    private val stockService: StockService
) : StockHandler {

    private val logger = KotlinLogging.logger {}

    private companion object {
        const val DEFAULT_SIZE = 10
        const val NAME_PARAM = "name"
    }

    override suspend fun findAll(req: ServerRequest): ServerResponse {
        logger.debug { "Processing find all request: $req" }

        val stocks = stockService.getAll(DEFAULT_SIZE)
        return ServerResponse.ok()
            .contentType(MediaType.APPLICATION_JSON)
            .body(stocks, StockDto::class.java)
            .awaitSingle()
    }

    override suspend fun find(req: ServerRequest): ServerResponse {
        logger.debug { "Processing find all request: $req" }

        val name = req.queryParam(NAME_PARAM)

        return if (name.isEmpty) {
            ServerResponse.badRequest().buildAndAwait()
        } else {
            val stocks = stockService.find(name.get())

            ServerResponse.ok()
                .contentType(MediaType.APPLICATION_JSON)
                .body(stocks, StockDto::class.java)
                .awaitSingle()

        }
    }

    override suspend fun save(req: ServerRequest): ServerResponse {
        logger.debug { "Processing save request: $req" }

        val stockDto = req.awaitBodyOrNull(StockDto::class)
        return stockDto?.let { dto ->
            stockService.save(dto)

            ServerResponse
                .ok()
                .contentType(MediaType.APPLICATION_JSON)
                .bodyValue(dto)
                .awaitSingle()
        } ?: ServerResponse.badRequest().buildAndAwait()
    }

} Full code here: GitHub Create a docker file: FROM openjdk:20-jdk-slim
VOLUME /tmp
COPY build/libs/*.jar app.jar
ENTRYPOINT ["java", "-Dspring.profiles.active=stg", "-jar", "/app.jar"] Then, build a docker image and tune it 🤤 docker build -t ere/stock-service .
docker run -p 8085:8085 ere/stock-service But for now, it's better to stick with the idea of running everything through Docker containers and migrate our service into a Docker Compose setup. version: '3.1'

services:

  db:
    image: postgres
    container_name: postgres-stocks
    ports:
      - "5432:5432"
    environment:
      POSTGRES_PASSWORD: postgres

  adminer:
    image: adminer
    ports:
      - "8080:8080"

  stock-service:
    image: ere/stock-service
    container_name: stock-service
    ports:
      - "8085:8085"
    depends_on:
      - db Moving forward: how can we proceed with testing? Specifically, how can we initiate a modest load test for our recently developed service? It’s imperative that the testing solution is both straightforward to install and user-friendly. Given our time constraints, delving into extensive documentation and articles isn’t a viable option. Fortunately, there’s a viable alternative — enter Yandex Tank. The tank is a powerful instrument for testing and has important integrations with , but in the article, we will use it as a simple tool. JMeter https://github.com/yandex/yandex-tank?embedable=true Docs: https://yandextank.readthedocs.org/en/latest/ Let's kick off by creating a folder for our tests. Once we've placed the configs and other essential files—fortunately, just a couple of them—we'll be all set. For our service, we need to test methods “get-all” and “save.” The first config for find method. phantom:
  address: localhost
  port: "8085"
  load_profile:
    load_type: rps
    schedule: line(100, 250, 30s)
  writelog: all
  ssl: false
  connection_test: true
  uris:
    - /api/v1/stocks
overload:
  enabled: false
telegraf:
  enabled: false  
autostop:
  autostop:
    - time(1s,10s) # if request average > 1s
    - http(5xx,100%,1s) # if 500 errors > 1s
    - http(4xx,25%,10s) # if 400 > 25%
    - net(xx,25,10) # if amount of non-zero net-codes in every second of last 10s period is more than 25 Key settings for configuration: Address and port: Same as our application. Load test profile (load_profile): We'll use the 'lined' type, ranging from 100 requests per second to 250 with a 30-second limit. URIs: A list of URLs to be tested. Autostop pattern: No need to stress-test if our service has already gone down! =) Copy and paste the bash script (tank sh): docker run \
    -v $(pwd):/var/loadtest \
    --net="host" \
    -it yandex/yandex-tank And run! What will we see as a result? Yandex Tank will log everything it deems worthy during the test. We can observe metrics such as the 99th percentile and requests per second (rps). So, are we stuck with the terminal now? I want a GUI! Don't worry, Yandex Tank has a solution for that too. We can utilize one of the overload plugins. Here's an example of how to add it: overload:
  enabled: true
  package: yandextank.plugins.DataUploader
  job_name: "save docs"
  token_file: "env/token.txt" We should add our token; just go here and logic by GitHub: https://overload.yandex.net Okay, dealing with a GET request is straightforward, but what about POST? How do we structure the request? The thing is, you can't just throw the request into the tank; you need to create patterns for it! What are these patterns? It's simple — you need to write a small script, which you can again fetch from the documentation and tweak a bit to suit our needs. https://yandextank.readthedocs.io/en/latest/ammo_generators.html?source=post_page-----77157bf4a779--------------------------------&embedable=true And we should add our own body and headers: #!/usr/bin/env python3
# -*- coding: utf-8 -*-

import sys
import json

# http request with entity body template
req_template_w_entity_body = (
        "%s %s HTTP/1.1\r\n"
        "%s\r\n"
        "Content-Length: %d\r\n"
        "\r\n"
        "%s\r\n"
    )

# phantom ammo template
ammo_template = (
        "%d %s\n"
        "%s"
    )

method = "POST"
case = ""
headers = "Host: test.com\r\n" + \
          "User-Agent: tank\r\n" + \
          "Accept: */*\r\n" + \
          "Connection: Close\r\n" 


def make_ammo(method, url, headers, case, body):
    """ makes phantom ammo """
    req = req_template_w_entity_body % (method, url, headers, len(body), body)
    return ammo_template % (len(req), case, req)


def generate_json():
    body = {
        "name": "content",
        "price": 1,
        "description": "description"
    }
    url = "/api/v1/stock"
    h = headers + "Content-type: application/json"
    s1 = json.dumps(body)
    ammo = make_ammo(method, url, h, case, s1)
    sys.stdout.write(ammo)
    f2 = open("ammo/ammo-json.txt", "w")
    f2.write(ammo)


if __name__ == "__main__":
    generate_json() Result: 212 
POST /api/v1/stock HTTP/1.1
Host: test.com
User-Agent: tank
Accept: */*
Connection: Close
Content-type: application/json
Content-Length: 61

{"name": "content", "price": 1, "description": "description"} That’s it! Just run the script, and we will have ammo-json.txt. Just set new params to config, and delete the URLs: phantom:
  address: localhost:9001
  ammo_type: phantom
  ammofile: ammo-json.txt And run it one more time! It’s Time to Test the GRPC! Having acquainted ourselves with loading HTTP methods, it’s natural to consider the scenario for GRPC. Are we fortunate enough to have an equally accessible tool for GRPC, akin to the simplicity of a tank? The answer is affirmative. Allow me to introduce you to ‘ghz’. Just take a look: https://ghz.sh/?source=post_page-----77157bf4a779--------------------------------&embedable=true But before we do that, we should create a small service with Go and GRPC as a good test service. Prepare a small proto file: syntax = "proto3";

option go_package = "stock-grpc-service/stocks";

package stocks;

service StocksService {
  rpc Save(SaveRequest) returns (SaveResponse) {}
  rpc Find(FindRequest) returns (FindResponse) {}
}

message SaveRequest {
  Stock stock = 1;
}

message SaveResponse {
  string code = 1;
}

message Stock {
  string name = 1;
  float price = 2;
  string description = 3;
}

message FindRequest {
  enum Type {
    INVALID = 0;
    BY_NAME = 1;
  }
  message ByName {
    string name = 1;
  }
  Type type = 1;

  oneof body {
    ByName by_name = 2;
  }
}

message FindResponse {
  Stock stock = 1;
} And generate it! (also, we should install ) protoc protoc --go_out=. --go_opt=paths=source_relative --go-grpc_out=. --go-grpc_opt=paths=source_relative stocks.proto Our results: Coding Time! Next steps: Create services as fast as we can. Create dto (stock entity for db layer) package models

// Stock – base dto
type Stock struct {
 ID          *int64  `json:"Id"`
 Price       float32 `json:"Price"`
 Name        string  `json:"Name"`
 Description string  `json:"Description"`
} Implement server // Server is used to implement stocks.UnimplementedStocksServiceServer.
type Server struct {
 pb.UnimplementedStocksServiceServer
 stockUC stock.UseCase
}

// NewStockGRPCService stock gRPC service constructor
func NewStockGRPCService(emailUC stock.UseCase) *Server {
 return &Server{stockUC: emailUC}
}

func (e *Server) Save(ctx context.Context, request *stocks.SaveRequest) (*stocks.SaveResponse, error) {
 model := request.Stock

 stockDto := &models.Stock{
  ID:          nil,
  Price:       model.Price,
  Name:        model.Name,
  Description: model.Description,
 }

 err := e.stockUC.Create(ctx, stockDto)
 if err != nil {
  return nil, err
 }

 return &stocks.SaveResponse{Code: "ok"}, nil
}

func (e *Server) Find(ctx context.Context, request *stocks.FindRequest) (*stocks.FindResponse, error) {
 code := request.GetByName().GetName()

 model, err := e.stockUC.GetByID(ctx, code)
 if err != nil {
  return nil, err
 }

 response := &stocks.FindResponse{Stock: &stocks.Stock{
  Name:        model.Name,
  Price:       model.Price,
  Description: model.Description,
 }}

 return response, nil
} Full code here: click, please! Test It! Install GHz with brew (as usual): link Let’s check a simple example: link Now, we should change it a little bit: move to the folder with the proto files. add method: . stocks.StocksService.Save add simple body: ‘{“stock”: { “name”:”APPL”, “price”: “1.3”, “description”: “apple stocks”} }’. connections will be shared among goroutine workers. Each pair of goroutines will share a single connection. 10 20 2 set service’s port and the result: cd .. && cd stock-grpc-service/proto

ghz --insecure \
  --proto ./stocks.proto \
  --call stocks.StocksService.Save \
  -d '{"stock": { "name":"APPL", "price": "1.3", "description": "apple stocks"} }' \
  -n 2000 \
  -c 20 \
  --connections=10 \
  0.0.0.0:5007 Run it! Summary:
  Count:        2000
  Total:        995.93 ms
  Slowest:      30.27 ms
  Fastest:      3.11 ms
  Average:      9.19 ms
  Requests/sec: 2008.16

Response time histogram:
  3.111  [1]   |
  5.827  [229] |∎∎∎∎∎∎∎∎∎∎∎
  8.542  [840] |∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎
  11.258 [548] |∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎
  13.973 [190] |∎∎∎∎∎∎∎∎∎
  16.689 [93]  |∎∎∎∎
  19.405 [33]  |∎∎
  22.120 [29]  |∎
  24.836 [26]  |∎
  27.551 [6]   |
  30.267 [5]   |

Latency distribution:
  10 % in 5.68 ms 
  25 % in 6.67 ms 
  50 % in 8.27 ms 
  75 % in 10.49 ms 
  90 % in 13.88 ms 
  95 % in 16.64 ms 
  99 % in 24.54 ms 

Status code distribution:
  [OK]   2000 responses And what, stare at everything in the terminal again? No, with ghz, you can also generate a report, but unlike Yandex, it will be generated locally and can be opened in the browser. Just set it: ghz --insecure -O html -o reports_find.html \
... -O + html → output format -o filename Conclusion In summary, when you need a swift assessment of your service's ability to handle a load of 100+ requests per second or identify potential weaknesses, there's no need to initiate intricate processes involving teams, seeking assistance from AQA, or relying on the infrastructure team. More often than not, developers have capable laptops and computers that can execute a small load test. So, go ahead and give it a shot—save yourself some time! I trust you found this brief article beneficial. Valuable Documentation I Recommend Reading: Yandex Tank: docs link Yandex Tank GitHub: GitHub link Yandex Tank Setting: link ghz official page: link ghz setting: ghz config: link link May the Force Be With You! Thanks once again, and best of luck! 🍀🕵🏻

Turbocharge Load Testing: YandexTank + ghz Combo for Lightning–Fast Code Checks!

টার্বোচার্জ লোড টেস্টিং: লাইটনিং-ফাস্ট কোড চেকের জন্য ইয়ানডেক্সট্যাঙ্ক + গিগাহার্টজ কম্বো!

Turbolader-Lasttest: YandexTank + GHz-Kombination für blitzschnelle Codeprüfungen!

Prueba de carga de turbocompresor: combinación YandexTank + ghz para verificaciones de códigos ultrarrápidas.

Test de charge Turbocharge : YandexTank + ghz Combo pour des vérifications de code ultra-rapides !

टर्बोचार्ज लोड परीक्षण: लाइटनिंग-फास्ट कोड जांच के लिए YandexTank + ghz कॉम्बो!

ターボチャージ負荷テスト: YandexTank + ghz コンボによる超高速コード チェック!

터보차지 부하 테스트: 매우 빠른 코드 검사를 위한 YandexTank + ghz 콤보!

Teste de carga turboalimentada: combinação YandexTank + ghz para verificações de código extremamente rápidas!

Турбо-нагрузочное тестирование: комбинация ЯндексТанк + ghz для молниеносной проверки кода!

Turboşarj Yük Testi: Hızlı Kod Kontrolleri için YandexTank + ghz Kombinasyonu!

Kiểm tra tải tăng áp: Combo YandexTank + ghz để kiểm tra mã nhanh như chớp!

涡轮增压负载测试：YandexTank + ghz 组合可实现闪电般的快速代码检查！

Dear ZKBase Community, The ZKBase team is excited to announce the detailed product roadmap on May 9th, 2024. ZKBase is a decentralized, GPU-based, programmable ZKEVM chain. Our goal is to provide a stable and efficient decentralized platform to support a wide range of DApp development and smart contract operations. Product Planning Phase One: Testnet ZKBase plans to launch the testnet on the 21st of May, 2024, with full browser functionality and DEX use cases (Swap and Liquidity Pool). Users will be able to thoroughly test these features using test tokens. Phase Two: Mainnet Launch Mainnet will support — Wallet Integration: Users can easily add the network to existing wallets like MetaMask without needing to create a separate Layer2 wallet.


Blockchain Explorer: Supports various types of smart contract operations. DApp Support — DEX: Offering a full set of ZKSwap feature use cases.


We plan to officially launch the mainnet around June 12th, 2024.


Additionally, we have updated the community media logos to align with the ZKBase chain launch.


ZKMarket (Decentralized Computing Power Market) We will create a public decentralized computing power market. This platform will encourage more power providers to participate in mining and establish an open and free environment for interaction between computing power providers and consumers. This not only provides a new mode for trading computing resources but also ensures the transparency, security, and automation of transactions. Features in Planning — Additional DApps are still in the planning stages, with specific launch timelines to be determined. Timeline Testnet Development: From April 15th to May 31st, complete product design and development work, ensuring the testnet launches around May 21st, 2024.
Testnet Operation and Mainnet Preparation: From June 1 to June 15, running the testnet and preparing for the mainnet.
Mainnet Release: Expected to officially release in mid-June. Future Plans Technology Enhancement: Continue researching the development of Ethereum Layer 2 chain technology to ensure timely updates and advancements.


Integration Support: Provide support to encourage developers to quickly build and deploy applications based on ZKBase.


Community Building: Establish a developer community for technical support and resource sharing to promote cooperation and communication.


Partnership Development: Establish partnerships within the Ethereum ecosystem and expand cross-chain cooperation to enrich the blockchain ecosystem.


Promotion and Marketing: Launch comprehensive promotional activities to educate users and developers about the advantages and application scenarios of ZKBase technology, driving its widespread adoption. Thank you all for your ongoing support and participation. Let us look forward to the new experiences and possibilities that ZKBase will bring! ZKBase Team Dear ZKBase Community, The ZKBase team is excited to announce the detailed product roadmap on May 9th, 2024. ZKBase is a decentralized, GPU-based, programmable ZKEVM chain. Our goal is to provide a stable and efficient decentralized platform to support a wide range of DApp development and smart contract operations. Product Planning Phase One: Testnet ZKBase plans to launch the testnet on the 21st of May, 2024, with full browser functionality and DEX use cases (Swap and Liquidity Pool). Users will be able to thoroughly test these features using test tokens. DEX Phase Two: Mainnet Launch Mainnet will support — Wallet Integration: Users can easily add the network to existing wallets like MetaMask without needing to create a separate Layer2 wallet. Blockchain Explorer: Supports various types of smart contract operations. Wallet Integration: Users can easily add the network to existing wallets like MetaMask without needing to create a separate Layer2 wallet. Wallet Integration : Users can easily add the network to existing wallets like MetaMask without needing to create a separate Layer2 wallet. Wallet Integration Blockchain Explorer: Supports various types of smart contract operations. Blockchain Explorer : Supports various types of smart contract operations. Blockchain Explorer DApp Support — DEX: Offering a full set of ZKSwap feature use cases. We plan to officially launch the mainnet around June 12th, 2024. Additionally, we have updated the community media logos to align with the ZKBase chain launch. ZKMarket (Decentralized Computing Power Market) DEX: Offering a full set of ZKSwap feature use cases. DEX : Offering a full set of ZKSwap feature use cases. DEX We plan to officially launch the mainnet around June 12th, 2024. We plan to officially launch the mainnet around June 12th, 2024. Additionally, we have updated the community media logos to align with the ZKBase chain launch. Additionally, we have updated the community media logos to align with the ZKBase chain launch. ZKMarket (Decentralized Computing Power Market) ZKMarket (Decentralized Computing Power Market) We will create a public decentralized computing power market. This platform will encourage more power providers to participate in mining and establish an open and free environment for interaction between computing power providers and consumers. This not only provides a new mode for trading computing resources but also ensures the transparency, security, and automation of transactions. Features in Planning — Additional DApps are still in the planning stages, with specific launch timelines to be determined. Additional DApps are still in the planning stages, with specific launch timelines to be determined. Timeline Testnet Development: From April 15th to May 31st, complete product design and development work, ensuring the testnet launches around May 21st, 2024. Testnet Operation and Mainnet Preparation: From June 1 to June 15, running the testnet and preparing for the mainnet. Mainnet Release: Expected to officially release in mid-June. Testnet Development: From April 15th to May 31st, complete product design and development work, ensuring the testnet launches around May 21st, 2024. Testnet Operation and Mainnet Preparation: From June 1 to June 15, running the testnet and preparing for the mainnet. Mainnet Release: Expected to officially release in mid-June. Future Plans Technology Enhancement: Continue researching the development of Ethereum Layer 2 chain technology to ensure timely updates and advancements. Integration Support: Provide support to encourage developers to quickly build and deploy applications based on ZKBase. Community Building: Establish a developer community for technical support and resource sharing to promote cooperation and communication. Partnership Development: Establish partnerships within the Ethereum ecosystem and expand cross-chain cooperation to enrich the blockchain ecosystem. Promotion and Marketing: Launch comprehensive promotional activities to educate users and developers about the advantages and application scenarios of ZKBase technology, driving its widespread adoption. Technology Enhancement: Continue researching the development of Ethereum Layer 2 chain technology to ensure timely updates and advancements. Technology Enhancement : Continue researching the development of Ethereum Layer 2 chain technology to ensure timely updates and advancements. Technology Enhancement Integration Support: Provide support to encourage developers to quickly build and deploy applications based on ZKBase. Integration Support : Provide support to encourage developers to quickly build and deploy applications based on ZKBase. Integration Support Community Building: Establish a developer community for technical support and resource sharing to promote cooperation and communication. Community Building : Establish a developer community for technical support and resource sharing to promote cooperation and communication. Community Building Partnership Development: Establish partnerships within the Ethereum ecosystem and expand cross-chain cooperation to enrich the blockchain ecosystem. Partnership Development : Establish partnerships within the Ethereum ecosystem and expand cross-chain cooperation to enrich the blockchain ecosystem. Partnership Development Promotion and Marketing: Launch comprehensive promotional activities to educate users and developers about the advantages and application scenarios of ZKBase technology, driving its widespread adoption. Promotion and Marketing : Launch comprehensive promotional activities to educate users and developers about the advantages and application scenarios of ZKBase technology, driving its widespread adoption. Promotion and Marketing Thank you all for your ongoing support and participation. Let us look forward to the new experiences and possibilities that ZKBase will bring! ZKBase Team ZKBase Team

ZKBase Unveils Detailed Product Roadmap: Testnet Launch, Mainnet Integration and Beyond 

ZKBase বিস্তারিত পণ্য রোডম্যাপ উন্মোচন করেছে: টেস্টনেট লঞ্চ, মেইননেট ইন্টিগ্রেশন এবং এর বাইরে

ZKBase stellt detaillierte Produkt-Roadmap vor: Testnet-Start, Mainnet-Integration und mehr

ZKBase presenta una hoja de ruta detallada del producto: lanzamiento de Testnet, integración de Mainnet y más

ZKBase dévoile une feuille de route détaillée du produit : lancement de Testnet, intégration du réseau principal et au-delà

ZKBase ने विस्तृत उत्पाद रोडमैप का अनावरण किया: टेस्टनेट लॉन्च, मेननेट एकीकरण और उससे आगे

ZKBase が詳細な製品ロードマップを発表: テストネットの立ち上げ、メインネットの統合など

ZKBase, 상세한 제품 로드맵 공개: 테스트넷 출시, 메인넷 통합 및 그 이상

ZKBase revela roteiro detalhado do produto: lançamento de testnet, integração de mainnet e muito mais

ZKBase представляет подробный план развития продукта: запуск тестовой сети, интеграция с основной сетью и многое другое

ZKBase Ayrıntılı Ürün Yol Haritasını Açıkladı: Testnet Lansmanı, Ana Ağ Entegrasyonu ve Ötesi

ZKBase tiết lộ lộ trình sản phẩm chi tiết: Khởi chạy Testnet, tích hợp Mainnet và hơn thế nữa

ZKBase 公布详细产品路线图：测试网发布、主网集成及其他

DOVER, DE, USA, May 8, 2024 —ChainGPT, the AI-powered Web3 infrastructure providing a diverse suite of tools and services, will exclusively launch the IDO of its latest launchpad project, Engines of Fury: a free-to-play top-down extraction shooter designed for Web3. Developed by talents from AAA titles, Blizzard, Activision, Ubisoft, and Unity, its top-down characteristic makes it a first within Web3's free-to-play shooter arena. Set for May 8, Engines of Fury’s IDO leverages ChainGPT Pad’s acceleration program, enabling the game to perfect its product systems, action plans, and roadmaps while receiving expert marketing and promotional support. As a premier decentralized fundraising and incubation platform for Web3 projects of all types, the ChainGPT Pad has been recognized as the most popular launchpad of 2023. The incubation program promotes emerging startups strategically hand-picked by ChainGPT based on their disruptive potential, transforming their ideas into viable business solutions. The program extensively assists in product development, smart contract implementation, and user engagement. Through expert mentorship and access to an extensive network of influential partners and investors, the ChainGPT Pad’s incubation provides Web3 startups with the tools to navigate inevitable challenges and thrive. Engines of Fury immerses players in a dystopian world ravaged by a mutagenic virus from a meteor. Gamers navigate a perilous universe—scavenging for resources, enhancing hideouts, and upgrading gear while honing their abilities through single-player and cooperative modes. With a robust in-game economy driven by its native $FURY token, the game emphasizes a journey of survival, craftsmanship, and community. Engines of Fury’s goal is to create a game that introduces mainstream players to the distinct advantages of blockchain without forcing Web3 elements into core aspects of gameplay. Making it simple for all players to jump into the game, Engines of Fury’s crypto aspects serve as a bonus, not a must. The game includes classic gaming elements with an easy onboarding process for non-crypto natives, with features such as: NFT Mining and Trading: Players discover resources and forge unique NFTS to enhance their character's abilities and appearance. Gamers can trade these NFTs freely on the Engines of Fury marketplace and other compatible platforms.
Play-And-Earn Mechanics: Players can earn in-game virtual currency that can potentially convert to real-world income. Earned crypto assets and NFTs remain fully under the player’s ownership.
Skill-Based Rewards: Top players earn $FURY tokens based on leaderboard rankings, achievements, and in-game activities.
Council Crates: Special, limited-quantity NFTs will be available during the Engine of Fury NFT Presale event.
Cross-Game Interoperability: Engines of Fury collaborates with exciting projects to enable asset interoperability, expanding gameplay possibilities and community engagement. With an overwhelming response, Engines of Fury attracted over 80,000 applications for its Private Alpha Test, extending the game’s original playtest deadline. The enthusiasm following the private alpha test underscores the demand for high-quality Web3 gaming experiences. Engines of Fury IDO information: Token price: $.20


IDO date: May 13th


Token ticker: $FURY


Allocation size: 250,00


Max supply: 120,000,000


Network: Binance Smart Chain


IMC (without liquidity): $416,667


IMC (with liquidity): $1,376,667


Circulating supply at TGE: 6,883,333


Fully Diluted Valuation at TGE: $24 million


Vesting schedule: 15 percent TGE, 2-month cliff, 12 months linear vesting “It has been a pleasure collaborating with Engines of Fury, who brilliantly blend blockchain-based assets with a high-quality and engaging gaming experience,” says Ilan Rakhmanov, CEO and Founder of ChainGPT. “Engines of Fury exemplifies the unique and inclusive gaming experiences that resonate with a global audience. Their IDO represented an exciting opportunity for the community to support pioneering projects that reshape the gaming landscape for more than 3.3 billion players worldwide.” “With the help of ChainGPT, we’ve crafted a game that serves as a prime example of how gamers and developers can collaborate to build immersive experiences that rival traditional gaming structures,” says Saulius Aleksa, Co-Founder and CEO of Engines of Fury. We are grateful for the collaboration with the talented team at ChainGPT, whose expertise and invaluable guidance have been instrumental throughout the development of our game.” About ChainGPT: ChainGPT is the leading provider of AI-powered infrastructure for crypto, blockchain, and Web3. From a next-generation IDO launchpad and incubator to automated smart contract generation and auditing, as well as an advanced Web3 AI chatbot to AI-powered news aggregation, an AI training assistant, cross-chain swap, and an NFT generator, ChainGPT is a sophisticated, end-to-end solution for AI Web3 infrastructure. By integrating large language models (LLM) with blockchain, the company builds advanced, accessible, and user-friendly tools for all users. Further solidifying its position at the forefront of technological innovation, ChainGPT has established strategic partnerships and received recognition from notable tech leaders such as Google, Nvidia, BNBChain, and Chainlink. ChainGPT aims to advance the use of AI within the blockchain space. For more information, visit: <https://www.chaingpt.org/](https://www.chaingpt.org/) About Engine Fury: Built by a talented team from top Web3 projects, AAA titles, Blizzard, Activision, Ubisoft, and Unity, and backed by industry leaders including Animoca Brands, Metavest Capital, Maven Capital, and Double Peek Group, Engine of Fury is an online survival game that immerses players in a post-apocalyptic world. The game is a free-to-play top-down extraction shooter that combines the thrill of player versus player (PVP) and player versus environment (PVE) gameplay. Engine of Fury incorporates non-fungible tokens (NFTs) into its gameplay, allowing players to own unique digital assets that can be used within the game. These NFTs include unique weapons, armor, and champions that players can use in battle. The game’s deflationary token, $FURY, is used for various in-game actions, including participating in arenas and forging new NFTs. For more information, visit: <https://www.eof.gg/](https://www.eof.gg/) This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here. DOVER, DE, USA, May 8, 2024 —ChainGPT, the AI-powered Web3 infrastructure providing a diverse suite of tools and services, will exclusively launch the IDO of its latest launchpad project, Engines of Fury : a free-to-play top-down extraction shooter designed for Web3. Developed by talents from AAA titles, Blizzard, Activision, Ubisoft, and Unity, its top-down characteristic makes it a first within Web3's free-to-play shooter arena. Set for May 8, Engines of Fury’s IDO leverages ChainGPT Pad’s acceleration program, enabling the game to perfect its product systems, action plans, and roadmaps while receiving expert marketing and promotional support. Engines of Fury Engines of Fury As a premier decentralized fundraising and incubation platform for Web3 projects of all types, the ChainGPT Pad has been recognized as the most popular launchpad of 2023 . The incubation program promotes emerging startups strategically hand-picked by ChainGPT based on their disruptive potential, transforming their ideas into viable business solutions. The program extensively assists in product development, smart contract implementation, and user engagement. ChainGPT Pad ChainGPT Pad most popular launchpad of 2023 most popular launchpad of 2023 Through expert mentorship and access to an extensive network of influential partners and investors, the ChainGPT Pad’s incubation provides Web3 startups with the tools to navigate inevitable challenges and thrive. Engines of Fury immerses players in a dystopian world ravaged by a mutagenic virus from a meteor. Gamers navigate a perilous universe—scavenging for resources, enhancing hideouts, and upgrading gear while honing their abilities through single-player and cooperative modes. With a robust in-game economy driven by its native $FURY token, the game emphasizes a journey of survival, craftsmanship, and community. Engines of Fury’s goal is to create a game that introduces mainstream players to the distinct advantages of blockchain without forcing Web3 elements into core aspects of gameplay. Making it simple for all players to jump into the game, Engines of Fury’s crypto aspects serve as a bonus, not a must. The game includes classic gaming elements with an easy onboarding process for non-crypto natives, with features such as: NFT Mining and Trading: Players discover resources and forge unique NFTS to enhance their character's abilities and appearance. Gamers can trade these NFTs freely on the Engines of Fury marketplace and other compatible platforms. Play-And-Earn Mechanics: Players can earn in-game virtual currency that can potentially convert to real-world income. Earned crypto assets and NFTs remain fully under the player’s ownership. Skill-Based Rewards: Top players earn $FURY tokens based on leaderboard rankings, achievements, and in-game activities. Council Crates: Special, limited-quantity NFTs will be available during the Engine of Fury NFT Presale event. Cross-Game Interoperability: Engines of Fury collaborates with exciting projects to enable asset interoperability, expanding gameplay possibilities and community engagement. NFT Mining and Trading: Players discover resources and forge unique NFTS to enhance their character's abilities and appearance. Gamers can trade these NFTs freely on the Engines of Fury marketplace and other compatible platforms. Play-And-Earn Mechanics: Players can earn in-game virtual currency that can potentially convert to real-world income. Earned crypto assets and NFTs remain fully under the player’s ownership. Skill-Based Rewards: Top players earn $FURY tokens based on leaderboard rankings, achievements, and in-game activities. Council Crates: Special, limited-quantity NFTs will be available during the Engine of Fury NFT Presale event. Cross-Game Interoperability: Engines of Fury collaborates with exciting projects to enable asset interoperability, expanding gameplay possibilities and community engagement. With an overwhelming response, Engines of Fury attracted over 80,000 applications for its Private Alpha Test, extending the game’s original playtest deadline. The enthusiasm following the private alpha test underscores the demand for high-quality Web3 gaming experiences. Engines of Fury IDO information: Token price: $.20 IDO date: May 13th Token ticker: $FURY Allocation size: 250,00 Max supply: 120,000,000 Network: Binance Smart Chain IMC (without liquidity): $416,667 IMC (with liquidity): $1,376,667 Circulating supply at TGE: 6,883,333 Fully Diluted Valuation at TGE: $24 million Vesting schedule: 15 percent TGE, 2-month cliff, 12 months linear vesting Token price: $.20 Token price: $.20 IDO date: May 13th IDO date: May 13th Token ticker: $FURY Token ticker: $FURY Allocation size: 250,00 Allocation size: 250,00 Max supply: 120,000,000 Max supply: 120,000,000 Network: Binance Smart Chain Network: Binance Smart Chain IMC (without liquidity): $416,667 IMC (without liquidity): $416,667 IMC (with liquidity): $1,376,667 IMC (with liquidity): $1,376,667 Circulating supply at TGE: 6,883,333 Circulating supply at TGE: 6,883,333 Fully Diluted Valuation at TGE: $24 million Fully Diluted Valuation at TGE: $24 million Vesting schedule: 15 percent TGE, 2-month cliff, 12 months linear vesting Vesting schedule: 15 percent TGE, 2-month cliff, 12 months linear vesting “It has been a pleasure collaborating with Engines of Fury, who brilliantly blend blockchain-based assets with a high-quality and engaging gaming experience,” says Ilan Rakhmanov, CEO and Founder of ChainGPT. “It has been a pleasure collaborating with Engines of Fury, who brilliantly blend blockchain-based assets with a high-quality and engaging gaming experience,” says Ilan Rakhmanov, CEO and Founder of ChainGPT. “Engines of Fury exemplifies the unique and inclusive gaming experiences that resonate with a global audience. Their IDO represented an exciting opportunity for the community to support pioneering projects that reshape the gaming landscape for more than 3.3 billion players worldwide.” “Engines of Fury exemplifies the unique and inclusive gaming experiences that resonate with a global audience. Their IDO represented an exciting opportunity for the community to support pioneering projects that reshape the gaming landscape for more than 3.3 billion players worldwide.” “With the help of ChainGPT, we’ve crafted a game that serves as a prime example of how gamers and developers can collaborate to build immersive experiences that rival traditional gaming structures,” says Saulius Aleksa, Co-Founder and CEO of Engines of Fury. We are grateful for the collaboration with the talented team at ChainGPT, whose expertise and invaluable guidance have been instrumental throughout the development of our game.” “With the help of ChainGPT, we’ve crafted a game that serves as a prime example of how gamers and developers can collaborate to build immersive experiences that rival traditional gaming structures,” says Saulius Aleksa, Co-Founder and CEO of Engines of Fury. We are grateful for the collaboration with the talented team at ChainGPT, whose expertise and invaluable guidance have been instrumental throughout the development of our game.” About ChainGPT: ChainGPT is the leading provider of AI-powered infrastructure for crypto, blockchain, and Web3. From a next-generation IDO launchpad and incubator to automated smart contract generation and auditing, as well as an advanced Web3 AI chatbot to AI-powered news aggregation, an AI training assistant, cross-chain swap, and an NFT generator, ChainGPT is a sophisticated, end-to-end solution for AI Web3 infrastructure. By integrating large language models (LLM) with blockchain, the company builds advanced, accessible, and user-friendly tools for all users. Further solidifying its position at the forefront of technological innovation, ChainGPT has established strategic partnerships and received recognition from notable tech leaders such as Google, Nvidia, BNBChain, and Chainlink. ChainGPT aims to advance the use of AI within the blockchain space. For more information, visit: <https://www.chaingpt.org/](https://www.chaingpt.org/) <https://www.chaingpt.org/](https://www.chaingpt.org/) About Engine Fury: Built by a talented team from top Web3 projects, AAA titles, Blizzard, Activision, Ubisoft, and Unity, and backed by industry leaders including Animoca Brands, Metavest Capital, Maven Capital, and Double Peek Group, Engine of Fury is an online survival game that immerses players in a post-apocalyptic world. The game is a free-to-play top-down extraction shooter that combines the thrill of player versus player (PVP) and player versus environment (PVE) gameplay. Engine of Fury incorporates non-fungible tokens (NFTs) into its gameplay, allowing players to own unique digital assets that can be used within the game. These NFTs include unique weapons, armor, and champions that players can use in battle. The game’s deflationary token, $FURY, is used for various in-game actions, including participating in arenas and forging new NFTs. For more information, visit: <https://www.eof.gg/](https://www.eof.gg/) <https://www.eof.gg/](https://www.eof.gg/) This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here . here here

ChainGPT Pad Launches Engines Of Fury, Enhancing Web3 Gaming Experiences For Mainstream Players

চেইনজিপিটি প্যাড ফুরির ইঞ্জিন চালু করেছে, মূলধারার খেলোয়াড়দের জন্য ওয়েব3 গেমিং অভিজ্ঞতা বাড়াচ্ছে

ChainGPT Pad bringt Engines Of Fury auf den Markt und verbessert das Web3-Gaming-Erlebnis für Mainstream-Spieler

ChainGPT Pad lanza Engines Of Fury, mejorando las experiencias de juego Web3 para los jugadores convencionales

ChainGPT Pad lance Engines Of Fury, améliorant les expériences de jeu Web3 pour les joueurs grand public

चेनजीपीटी पैड ने इंजन ऑफ फ्यूरी लॉन्च किया, जो मुख्यधारा के खिलाड़ियों के लिए वेब3 गेमिंग अनुभव को बेहतर बनाएगा

ChainGPT Pad が Engines Of Fury をリリースし、主流のプレイヤーの Web3 ゲーム体験を強化

ChainGPT Pad, 주류 플레이어를 위한 Web3 게임 경험 향상으로 Fury 엔진 출시

ChainGPT Pad lança Engines Of Fury, aprimorando experiências de jogos na Web3 para jogadores convencionais

ChainGPT Pad запускает Engine Of Fury, улучшая игровой процесс Web3 для обычных игроков

ChainGPT Pad, Ana akım oyuncular için Web3 Oyun Deneyimlerini İyileştiren Engines Of Fury'yi Piyasaya Sürüyor

ChainGPT Pad ra mắt Engines Of Fury, nâng cao trải nghiệm chơi trò chơi Web3 cho người chơi phổ thông

ChainGPT Pad 推出 Engines Of Fury，为主流玩家增强 Web3 游戏体验

Logos to onboard supporters to its network state technology stack with Bitcoin Ordinals collection and record-breaking block inscription. Bitcoin showed the world that an exit from state-monopolised institutions is possible even in hostile environments, proving that ‘exit’ is an effective catalyst for change. The Logos technology stack is designed to extend Bitcoin’s properties to enable the deployment of other governing institutions while preserving privacy across the design. To demonstrate our commitment to our principles and mission, we have inscribed our manifesto on the Bitcoin blockchain. Bitcoin validated the cypherpunk dream and inspired Logos. It is fitting that it will safeguard our vision for generations to come. Symbolically, our Declaration of Independence in Cyberspace is inscribed on a Nakamoto satoshi that was created in 2009 in block 3,479. Our inscription occupies the largest block to date — 3.969430 MB. Our homage extends to a collection of Bitcoin ordinals for our supporters. The collection of inscriptions, called the Logos operators, will serve as an entry point to the ecosystem that will enable people to exit the existing internet system and legacy governance institutions. The Logos stack's building blocks are intended to be live by the end of the year, including the basic functionalities of the Nomos Layer 1 on testnet. The Logos Exit Operator will deliver more information about the operator inscriptions over the coming weeks and months. Those interested in shaping the coming sovereign virtual territory can start here: exit.logos.co. The Logos technology stack Building sovereign digital communities such as network states requires architecting a scalable infrastructure and its core components. This infrastructure consists of a base-layer stack of technologies, which engineers can build on top of, adjacently to, and around. The technology stack includes — but is not limited to — a blockchain or consensus layer, a communication layer, and decentralised file storage. This article provides a high-level overview of each layer and how it contributes to network state development. Before unpacking those pieces, everyone must understand the critical considerations of network state infrastructure, especially for the Logos stack. These considerations include political neutrality and public goods development. Political neutrality in network states means the tech infrastructure fosters the development of network states that satisfy users' political or philosophical goals. In other words, a politically neutral stack permits engineers to build values directly into their network state vision, no matter the value. Principled development requires that the infrastructure remain private (where appropriate), decentralised, permissionless, open source, and accessible.
Public goods development means creating open-source technology that everyone can view, copy, augment, or modify — depending on if the community agrees via consensus on the network. The technology is nonproprietary and does not belong to any individual or group. This open development ethos creates an environment where it is unfeasible to build exploits, backdoors, or harmful algorithms into the tech. This public goods focus keeps the technology and all the actors involved honest. Anyone can quickly review the code, make changes, or blow the whistle on sketchy behaviour. Let us dive into the three main vital network state infrastructure pieces, starting with the blockchain layer. Blockchain layer The blockchain layer consists of the consensus and financial layers of the network state. A blockchain is a decentralised ledger that allows for private and trust-minimised transactions. This blockchain should also be adaptable and modularised, meaning engineers and developers can build network state institutions using the technology. The blockchain should easily interact with other blockchains and applications, creating a web of connectivity via the emergent web3 ecosystem. But what is web3? Chris Dixon of venture capital firm a16z says, "Web3 is the internet owned by the builders and users, orchestrated with tokens." In other words, web3 is the internet extended and amplified by blockchain technology, especially by using decentralised applications or "dapps" for short. But why do network states even need a blockchain layer? The purpose of a blockchain layer for network states is to finalise group decisions and generate proof of transactions. These transactions can include votes for network state membership, allocated shares, or a token for transacting within that network state. However, since the blockchain layer is a base layer, it is feasible for network states to mint their own unique tokens, shares, or other transactional instruments relevant to the tokenomics and governance of that particular network state. Furthermore, with the assistance of smart contracts, a blockchain can also be used to help build societal rules and execute certain agreements based on the network state's particular constitution or rulesets. Communication layer A network state also requires various communication efforts, especially between its members. This communication can be private or transparent, dependent on the aims and motivations of the users. For instance, members may need to interact with each other as a collective organisation and organise their activities in a way that leverages modern online messaging systems with additional privacy-preserving guarantees. The communication layer must also be peer-to-peer or fully decentralised to strengthen its censorship resistance and remain politically neutral. The communication layer should allow for human-machine or machine-to-machine communication. For instance, whenever someone interacts with the network state blockchain or their dapps, they need to make a 'handshake' and sign a transaction with that app to access it. This communication layer will enable all these types of communications and interactions with the network state web3 environment. Decentralised file storage Durable decentralised storage is another critical component of developing politically neutral public goods infrastructure. Currently, almost all data on the internet is stored via centralised servers and is prone to hacks and data leaks. These servers harbour a single point of failure. For network states to remain feasible and resistant to attackers, any files or data they contain must maintain adequate decentralisation. Decentralised file storage systems will use novel zero-knowledge encryption techniques for remote auditing purposes and novel bandwidth optimisations that make this type of node-based storage a reality. In a way, decentralised storage applications represent the infrastructure for a new kind of internet, where data does not accumulate in easily compromisable honey pots. Logos infrastructure and scalability design The team at the Logos collective are actively building the infrastructure for network states, including the blockchain layer, communication layer, and decentralised storage. They are called: Nomos: Private, sovereign, and modular blockchain
Waku: Private, censorship-resistant, scalable messaging
Codex: Censorship-resistant data storage offering data persistence The communication layer, Waku, is already functioning and used by various projects. However, scaling it remains a central challenge, along with the other layers that are currently in active development as part of the proof of concept. Currently, Waku cannot quickly scale to millions of people while preserving privacy. The same problem applies to the decentralised storage protocol, Codex, and the modularised blockchain layer, Nomos. However, once engineers resolve issues and make tradeoffs related to scalability for all infrastructure layers, entrepreneurs can freely build the network state of their vision on top of the Logos network state infrastructure. Want to learn more about Logos? Visit the website and follow us on X. Interested in the Logos ordinals collection? Visit the Exit Game. Logos to onboard supporters to its network state technology stack with Bitcoin Ordinals collection and record-breaking block inscription. Logos to onboard supporters to its network state technology stack with Bitcoin Ordinals collection and record-breaking block inscription. Bitcoin showed the world that an exit from state-monopolised institutions is possible even in hostile environments, proving that ‘exit’ is an effective catalyst for change. The Logos technology stack is designed to extend Bitcoin’s properties to enable the deployment of other governing institutions while preserving privacy across the design. Bitcoin showed the world that an exit from state-monopolised institutions is possible even in hostile environments, proving that ‘exit’ is an effective catalyst for change. The Logos technology stack is designed to extend Bitcoin’s properties to enable the deployment of other governing institutions while preserving privacy across the design. To demonstrate our commitment to our principles and mission, we have inscribed our manifesto on the Bitcoin blockchain. Bitcoin validated the cypherpunk dream and inspired Logos. It is fitting that it will safeguard our vision for generations to come. Symbolically, our Declaration of Independence in Cyberspace is inscribed on a Nakamoto satoshi that was created in 2009 in block 3,479. Our inscription occupies the largest block to date — 3.969430 MB. To demonstrate our commitment to our principles and mission, we have inscribed our manifesto on the Bitcoin blockchain. Bitcoin validated the cypherpunk dream and inspired Logos. It is fitting that it will safeguard our vision for generations to come. Symbolically, our Declaration of Independence in Cyberspace is inscribed on a Nakamoto satoshi that was created in 2009 in block 3,479. Our inscription occupies the largest block to date — 3.969430 MB. our manifesto inscribed Our homage extends to a collection of Bitcoin ordinals for our supporters. The collection of inscriptions, called the Logos operators, will serve as an entry point to the ecosystem that will enable people to exit the existing internet system and legacy governance institutions. The Logos stack's building blocks are intended to be live by the end of the year, including the basic functionalities of the Nomos Layer 1 on testnet. Our homage extends to a collection of Bitcoin ordinals for our supporters. The collection of inscriptions, called the Logos operators, will serve as an entry point to the ecosystem that will enable people to exit the existing internet system and legacy governance institutions. The Logos stack's building blocks are intended to be live by the end of the year, including the basic functionalities of the Nomos Layer 1 on testnet. Nomos The Logos Exit Operator will deliver more information about the operator inscriptions over the coming weeks and months. Those interested in shaping the coming sovereign virtual territory can start here: exit.logos.co. The Logos Exit Operator will deliver more information about the operator inscriptions over the coming weeks and months. Those interested in shaping the coming sovereign virtual territory can start here: exit.logos.co . Exit Operator exit.logos.co The Logos technology stack Building sovereign digital communities such as network states requires architecting a scalable infrastructure and its core components. This infrastructure consists of a base-layer stack of technologies, which engineers can build on top of, adjacently to, and around. The technology stack includes — but is not limited to — a blockchain or consensus layer, a communication layer, and decentralised file storage. This article provides a high-level overview of each layer and how it contributes to network state development. Before unpacking those pieces, everyone must understand the critical considerations of network state infrastructure, especially for the Logos stack. These considerations include political neutrality and public goods development. Political neutrality in network states means the tech infrastructure fosters the development of network states that satisfy users' political or philosophical goals. In other words, a politically neutral stack permits engineers to build values directly into their network state vision, no matter the value. Principled development requires that the infrastructure remain private (where appropriate), decentralised, permissionless, open source, and accessible. Public goods development means creating open-source technology that everyone can view, copy, augment, or modify — depending on if the community agrees via consensus on the network. The technology is nonproprietary and does not belong to any individual or group. This open development ethos creates an environment where it is unfeasible to build exploits, backdoors, or harmful algorithms into the tech. This public goods focus keeps the technology and all the actors involved honest. Anyone can quickly review the code, make changes, or blow the whistle on sketchy behaviour. Political neutrality in network states means the tech infrastructure fosters the development of network states that satisfy users' political or philosophical goals. In other words, a politically neutral stack permits engineers to build values directly into their network state vision, no matter the value. Principled development requires that the infrastructure remain private (where appropriate), decentralised, permissionless, open source, and accessible. Political neutrality Public goods development means creating open-source technology that everyone can view, copy, augment, or modify — depending on if the community agrees via consensus on the network. The technology is nonproprietary and does not belong to any individual or group. This open development ethos creates an environment where it is unfeasible to build exploits, backdoors, or harmful algorithms into the tech. This public goods focus keeps the technology and all the actors involved honest. Anyone can quickly review the code, make changes, or blow the whistle on sketchy behaviour. Public goods development public goods focus Let us dive into the three main vital network state infrastructure pieces, starting with the blockchain layer. Blockchain layer The blockchain layer consists of the consensus and financial layers of the network state. A blockchain is a decentralised ledger that allows for private and trust-minimised transactions. This blockchain should also be adaptable and modularised, meaning engineers and developers can build network state institutions using the technology. The blockchain should easily interact with other blockchains and applications, creating a web of connectivity via the emergent web3 ecosystem. But what is web3? Chris Dixon of venture capital firm a16z says, "Web3 is the internet owned by the builders and users, orchestrated with tokens." In other words, web3 is the internet extended and amplified by blockchain technology, especially by using decentralised applications or "dapps" for short. But why do network states even need a blockchain layer? blockchain Chris Dixon The purpose of a blockchain layer for network states is to finalise group decisions and generate proof of transactions. These transactions can include votes for network state membership, allocated shares, or a token for transacting within that network state. However, since the blockchain layer is a base layer, it is feasible for network states to mint their own unique tokens, shares, or other transactional instruments relevant to the tokenomics and governance of that particular network state. Furthermore, with the assistance of smart contracts , a blockchain can also be used to help build societal rules and execute certain agreements based on the network state's particular constitution or rulesets. smart contracts Communication layer A network state also requires various communication efforts, especially between its members. This communication can be private or transparent, dependent on the aims and motivations of the users. For instance, members may need to interact with each other as a collective organisation and organise their activities in a way that leverages modern online messaging systems with additional privacy-preserving guarantees. The communication layer must also be peer-to-peer or fully decentralised to strengthen its censorship resistance and remain politically neutral. The communication layer should allow for human-machine or machine-to-machine communication. For instance, whenever someone interacts with the network state blockchain or their dapps, they need to make a 'handshake' and sign a transaction with that app to access it. This communication layer will enable all these types of communications and interactions with the network state web3 environment. Decentralised file storage Durable decentralised storage is another critical component of developing politically neutral public goods infrastructure. Currently, almost all data on the internet is stored via centralised servers and is prone to hacks and data leaks. These servers harbour a single point of failure. For network states to remain feasible and resistant to attackers, any files or data they contain must maintain adequate decentralisation. any files or data Decentralised file storage systems will use novel zero-knowledge encryption techniques for remote auditing purposes and novel bandwidth optimisations that make this type of node-based storage a reality. In a way, decentralised storage applications represent the infrastructure for a new kind of internet, where data does not accumulate in easily compromisable honey pots. zero-knowledge encryption Logos infrastructure and scalability design The team at the Logos collective are actively building the infrastructure for network states, including the blockchain layer, communication layer, and decentralised storage. They are called: Logos collective Nomos: Private, sovereign, and modular blockchain Waku: Private, censorship-resistant, scalable messaging Codex: Censorship-resistant data storage offering data persistence Nomos : Private, sovereign, and modular blockchain Nomos Waku : Private, censorship-resistant, scalable messaging Waku Codex : Censorship-resistant data storage offering data persistence Codex The communication layer, Waku, is already functioning and used by various projects. However, scaling it remains a central challenge, along with the other layers that are currently in active development as part of the proof of concept. Currently, Waku cannot quickly scale to millions of people while preserving privacy. The same problem applies to the decentralised storage protocol, Codex, and the modularised blockchain layer, Nomos. However, once engineers resolve issues and make tradeoffs related to scalability for all infrastructure layers, entrepreneurs can freely build the network state of their vision on top of the Logos network state infrastructure. Want to learn more about Logos? Visit the website and follow us on X . website follow us on X Interested in the Logos ordinals collection? Visit the Exit Game . Exit Game

Logos Inscribes Manifesto in Biggest Ever Bitcoin Block

লোগোগুলি সর্বকালের সবচেয়ে বড় বিটকয়েন ব্লকে ম্যানিফেস্টো খোদাই করে৷

Logos schreibt Manifest in den größten Bitcoin-Block aller Zeiten

Logos inscribe un manifiesto en el bloque de Bitcoin más grande de la historia

Logos inscrit un manifeste dans le plus gros bloc Bitcoin jamais créé

लोगो ने अब तक के सबसे बड़े बिटकॉइन ब्लॉक में घोषणापत्र अंकित किया

ロゴス、史上最大のビットコインブロックにマニフェストを刻む

Logos는 사상 최대 규모의 비트코인 블록에 선언문을 새겼습니다.

Logos inscreve manifesto no maior bloco de Bitcoin de todos os tempos

Логотипы вписывают манифест в самый большой в истории биткойн-блок

Logolar Şimdiye Kadarki En Büyük Bitcoin Bloğunda Manifesto Yazıyor

Logos ghi tuyên ngôn trong khối Bitcoin lớn nhất từ trước đến nay

Logos 在有史以来最大的比特币区块中发表宣言

The Noonification: Elon Musk vs. Mainstream Media (4/18/2024)

The Tech Company News Brief is Changing! Starting soon, you’ll receive a new (and revamped!) version of HackerNoon’s editorial driven, once-weekly newsletter. Keep your eyes peeled! What happens when the world's richest man gets caught in the crosshairs of one of the oldest and most reputable news organizations in the world? Fireworks 🎆 It was only recently that Reuters amongst Tesla investors by reporting that Elon Musk's crown jewel was scrapping plans to produce a cheaper version of the company's electric car, causing all hell to break loose, albeit briefly. caused panic The news report prompted a decline in Tesla's stock price (~6% or so), before Elon Musk jumped in and addressed the article, reversing the downward slide. Musk's response? . Fake news According to Reuters, the reason why Tesla (allegedly) is no longer producing a cheaper electric vehicle is because it can't compete with Chinese companies that are flooding the market with their own battery-powered cars. And to drive that point home, you need look no further than Xiaomi. You see, the world's third-largest seller of smartphones is also now doubling down as an electric vehicle manufacturer, in what Chief Executive Lei Jun calls the " " of his life. And boy, Lei has reason to be proud and die peacefully, because the company's very first electric car, the SU7, has already garnered more than 100,000 orders. last major entrepreneurship project The SU7 would retail at under $30,000, below Tesla's Model 3 in China. Tesla have competed with the car with its now-scrapped cheaper version, the Model 2 electric vehicle, which was supposedly going to retail at about $25,000. But that would have just been the tip of the iceberg since some Chinese cars go for as low as $10,000 and Musk's company cannot compete at THAT price point. could certainly But all that's beside the point; the reason why everyone wanted Tesla to produce an inexpensive model was because the company's growth depends so heavily on it. In corporate America, if number not going up, it going down. And at Tesla, number definitely going down, leaving everyone very, very unhappy. real Teslas , and everyone knows it. And given that some of the higher-end models of the car are woefully out of the average consumer's reach, it makes sense for the company to focus on bringing its prices down. aren't cheap Abandoning plans for a cheaper Tesla would also serve as a reversal of Musk's vision for the company, since the eccentric billionaire had always on creating a low-cost family car after using profits from luxury vehicles. planned Anyway, news at Tesla hasn't been all that positive ever since Reuters reported the company was (allegedly) no longer going to produce a cheaper electric car. Ironically, Reuters has once again been at the forefront of all the crazy stuff going down at Tesla: Worryingly still, for Tesla at least, the company's stock has lost 35% of its value since the start of the year is still one of the most shorted stocks in American history. and Meanwhile, Musk's just sharing memes: ranked #5 on this week. Tesla HackerNoon's Tech Company Rankings 👋 You’re reading HackerNoon's , a weekly collection of tech goodness that combines HackerNoon's proprietary data with internet trends to determine which companies are rising and falling in the public consciousness. Subscribe to receive the newsletter in your inbox every Tuesday. Tech Company News Brief here complete 😒 It's a Bad Time to be an Alexa Developer Were you one of the developers on 's payroll to create apps for Alexa? Well, we've got bad news for you. Amazon Amazon that it will stop paying developers to build apps for its Alexa voice-activated digital assistant at the end of June. The company will also no longer offer free credits that Alexa developers could use to power their programs with Amazon Web Services. recently announced "These older programs have simply run their course, so we decided to sunset them," an Amazon spokesperson was quoted as saying by . media outlets Apps created for Alexa were called "skills" and saw some developers make hundreds if not thousands of dollars every month. The $100 monthly credit to Amazon Web Services was the icing on top. But as with all things corporate America, Amazon saw that there really wasn't enough interest in its program and certainly not enough of a return to justify paying peanuts from the billions it makes every year. Oh well. Amazon ranked #14 on HackerNoon's __ __this week. Tech Company Rankings Spotify, Create a Playlist for HackerNoon!🎵 Ooh boy. I guess it was a matter of time before jumped in on the generative AI craze. Spotify Well, the company's take on generative AI is certainly more unique than others. If you're a premium user in the UK and Australia, you can now access a feature that can let youj create music playlists using prompts. That's right, anything from places, animals, genres or mood, can be used to create a playlist. So something like, a playlist for cats or tigers or for rainy days or the Eiffel Tower are all game! The tool will not produce results for non-music-related prompts, like current events or specific brands, however. So if you wanted a playlist for Louis Vuitton or Prada, you're out of luck. In Other News.. 📰 Bitcoin Could Surge to $120K on 'Doomsday Rally,' Trader Says — via CoinDesk Elon Musk plans to charge new X users to enable posting — via TechCrunch Facebook and Instagram’s response to deepfake porn is under review by oversight board  — via CNN Baidu says AI chatbot 'Ernie Bot' has attracted 200 million users — via Reuters "Top secret" is no longer the key to good intel in an AI world: report — via Axios AMD rolls out its latest chips for AI PCs as competition with Nvidia and Intel heats up — via CNBC And that's a wrap! Don't forget to share this newsletter with your family and friends! See y'all next week. PEACE! ☮️ — Sheharyar Khan, Editor, Business Tech @ HackerNoon *All rankings are current as of Monday. To see how the rankings have changed, please visit HackerNoon's page. Tech Company Rankings

Elon Musk vs. Mainstream Media

The subject line “How To Bypass The Filter” frequents the search bars of AI chatbot users far and wide. In fact, countless YouTube videos, TikToks, and Wikihow pages are dedicated exclusively to offering detailed tutorials on how to “disable” filters, when realistically they only delay them, at best. Clearly, there’s a high demand for mainstream, uncensored AI chatbot interaction. That’s where Dopple.ai comes in. Dopple.ai is a free AI chatbot that lets you interact with virtual characters based on real and fictional people. Unlike AI chatbots such as ChatGPT and Character.ai, Dopple.ai doesn’t rely on filters and biases to keep its users safe. Instead, it’s equipped with an ETM rating system (“E” for “Everyone,” “T” for “Teen,” and “M” for mature) and a full set of parental controls, operating similarly to comic books and video games. That way, Dopple.ai satisfies the individual interests of all its users. To the avail of millions, Character.ai is less open-minded than its leading competitor. Receiving backlash for its enforcement of NSFW (Not Safe For Work) guidelines and removal at moderators’ discretion, it responded with a subreddit that reads, “We do not encourage discussion of NSFW filters—our stance is final, and requesting them to be removed will result in a ban.” The issue with this stance is that it defeats the entire purpose of custom AI chatbots. Every virtual character has a unique set of personality traits, interests, and interaction styles. You can either customize your own chatbot or chat with AI versions of celebrities, TV/movie characters, and more. By filtering these chats, AI companies crush the very pillar of their undertaking: to have users believe that they’re chatting with real people. Another debate in the AI chatbot community concerns the issue of bias. In a study by U.K. researchers at the University of Anglia, results found that OpenAI’s ChatGPT contains a liberal bias, or “systematic political bias toward the Democrats in the U.S., Lula in Brazil, and the Labour Party in the U.K.,” as they wrote. Because ChatGPT relies on Internet data to generate content, it’s almost impossible to control what assumptions, stereotypes, and beliefs it collects from the Internet. This raises concerns about whether the presence of bias influences users’ views and even political or electoral processes. To mitigate the issue of political bias, Dopple.ai trains its AI chatbots to stay true to the values and beliefs of the characters they represent. As a result, users are exposed to a wide range of political views while also having the ability to choose which they prefer to engage with. Launching AI projects successfully without bias is tough, even for the biggest companies. Google’s rollout of Gemini in late February was halted after an uproar over the model’s image generation functionality. Of course, it’s almost impossible to design an AI tool that’s meant to resemble humans without facing the same issues as humans, such as censorship and bias. However, Dopple.ai is changing the game by allowing free speech laws to permeate the AI space, giving people what they want when they want it. The subject line “How To Bypass The Filter” frequents the search bars of AI chatbot users far and wide. In fact, countless YouTube videos, TikToks, and Wikihow pages are dedicated exclusively to offering detailed tutorials on how to “disable” filters, when realistically they only delay them, at best. Clearly, there’s a high demand for mainstream, uncensored AI chatbot interaction. That’s where Dopple.ai comes in. Dopple.ai is a free AI chatbot that lets you interact with virtual characters based on real and fictional people. Unlike AI chatbots such as ChatGPT and Character.ai, Dopple.ai doesn’t rely on filters and biases to keep its users safe. Instead, it’s equipped with an ETM rating system (“E” for “Everyone,” “T” for “Teen,” and “M” for mature) and a full set of parental controls, operating similarly to comic books and video games. That way, Dopple.ai satisfies the individual interests of all its users. Dopple.ai Dopple.ai To the avail of millions, Character.ai is less open-minded than its leading competitor. Receiving backlash for its enforcement of NSFW (Not Safe For Work) guidelines and removal at moderators’ discretion, it responded with a subreddit that reads, “We do not encourage discussion of NSFW filters—our stance is final, and requesting them to be removed will result in a ban.” The issue with this stance is that it defeats the entire purpose of custom AI chatbots. Every virtual character has a unique set of personality traits, interests, and interaction styles. You can either customize your own chatbot or chat with AI versions of celebrities, TV/movie characters, and more. By filtering these chats, AI companies crush the very pillar of their undertaking: to have users believe that they’re chatting with real people. Another debate in the AI chatbot community concerns the issue of bias. In a study by U.K. researchers at the University of Anglia , results found that OpenAI’s ChatGPT contains a liberal bias, or “systematic political bias toward the Democrats in the U.S., Lula in Brazil, and the Labour Party in the U.K.,” as they wrote. Because ChatGPT relies on Internet data to generate content, it’s almost impossible to control what assumptions, stereotypes, and beliefs it collects from the Internet. This raises concerns about whether the presence of bias influences users’ views and even political or electoral processes. University of Anglia University of Anglia To mitigate the issue of political bias, Dopple.ai trains its AI chatbots to stay true to the values and beliefs of the characters they represent. As a result, users are exposed to a wide range of political views while also having the ability to choose which they prefer to engage with. Launching AI projects successfully without bias is tough, even for the biggest companies. Google’s rollout of Gemini in late February was halted after an uproar over the model’s image generation functionality. Of course, it’s almost impossible to design an AI tool that’s meant to resemble humans without facing the same issues as humans, such as censorship and bias. However, Dopple.ai is changing the game by allowing free speech laws to permeate the AI space, giving people what they want when they want it.

Dopple.ai Overtakes Mainstream Competitors With Unfiltered, Unbiased AI Chatbots

Dopple.ai ফিল্টারহীন, নিরপেক্ষ এআই চ্যাটবটগুলির সাথে মূলধারার প্রতিযোগীদের ছাড়িয়ে গেছে

Dopple.ai überholt Mainstream-Konkurrenten mit ungefilterten, unvoreingenommenen KI-Chatbots

Dopple.ai supera a sus principales competidores con chatbots de IA imparciales y sin filtros

Dopple.ai dépasse ses concurrents traditionnels avec des chatbots IA non filtrés et impartiaux

Dopple.ai ने बिना फ़िल्टर किए, निष्पक्ष AI चैटबॉट के साथ मुख्यधारा के प्रतिस्पर्धियों को पीछे छोड़ दिया

Dopple.ai は、フィルタリングされていない、偏見のない AI チャットボットで主流の競合他社を追い抜く

Dopple.ai는 필터링되지 않고 편견 없는 AI 챗봇으로 주류 경쟁사를 추월했습니다.

Dopple.ai supera os principais concorrentes com chatbots de IA imparciais e não filtrados

Dopple.ai обгоняет основных конкурентов благодаря нефильтрованным и объективным чат-ботам с искусственным интеллектом

Dopple.ai, Filtrelenmemiş, Tarafsız Yapay Zeka Sohbet Robotlarıyla Ana Rakiplerini Geride Bırakıyor

Dopple.ai vượt qua các đối thủ cạnh tranh chính thống bằng các chatbot AI không thiên vị, không được lọc

Dopple.ai 凭借未经过滤、公正的人工智能聊天机器人超越主流竞争对手

Satoshi Nakamoto is far from being the sole anonymous figure in the cypherpunk arena. They’re privacy activists, so they value their own privacy more than anything. That’s also the case of Eric Hughes, known for being one of the founders of the cypherpunks movement and creator of the first anonymous remailer. Beyond this, we know quite little about him. He's an American cryptographer, mathematician, and programmer. He graduated from the University of California, Berkeley, and worked for a while in the Netherlands with David Chaum, a known cryptographer and precursor . of cypherpunks Unlike Satoshi, we at least know his face and voice. at his own house in Oakland, California. Those meetings soon extended to Cygnus Solutions . This was a company dedicated to supporting free software and was founded by Gilmore himself. the group now called “cypherpunks” by arranging physical meetings with Tim May, John Gilmore and other programmers He started in Sunnyvale The famous cypherpunk mailing list to which Satoshi belonged and where he first shared the Bitcoin whitepaper was an evolution of those first meetings, created by Tim May, John Gilmore, and Hughes in 1992. Hughes was, indeed, the admin of the mailing list. , . Hal Finney, another remarkable cypherpunk, helped him to improve the code. An anonymous remailer is a service that first receives an email, deletes the identifying information (such as the sender's email address), and then forwards it to its destination or to another remailer in the network. This way, the sender's identity is protected. In the same forum, he also shared his own creation for privacy: the first anonymous remailer in 1992 A year later, Hughes wrote and published the Cypherpunk Manifesto, a sort of guide that would stay forever with cypherpunks and crypto enthusiasts alike. A Cypherpunk Manifesto outlines the principles and beliefs of the Cypherpunk movement, emphasizing the importance of privacy, cryptography, and anonymous transaction systems in maintaining individual freedoms and an open society in the digital age. It hasn't only served as a guiding philosophy for the Cypherpunk movement but it has also **influenced the development of a wide array of privacy-enhancing technologies and advocacy for digital rights.
\ This short text “Cypherpunks write code” is a motto that comes from this manifesto. It reads: “Privacy is necessary for an open society in the electronic age (…) We cannot expect governments, corporations, or other large, faceless organizations to grant us privacy (…) We must defend our own privacy if we expect to have any (…) Cypherpunks write code. We know that someone has to write software to defend privacy, and (…) we're going to write it.” They have written it, indeed. These words and this movement have inspired figures and software such as Julian Assange (WikiLeaks), Adam Back (Hashcash & Blockstream), Eric Blossom (GNU Radio Project), Phil Zimmerman (PGP Protocol), Bram Cohen (BitTorrent & Chia), Hal Finney (First Proof-of-Work), Nick Szabo (Smart Contracts), Wei Dai (B-Money), Zooko Wilcox (Zcash), and, of course, Satoshi Nakamoto (Bitcoin). Most of them are still alive and active in 2023. A Cypherpunk Incarnation Beyond cypherpunk meetings, Hughes has rarely appeared in public. He was masked in a photo of three cypherpunks in Wired (1993), and delivered the keynote address, " ", at the Amsterdam CryptoParty in 2012. He’s a quite private person. However, after reading his opinions and creations on the mailing list, we can guess that he’s still working for the cypherpunk dream of online and financial freedom and privacy. Putting the Personal Back in Personal Computers At its core, the cypherpunk philosophy advocates for the empowerment of individuals through privacy-enhancing technologies and decentralized systems. Obyte embodies these ideals by offering a platform that prioritizes decentralization in its architecture and governance. We can say that is working to reach the same dreams, as a cypherpunk incarnation. Obyte By leveraging a Directed Acyclic Graph (DAG) ledger, Obyte creates a network where transactions are added directly by users, without middlemen involved —rather than being reliant on an intermediary (like miners). This decentralization helps to prevent single points of failure and reduces the risk of censorship or manipulation. From a privacy standpoint, Obyte integrates features that enable users to transact and communicate privately and securely. They include an encrypted chat, the option to use Tor with the wallet, and the opportunity to create private assets. In essence, Obyte's commitment to decentralization and privacy embodies the core principles of the cypherpunk movement. By empowering individuals with greater control over their digital interactions and data, Obyte contributes to the advancement of a more open, free, and equitable society in line with cypherpunk ideals. Read more from series: Cypherpunks Write Code Tim May & Crypto-anarchism Wei Dai & B-money Nick Szabo & Smart Contracts Adam Back & Hashcash Jude Milhon & Community Memory Featured Vector Image by Garry Killian / Freepik Eric Hughes Photograph by ReasonTV / YouTube

Cypherpunks Write Code: Eric Hughes, Remailer and Author of "A Cypherpunk's Manifesto" 

**TORTOLA, British Virgin Islands, March 12th, 2024/Chainwire/--**Nibiru Chain,a developer and user-centric Layer 1 platform, has officially launched its public mainnet. Nibiru Chain stands out by offering a secure and efficient environment for building highly-performant decentralized applications. It is distinguished by its robust smart contract ecosystem offering superior throughput and unparalleled security, making it the go-to platform for builders in gaming, real-world assets (RWAs), NFTs, DeFi, and more. Empowering Users with a Rich Ecosystem At launch, Nibiru Chain offers a wide range of functionalities to its community and prospective builders. Users can engage in staking with NIBI validators and participate in decentralized governance. Nibiru Chain will also introduce competitive Web3 gaming through , allowing players to learn the game of chess, compete in tournaments sponsored by communities, streamers, or brands, and earn rewards. Additionally, Nibiru Chain supports the minting and trading of NFTs on , secure “.nibi” namespaces through Nibiru ID, and real estate opportunities through . Chess3 Dropspace Coded Estate Nibiru Chain encourages innovation by rewarding developers with a portion of transaction fees from their smart contracts, offering built-in value accrual. In addition to providing developers with tools to build applications, Nibiru Chain introduces its Super Chain, which includes perpetuals, spot, swap, and stablecoin functionalities. These features offer greater opportunities for dApps to expand and integrate with DeFi. The Super Chain initiative aims to deliver a seamless retail trading and investment experience and is designed to serve users across more than 40 blockchains. Nibiru's Strategic Vision for 2024 Nibiru Chain’s key initiatives include rolling out its genesis NFT collection and expansion into the APAC region with an initial focus on Korea, China, India, Japan, Vietnam, and Thailand. Central to Nibiru Chain's mission is the launch of parallel optimistic execution, which enables the simultaneous processing of multiple independent transactions. Launching Nibiru Chain marks a significant stride toward increasing blockchain scalability by bridging gaps across the blockchain landscape. Nibiru is engineered to dismantle hurdles that have isolated applications and users within their ecosystems and offer an intuitive, straightforward entry point into a more thoroughly connected Web3 for users and developers alike. Additionally, Nibiru Chain is set to announce details on its upgrade enabling full Ethereum Virtual Machine compatibility, ensuring further interoperability with Ethereum-based dApps. This integration will lower the barrier to entry for Ethereum developers and facilitate a smoother transition to Nibiru Chain’s more efficient and cost-effective Layer 1 solution, making crypto more accessible and user-friendly for the general public. About Nibiru Nibiru Chain is a breakthrough L1 blockchain and smart contract ecosystem sporting superior throughput and unparalleled security. Nibiru aims to be the most developer-friendly and user-friendly smart contract ecosystem, leading the charge toward mainstream Web3 adoption by innovating at each layer of the stack: dApp development, infra, consensus, a comprehensive dev toolkit, and value accrual. | | | | Website Twitter LinkedIn Telegram Discord Contact PR & Media Inquiries media@nibiru.org This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Nibiru Chain Debuts Public Mainnet Along With Four Major Exchange Listings

**USA / CALIFORNIA, March 7th, 2024/Chainwire/--**Firewall secures funding from North Island Ventures, Breyer Capital, and Hack VC to bulletproof smart contract networks. Firewall, a blockchain infrastructure startup, announced its $3.7M pre-seed round, co-led by , , and . Firewall transforms the usability of smart contract technology through an innovative finality consensus mechanism that eliminates smart contract exploits. North Island Ventures Breyer Capital Hack VC The founders of Firewall, previously the first and sixth employees at —a staking company acquired by Kraken in a landmark crypto deal—have helped breathe life into the eras of proof-of-stake and decentralized finance over the last six years. Staked In that time, the founders served institutional clients with infrastructure that handled billions of dollars, and now building on their experience, are addressing what most perceive as the final major hurdle to a full embrace of digital assets by the traditional financial system. “Firewall is building the safety rails that enable the everyday person to use the next era of the Internet,” stated , Co-Founder of Firewall. Devan Purhar “Today, billions of dollars are stolen from users, through irreversible transactions that are classifiable as theft. There’s a parallel between the current state of crypto-networks and the early internet, with a similar lack of essential security infrastructure. Our focus is not on marginal improvements; rather, we bring a required paradigm shift in the usability of blockchains. We designed a solution from first principles, and created programmable finality. Fundamentally, we make exploits a concept of the past.” Akin to a digital version of a traditional network’s firewall, Firewall’s technology introduces "programmable finality”. It extends rollups to use programmable transaction finalization rules, which act as automated checkpoints that block harmful transactions, inserted before later stages when the data is finalized by a DA layer such as EigenDA or Celestia. The founders envision Firewall as a part of every smart contract network, acting as an embedded security system that intelligently guards against threats. "Firewall uses real-time algorithms to pre-filter exploits from being included in blocks," shared , Firewall Co-Founder. Sam Mitchell "Then, by using programmable finality we automatically recover from any exploits that bypass the pre-filter checks. Detection at this stage can involve AI models or social consensus, which may take longer.” Mitchell emphasized that institutions, managing trillions in assets, are interested in the benefits of smart contracts but require a secure environment to deploy capital. “Creating comfort for institutional clients to use smart contracts will be the pivotal point for the widespread adoption of digital assets.” Past the founders, the core team is credited with successfully pioneering AI use in crypto threat detection at OpenZeppelin and Forta, and is set to revolutionize the field with Firewall's all-encompassing security approach. The startup’s initial focus is on the rollup ecosystem, and prides itself on alignment with building non-custodial and trustless solutions. The funding will help expand the team and create the community to “firewall the EVM”. Longer-term plans include developing coordination mechanisms to integrate the social layer directly into the Firewall. Travis Scher, Managing Partner at North Island Ventures, said “We believe the primary impediment to crypto’s mainstream adoption is the current security paradigm, in which a single bug can lead to a total loss of user funds. Firewall's solution can prevent such losses, and we are thrilled to support such an important company from the outset.” The funding round was co-led by North Island Ventures, Breyer Capital, and Hack VC, with participation from Finality Capital, and angels including Tim Ogilvie of Staked, Kain Warwick and Jordan Momtazi of Synthetix, Nathan McCauley of Anchorage, and Yaoqi Jia of AltLayer. “Firewall is making blockchains safer for users, developers, and institutions,” said Ted Breyer of Breyer Capital. “We see this catalyzing a new era of smart contract utility, and we’re delighted to support the team.” With the growing global adoption of crypto and regulatory spotlight, catalyzed by the BTC ETF and anticipated ETH ETF, the time for crypto-networks to become bulletproof is now. Trillions of dollars remain on the sidelines, scared to use smart contracts. Firewall's “programmable finality” which effectively neutralizes exploits, offers the security assurance needed to unlock these assets, paving the way for crypto to revolutionize the global financial system. About Firewall is dedicated to making smart contract technology safe to use in everyday life, by eliminating smart contract exploits. Their solution is akin to a robust network firewall, applied to the modular blockchain ecosystem. Firewall Contact Co-Founder Devan Purhar Firewall devan@usefirewall.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Firewall Raises $3.7M To Take Smart Contracts Mainstream With Programmable Finality

The (IN-SPACe) announced the Integrated Launch Manifesto for space launches utilizing launch infrastructure. This manifesto details the launches planned by ISRO, (NSIL) and various Non-Governmental Entities (NGEs) for the fiscal years 2023-24 (Q4) and 2024-25. As is evident there is a notable increase in launches and in private sector involvement in the Indian space sector. Indian National Space Promotion and Authorization Centre ISRO’s New Space India Limited This initiative aligns with the directives of the recently ratified Indian Space Policy, entrusting IN-SPACe with authorization of launch manifesto for launch-infrastructure created through public expenditure. The launch manifesto comprehensively covers user-funded, scientific missions & other technology demonstration launches by ISRO along with the commercial launches and associated primary and co-sharing passengers. The year 2023 stood as a milestone with the new Space Policy fostering rapid advancements in the sector. The Integrated Launch Manifesto is in line with Dept of Space’s vision on optimizing resources and encouraging innovation to establish India as a Global Manufacturing Hub for space activities, aligning with the vision of ‘Aatmnirbhar Bharat’ (Self-Reliant India). About 30 launch are planned for 2023-24 (Q4) & 2024-25 from SDSC, SHAR, half of which are catering to the commercial space sector of India with rest being user-funded, scientific missions or technology test launches. Out of the 14 commercial missions identified, 7 launches are being undertaken by M/s NSIL including 2 numbers of PSLVs being realized through an industry consortium.  This marks a substantial increase in launch activity compared to previous years and is a positive indicator of the expanding space ecosystem in the country. The key NGE highlights for this period include planned Sub-Orbital and Orbital launches by M/s Agnikul Cosmos and M/s Skyroot Aerospace. Few of the NGEs facilitated for their satellite launch requirements include M/s Digantara Research & Technology, M/s Dhruvaspace, M/s Space Kidz India and academic institutes like IIT-Madras, Manipal Institute of Technology and C.V. Raman Global University Odisha. However, IN-SPACe will make every effort to accommodate any additional requirement of NGEs during this period. The detailed Launch Manifesto is accessible on IN-SPACe’s digital portal. The summary of Launch Manifesto for the said period is provided in Annexure – A. Summary of Launch Manifesto for 2023-24 (Q4) and 2024-25 Annexure -A: Launch by ISRO NSIL Other NGE (Q4) 2023-24 3 (PSLV, GSLV, SSLV) Nil 1 (AGNIBAAN-SORTeD) 2024-25 13 (PSLV: 3, GSLV: 3,  Gaganyaan & Test vehicle :7nos.) 7 (PSLV:4 + LVM3:1 +  SSLV:2) 6 (4 VIKRAM-1 +2 AGNIBAAN) IN-SPACe is an autonomous nodal agency under Department of Space, Government of India formed on 24 June 2020 to promote, enable, authorize and supervise NGE to undertake space activities. These activities include manufacturing of launch vehicles and satellites, providing space-based services, establishing a ground station, sharing of space infrastructure & facilities; and establishing new facilities under DOS. IN-SPACe is currently functioning with three directorates viz., Promotion Directorate (PD), Technical Directorate (TD) and Program Management and Authorization Directorate (PMAD) and Legal, Finance and Administration Wing with its headquarters at Ahmedabad. This article was originally published by on Navanwita Bora Sachdev The Tech Panda.

IN-SPACe's Launch Manifesto: Mapping the Future of Space Exploration

UniLend V2 Mainnet Launch: Pioneering Permissionless Lending & Borrowing Protocol for All Assets

UniLend V2 Mainnet লঞ্চ: সকল সম্পদের জন্য সর্বপ্রথম অনুমতিহীন ঋণ ও ধার নেওয়ার প্রোটোকল

UniLend V2 Mainnet-Start: Erstes erlaubnisfreies Kredit- und Kreditprotokoll für alle Vermögenswerte

Lanzamiento de UniLend V2 Mainnet: primer protocolo de préstamo y endeudamiento sin permiso para todos los activos

Lancement du réseau principal UniLend V2 : tout premier protocole de prêt et d'emprunt sans autorisation pour tous les actifs

UniLend V2 मेननेट लॉन्च: सभी परिसंपत्तियों के लिए पहली बार अनुमति रहित ऋण और उधार प्रोटोकॉल

UniLend V2 メインネットの発表: すべての資産に対する史上初のパーミッションレスな貸付および借入プロトコル

UniLend V2 메인넷 출시: 모든 자산에 대한 최초의 무허가 대출 및 차용 프로토콜

Lançamento da Mainnet UniLend V2: o primeiro protocolo de empréstimos e empréstimos sem permissão para todos os ativos

Запуск основной сети UniLend V2: первый в мире протокол кредитования и заимствования без разрешения для всех активов

UniLend V2 Ana Ağ Lansmanı: Tüm Varlıklar için İlk İzinsiz Borç Verme ve Borç Alma Protokolü

Ra mắt Mainnet UniLend V2: Giao thức cho vay và vay không cần cấp phép lần đầu tiên cho tất cả tài sản

UniLend V2 主网发布：首个适用于所有资产的无需许可的借贷协议

NEW YORK, United States, February 2nd, 2024/Chainwire/--Avantis Testnet saw more than $5.5 billion in trading volumes in just two months of testing since November, and the mainnet launch includes an industry-first product, Avantis Loss Protection. , the next generation DEX for trading and market-making perpetuals for crypto and real-world assets, launched on Base mainnet today. During the two months of testnet, Avantis saw more than 400,000 trades from more than 50,000 on-chain traders transacting more than $5.5 billion in volumes on a TVL (total value locked) base of $120M. Avantis The company is backed by Pantera, Galaxy, Base Ecosystem Fund, Founders Fund, and Modular Capital. With Avantis, on-chain traders can utilize up to 75x leverage and get exposure to price movements across crypto, forex, and commodities. Liquidity providers can fine-tune their risk-return profile while earning trading fees by passively making markets for these trades. Avantis is launching its new Loss Protection product, a novel, industry-first mechanism that protects traders who take a contrarian view against the market by guaranteeing that they get a certain rebate on any trading losses. Testnet traders earned a cumulative rebate of $450K across ~20,500 loss-protected trades for taking contrarian trades and helping balance platform open interest (OI). Once live on the main net, Avantis Loss Protection will generate real savings for traders on their losses. Avantis has 22 trading pairs available at launch today, with more to come. To ensure economic security, competitive fees for traders, and protection for liquidity providers, Avantis has partnered with , the leader in risk simulations and protocol economics. Chaos Labs Chaos Labs’ designed and optimized trading parameters go live today on Avantis mainnet. Avantis has been audited by both and , and the audit reports are available for all to view via Avantis’ . Zellic Zokyo documentation “There's a large set of perpetual DEXs in the market, and yet it’s one of the only sectors in DeFi that’s still 100x behind its CeFi counterparts, which shows the immense whitespace for innovation at the protocol level,” Said Avantis Cofounder and CEO . Harsehaj Singh “This is why we’re so excited for Avantis’ beta launch on mainnet as it’s our first step towards contributing towards the growth of the onchain trading and stablecoin economy on Base.” Throughout testnet, Avantis witnessed the robustness of its risk-return tooling for liquidity providers, consistently seeing highly organic trading fee APRs, ranging from 20%-100% depending on the LP’s unique risk profile. Out of 5,600 LPs on the platform, ~1,900 locked their capital for some time, showing the demand for boosted returns in exchange for long-term behavior. Avantis plans to continue testing and refining these mechanisms with real-world data. In the coming months, Avantis plans to ship multiple product updates, including funding rates, one-click trading, gas-sponsored trades, their own L2 built on the OP stack, and novel real-world asset pairs like crude oil and treasury rates. The Avantis Edge: Hyperscaling DeFi Market Making: Onchain perpetual DEXs haven’t had their Uniswap V3 moment. Avantis offers sophisticated tools to liquidity providers (LPs) like risk tranches and time locking, allowing each LP to customize its unique risk-reward profile, creating a stickier liquidity flywheel. Democratized RWA Adoption: Perpetuals have barely touched non-crypto asset classes like commodities and forex, but demand for leveraged trading in these markets is very strong. While there is already strong RWA tokenization by top DeFi protocols, these offerings are gated to accredited institutions and are geared toward long-term holders, not traders. Avantis enables forex and commodities to be hedged and traded on-chain without the need for 1:1 tokenization. Loss Protected Trading: Avantis offers guaranteed rebates on traders’ losses as long as their trades help balance platform OI. This is in contrast to funding rates, which are the traditional way of balancing long-short skew (and are often unpredictable and geared towards basis traders). This is an industry first for any exchange of any kind (regardless of centralized or decentralized). Fully Decentralized: Everything from execution, settlement, liquidations, and market-making (via liquidity providers) occurs on-chain About Avantis Avantis is a decentralized leveraged trading and market-making platform that allows users to trade cryptocurrency, forex, and commodities with up to 75x leverage or power trades on the platform as a liquidity provider. Avantis gives sophisticated risk management tools to traders and liquidity providers for the use and provision of trading leverage. Avantis is built on Coinbase’s , and is industry leading investors such as Pantera, Founders Fund, Galaxy and Base Ecosystem Fund. For more information, visit . Base blockchain backed by https://www.avantisfi.com/ Contact Avantis, The Next Generation Perpetuals DEX, Launches Today on Base Mainnet Harsehaj Singh Avantis Labs Inc Sehaj@avantisfi.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Avantis: The Next Generation Perpetuals DEX Launches Today On Base Mainnet

When Bitcoin, and by extension, blockchain, exploded onto the financial market, the world began evolving alongside the implications of what this could mean for the world. The idea of a decentralized financial system, independent of countries and politics, seems like one ridden with potential. The blockchain technology is not only applicable in the financial sector, but it can also be adopted and used in many different industries such as legal, medical and education, and already we have started to feel its reach into many of these industries. Blockchain shows incredible potential especially in modern banking but it is not easy to implement overnight as users have to be trained and upskilled to integrate it into existing systems and practices. Furthermore, governments are still reluctant to recognize cryptocurrency, and in China, crypto transactions have been branded as illegal . However, this doesn’t mean that China is not looking into the technology behind cryptocurrency, and the government has already begun using the technology to verify identities, and as recently as May, to adapt it for industrial use. since 2021 opened a blockchain research center The biggest selling point of blockchain is the level of security it affords its users, along with the detail and coherency of its records. In the banking industry, scams and blunders are the biggest threats to the system - the United States alone lost per annum due to identity fraud; with blockchain, personal information may be retained privately while still maintaining the integrity of their verification process, creating an environment that is conducive to maintaining and encouraging trust and reliability, though the main purpose of reliable identification is primed to stop preventable losses. Money laundering and tax evasion are two challenges that may also be combated against through blockchain, with the help of A.I. or standardization. reported over USD$20 billion Retail banking sectors have been investing strongly into blockchain frameworks in an attempt to reap the benefits of the technology, and even the UK’s Financial Conduct Authority (FCA) is policies for blockchain, but it is still a few steps away from worldwide - or at least, mainstream - integration. currently developing Currently, the Society for Worldwide Interbank Financial Telecommunications, also known as SWIFT, is blockchain into its global payment initiatives, dipping its toes into both fiat and cryptocurrencies, and already we are seeing the benefits of blockchain, with less banking queries being processed on a daily basis. trying to implement The dissemination of blockchain in various payment solutions will only continue to grow and the modern generation will bear witness to the adoption of this technology, but will we see this growth in 2024? “There is no reason why blockchain technology shouldn’t be adopted by mainstream finance”, says Yuki Nakamura from , a Crypto-staking platform, was quoted as saying, “blockchain is far more secure, efficient, and cost-effective than conventional methods of banking. But like any industry that is being challenged with new technology, it will take time for the industry to evolve and adapt and accept. Blockchain was officially launched in 2009, but it was only in 2011 when it was widely recognized. A decade might feel like a long enough time for industries to warm up to the idea of the technology, but without implementation, it remains as foreign as a new entity.” Nakamura is confident that the long-term exposure of blockchain in the finance industry has warmed up the population and corporations to it being present in their everyday dealings, which means that we will be seeing a great deal more adoption of blockchain in 2024. Stakingy Blockchain should first be implemented as a security measure. As blockchain is capable of creating unique identifiers, it should also be an effective tool in both KYC and AML checks, ensuring that neither has an overlap. These unique identifiers would also have the ability to . But of course, no technology would be able to eliminate it completely as there are always loopholes that hackers and those with malicious intent are able to exploit. suppress fraud It is expected that the adoption of blockchain in the finance industry would be initially geared towards security, including creating a more secure database that includes individual management of private keys which means better sharing options and a higher level of security. It would also increase the integrity of information databases as all blocks in a chain must be validated before it can be edited, creating a highly incorruptible system. Mainstream adoption of blockchain in the financial sector is not that far off, as many industries are currently integrating it into their systems and processes, which we will continue to see in 2024 and beyond.

Is 2024 the Year Blockchain Technology Receives Mainstream Adoption in Finance?

We have seen a trend of issuing assets on Bitcoin, for example, protocols like Ordinals, BRC-20, and Atomicals. These protocols store data on the Bitcoin blockchain and use an off-chain indexer to parse the data and generate states. This greatly enriches the assets and ecosystem on Bitcoin. However, currently these protocols only support some basic functions of assets, such as deployment, minting, transfer, and exchanges with BTC through PSBT (Partially Signed Bitcoin Transactions). Users cannot define more behaviors of assets, which limits the application scenarios of these assets. Applications such as swaps, lending, stablecoins, etc. cannot be implemented on existing protocols. Therefore, we propose an upgraded protocol to build a programmable execution environment on Bitcoin and call it a Bitcoin co-processor. It uses Bitcoin for sequencing and storage of transactions, while an indexer with EVM integrated is used for transaction execution. In this co-processor, there is a native token that is minted through PoW (Proof of Work). The native token can be exchanged with BTC trustlessly using PSBT, establishing an economic link between the co-processor and BTC. Users can use the native token as gas to create and call smart contracts in the co-processor. How it works Transaction Structure An EVM-executable co-processor transaction consists of the following fields. Please note that when the field is empty, it is a token transfer transaction; when the field has content, it is a smart contract transaction. Data Data Nonce
Sig
From
To
Value
Gas
Data We store it in a Bitcoin transaction in the following format. All fields are inscribed into the witness of an input. When the indexer detects a transaction on Bitcoin that matches this format, it triggers its execution in EVM. Mint Transaction To mint the native token in the co-processor, we define the mint transaction. It is similar to the coinbase transaction in Bitcoin. The first input inscribes into its witness. To Miners can try different ways to modify the transaction hash until it meets a difficulty requirement, for example, changing the change address or adding an OP_RETURN output with random data inside. Once such a transaction appears on Bitcoin, the native token will be rewarded to the address. We will also introduce a difficulty adjustment mechanism to ensure that the native token is minted at a constant rate over time. To Lock Transaction The lock transaction is used to lock a certain amount of native token into a UTXO, which can be later used for PSBT exchange with BTC. Its transaction structure is as follows. All needed fields are inscribed into the witness of an input. The first output is the target UTXO where the native token will be locked. This transaction will deduct the amount of the native token from the address's balance and lock it into the target UTXO. Value From Exchange Transaction The exchange transaction uses UTXO from the lock transaction to construct a PSBT, which sells the native token for BTC trustlessly. Its structure is as follows. The first input is the UTXO with native token locked. Its signature only applies to the first input and the first output. The buyer will add the second input, which contains the BTC to spend and all needed fields inscribed into its witness. The first output is the BTC receiving address from the seller. When such a transaction is detected, the native token will be unlocked from the UTXO and added to the 's balance. To Performance Improvements Batch Inscription Multiple co-processor transactions can be inscribed into a single Bitcoin transaction to save gas fees. In this way, each co-processor transaction only requires about 1/4 of the gas fee compared to a Bitcoin transaction because all of its data is stored in the witness. Any third party can be a batch builder, receiving co-processor transactions and inscribing them into a Bitcoin transaction. This will increase the finality speed of co-processor transactions. For example, you can create a Uniswap on Bitboost and then maintain a batch builder for receiving all the transactions that interact with the Uniswap. In this way, you sequence these Uniswap transactions and provide instant finality, just like a sequencer in rollups. Transaction Compression Co-processor transactions can be further compressed like rollup transactions. This will reduce the transaction size to 12 bytes, which is approximately 1/10 of its original size. So, overall, the gas fee for a Bitboost transaction can be as low as about 1/40 of a Bitcoin transaction. Conclusion This protocol builds an EVM execution environment on Bitcoin. Users can do anything in this execution environment just like on Ethereum, such as transferring native tokens, issuing ERC-20 or ERC-721 tokens, creating smart contracts, etc. It uses Bitcoin as the sequencer and data availability layer. Its only connection to Bitcoin is a PSBT-based decentralized trading pair between the native token and BTC. Some improvements can be applied to reduce its gas costs to about 1/40 of Bitcoin. The entire protocol is trustless and has the same security level as Bitcoin. A more detailed and frequently updated version is also published here https://docs.bitboost.org/

Bitboost: an EVM Co-processor for Bitcoin Mainnet

The ZK-L2 community network, ZKFair, will go live on December 20th. ZKFair is the first Mainnet ZK-L2 based on Polygon CDK & Celestia, powered by Lumoz's ZK-RaaS. After the launch of the mainnet, 100% of the ZKF Token will be distributed to the community immediately in the form of airdrops to be completely fair and impartial. ZKFair's original intention was to build a fully community-driven ZK-L2, and ZKFair is an experimental project and a community resistance movement. Nowadays, several ZK-L2 projects are generally overvalued, and VC investors monopolize their revenues while ordinary users can hardly get returns from them. On top of that, these ZK-L2s also encourage ordinary users to pay huge gas fees to transact frequently but are slow to issue token incentives. . So, these ZK-L2s are not friendly or fair to the general public ZKFair hopes to do this by creating a fair-launch, community-driven ZK-L2 network. 100% of ZKF tokens will be airdropped to the community immediately after the mainnet launch. All future Gas fee profits will also be returned 100% to the community. ZKFair will be completely fair-launched, community-driven, community-built, and community-shared revenue. This will be an L2 that gathers the power and wisdom of the masses, stimulates creativity, and empowers all kinds of communities through ZK. It is worth mentioning that security and stability are the focus of ZKFair. Before going online, ZKFair also passed the audits of several globally renowned auditing organizations to ensure the security and stability of the code. The audit reports can be viewed on the website after the mainnet launch. ZKFair always puts the safety of users' assets in the first place. How Community Users Can Participate After Mainnet Launch: 0.1 USDC: Free USDC Distribution (Limited-Time) All users can claim 0.1 USDC on the ZKFair Mainnet by simply sending a message on the specified Discord channel! , and subsequent opening times will be announced in the . The claiming window will be open for only three days docs 25% Community Airdrop: Check out your share of the Airdrop! 25% of ZKF tokens will be airdropped to the community. Users who have interacted with ZK-L2 (including Polygon zkEVM, zkSync, Scroll, Linea, zkSpace) in the past two months, as well as Lumoz Loyalty Points holders, will be eligible to receive an airdrop of ZKF token. . These airdrop allocations will only be accessible after the conclusion of the gas fee airdrop. Users can check their share of the airdrop on the website Dashboard 75% Gas Fee Airdrop: Fair Launch, First Come, First Served 75% of ZKF Token will be airdropped to early gas fee contributors on ZKFair mainnet. Gas fee Airdrop will be opened on Dec 23rd. The gas fee limit is $3M USDC, first come, first served! Note that the gas fee airdrop will end as soon as the gas fee exceeds $3M USDC. , and there will be no more token additions in the future. ZKF tokens will not be available for the excess gas fee consumption Tutorials for the activity will be provided, and users are encouraged to familiarize themselves with ZKFair during the 2-3 days leading up to the gas fee airdrop. Other Events: In addition to the mentioned activities, ZKFair is collaborating with major projects to organize community events celebrating the mainnet launch. - Task2Get [ZKFair Ecosystem Gala]. Bitget Wallet X ZKFair - Asset Cross-Chain Activity. Orbiter X ZKFair - ZKF Community NFT Mint Campaign. Alienswap X ZKFair - .zkf Domain Whitelist Event. Space ID X ZKFair And more... Details will be available on the website campaign list after the Mainnet goes live. Claiming Airdrops: After the gas fee airdrop concludes, ZKFair will initiate the claiming process for all airdrops. Rewards not claimed within a specified timeframe will be burned. , after which ZKF Tokens will be in full circulation (excluding the 5% community reserve, which will open for airdrops after supporting the BTC ecosystem). The airdrop claiming period will last for ten days ZKFair Ecosystem Collaborations: ZKFair has entered in-depth collaborations with over 15 projects, each with its own introduction and unique offerings. Orbiter Type: Cross-Chain Bridge Introduction: Orbiter Finance is a decentralized cross-chain bridge that enables users to transfer Ethereum-native assets across various scaling networks developed based on different rollup solutions. iZUMi Type: DEX (Decentralized Exchange) Introduction: iZUMi Finance is a multi-chain DeFi protocol providing a one-stop Liquidity as a Service (LaaS). SPACE ID Type: DID (Decentralized Identity) Introduction: SPACE ID is a decentralized domain service protocol allowing users to bind identities across multiple chains, and communities can build their top-level domain services through the SPACE ID network. Bitget Wallet Type: Wallet Introduction: Bitget Wallet (formerly BitKeep) is Asia's largest and globally leading all-in-one Web3 multi-chain wallet. It offers users a comprehensive range of on-chain products and DeFi services, including wallet, swap trading, NFT trading, and DApp browser. Alienswap Type: NFT Marketplace Introduction: AlienSwap is the NFT marketplace and aggregator for people, the leading multi-chain NFT trading layer. Token Pocket Type: Wallet Introduction: TokenPocket is the world’s leading multi-chain self-custodial wallet, which supports mainstream public chains including BTC, ETH, BSC, TRON, etc. TokenPocket products include Mobile Wallet, Chrome Extension Wallet, and KeyPal Hardware Wallet. Meson Type: Cross-Chain Bridge Introduction: Meson is a leading unified bridging protocol that provides a seamless cross-chain experience for ETH and stablecoins across over 30 high-performance blockchains. Sideswap Type: DEX (Decentralized Exchange) Introduction: A decentralized exchange and liquidity platform. zkMe Type: DID (Decentralized Identity) Introduction: zkMe is a decentralized web3 identity oracle that leverages the power of zero-knowledge proofs to enable secure, private, and anonymous credential issuance and verification. Arvin Type: Lending Protocol Introduction: Over collateral lending protocol for all assets on ZKFair. Ivy Maker Type: NFT Aggregator Introduction: Ivy Maker is an NFT creation and incentive platform built for artists, creators and fans, where anyone can easily create, mint, and issue their own NFTs and unlock unique extra benefits! Owlto Finance Type: Cross-Chain Bridge Introduction: Owlto Finance is a decentralized cross-rollup bridge focusing on L2, providing 'safe, fast, cheap, and easy-to-use' services. Some projects will open to users concurrently with the mainnet launch, while others will progressively deploy and open up post-launch. Many of these projects will have their airdrop expectations, providing users with opportunities for multiple rewards. Appreciation for the Community: We express sincere gratitude for the community's support throughout ZKFair's development. The enthusiastic participation and unwavering support from the community have been crucial to ZKFair's success. Your active discussions, suggestions, and feedback have provided valuable insights, making each community member a witness and driving force in ZKFair's growth. We hold high expectations for the community's continued vibrancy, hoping it will contribute more wisdom and innovation to ZKFair's development. We firmly believe that, through collective efforts, the ZKFair community will thrive, injecting more momentum into the entire ecosystem. Join the force As ZKFair's mainnet launches, we envision ZKFair becoming a genuinely community-driven ZK-L2 ecosystem, showcasing infinite possibilities. We encourage more users to join our community, actively participating in the co-construction of ZK-L2. Everyone has the potential to contribute to ZKFair's prosperity, collectively creating a fairer, more open, and innovative ecosystem! Link: Website: https://zkfair.io/ Twitter: https://twitter.com/ZKFCommunity Discord: https://discord.com/invite/7JUnrh9GsF

ZKFair To Distribute 100% of Their Tokens As Airdrops On L2 Mainnet Launch: How's That For Fairness?

ZKFair তাদের টোকেনগুলির 100% বিতরণ করবে L2 মেইননেট লঞ্চে এয়ারড্রপ হিসাবে: এটি কীভাবে ন্যায্যতার জন্য?

ZKFair wird 100 % seiner Token als Airdrops beim Start des L2-Mainnets verteilen: Wie ist das aus Gründen der Fairness?

ZKFair distribuirá el 100% de sus tokens como lanzamientos aéreos en el lanzamiento de L2 Mainnet: ¿Qué te parece eso para ser justos?

ZKFair va distribuer 100 % de ses jetons sous forme de parachutages lors du lancement du réseau principal L2 : qu'en est-il pour l'équité ?

ZKFair L2 मेननेट लॉन्च पर अपने 100% टोकन एयरड्रॉप के रूप में वितरित करेगा: निष्पक्षता के लिए यह कैसा है?

ZKFair、L2 メインネットの立ち上げ時にトークンの 100% をエアドロップとして配布: 公平性はどうですか?

ZKFair, L2 메인넷 출시 시 토큰 100%를 에어드랍으로 배포: 공정성은 어떻습니까?

ZKFair distribuirá 100% de seus tokens como Airdrops no lançamento da Mainnet L2: Que tal isso para ser justo?

ZKFair распределит 100% своих токенов в виде раздач при запуске основной сети L2: как это с точки зрения справедливости?

ZKFair, L2 Ana Ağ Lansmanında Tokenlarının %100'ünü Airdrop Olarak Dağıtacak: Bu Adil Olmak İçin Nasıl?

ZKFair phân phối 100% số token của họ dưới dạng airdrop khi ra mắt Mainnet L2: Điều đó thế nào cho công bằng?

ZKFair 将在 L2 主网启动时以空投形式分发 100% 的代币：公平性如何？

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