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কীভাবে কৃত্রিম বুদ্ধিমত্তা আমাদের স্মার্ট হোমগুলিকে আরও স্মার্ট করে তুলতে পারে

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How Trump v United States Will Affect the Country Moving Forward

With more than 140 dApps now integrated into the Rootstock ecosystem and the growing number of users engaging with them, choosing the right wallet becomes crucial for managing assets effectively and securely. This article discusses various wallets compatible with Rootstock, providing insights into their features and compatibility. Wallets that support Rootstock, BTC, and RBTC Beexo Beexo supports Rootsock, BTC, and RBTC, offering both desktop/browser and mobile versions., but no Chrome extension. It provides a seamless and user-friendly payment experience, without complications, to send money globally and securely. Beexo wallet is the first wallet to integrate RIF Relay (formerly RIF Enveloping), a secure sponsored transaction system that allows users to pay transaction fees using ERC-20 tokens. This system enables end users to transact entirely using one asset, eliminating the need to manage a separate asset for gas, similar to traditional finance. Bridge MTPelerin Bridge MTPelerin supports Rootstock, BTC, RBTC, with testnet compatibility for BTC. It offers both desktop/browser and mobile versions, providing flexibility and comprehensive support for users. Depending on the amount of funds there may be a fee for the use of the service. Defiant Defiant is a non-custodial mobile-first wallet supporting Rootstock, BTC, and RBTC. Although it does not offer a Chrome extension or desktop/browser version, its mobile app is well-regarded for its user-friendly interface and robust security features. The Defiant wallet allows users to store, swap, and send crypto and stablecoins from the Bitcoin, Rootstock and Ethereum ecosystems Edge Edge supports Rootstock, BTC, and RBTC, along with testnet support for BTC and ETH. It offers desktop/browser and mobile versions, providing flexibility for users. Neither Edge nor any 3rd party can access your money or data. You get the financial privacy and autonomy that blockchain was designed for right at your fingertips. Enkrypt Enkrypt is a multichain, non-custodial, and open-source web3 browser wallet that supports Rootstock, BTC, and RBTC. It is primarily a Chrome extension, and does not offer desktop or mobile versions. Enkrypt allows you to add your Ledger or Trezor hardware wallets with full access to all Enkrypt’s features. The wallet does not charge fees for sending or receiving crypto assets. However, users will have to pay fees for the gas, which is charged by the networks. Exodus Exodus is a multi-asset wallet that supports BTC on Bitcoin & RBTC on Rootstock. It is available as a browser extension, mobile app, and/or desktop app. The wallet is designed to provide a balance of ease of use and security for both beginners and experienced users in the cryptocurrency space. Math Wallet Math Wallet supports Rootstock, BTC, and RBTC, available across Chrome, desktop, and mobile platforms. Its supported networks include Rootstock, ETH, Polkadot, Near, Solana, Binance Smart Chain, and many more. Its broad compatibility and multichain support make it an excellent choice for users managing multiple assets. Portis Portis provides a seamless experience for BTC, Rootstock, and RBTC users. It is available as a Chrome extension and desktop/browser application, ensuring easy access for users. Its multi-asset support makes it a strong contender for those deeply integrated into the Rootstock ecosystem. SafePal SafePal supports Rootstock, BTC, and RBTC, with availability as a Chrome extension and mobile app. Its focus on security and ease of use makes it a reliable choice for users seeking robust protection for their assets. Wallby Wallby supports Rootstock, BTC, and RBTC, available as a mobile app. While it lacks a Chrome extension and desktop/browser versions, its mobile focus ensures ease of use for on-the-go asset management. Wallets that support Rootstock and RBTC, but not BTC BlockWallet Block supports Rootstock and RBTC, available as a Chrome extension. While it lacks desktop/browser and mobile versions, its simplicity and specific focus on Rootstock make it an easy choice for users. Frontier Frontier supports Rootstock and RBTC and is available across Chrome, desktop, and mobile platforms. Its broad compatibility and multi-platform availability make it an appealing choice for users looking for flexibility and ease of access. Taho Taho supports Rootstock and RBTC, and is available as a Chrome extension. While it lacks Bitcoin support and desktop/mobile versions, it serves as a niche option for Rootstock-focused users. This wallet has an integration with Ledger, and allows swaps with no hidden fees. Other wallets in the Rootstock ecosystem Bitget Bitget supports BTC, RBTC, and RIF, and is available as a Chrome extension and mobile app. Its support for Bitcoin and Rootstock makes it a useful tool for users engaged in both ecosystems. MyCrypto MyCrypto, similar to MEW, focuses on RBTC support. It offers a Chrome extension and a desktop/browser version, catering to users who prefer managing their assets on a computer, but no mobile version. The desktop version provides additional methods for accessing a wallet, such as using a mnemonic phrase or a private key. And another fact about MyCrypto wallet is that it supports domain registration on the RIF Naming Service (RNS). Metamask Metamask is one of the most popular multi-chain wallet supporting RBTC, with compatibility for testnets including Ethereum and Rootstock, allowing users to get test RBTC and RIF. It is available as a Chrome extension, desktop application, and mobile app. You can either use the metamask-landing.rifos.org tool to download/install Metamask, and add Rootstock custom network or follow the steps listed in metamask.io. MEW (MyEtherWallet) MEW is well-known in the Ethereum community and also supports RBTC. This wallet is accessible via Chrome and offers an Android app. While it lacks Bitcoin support and desktop/browser versions, it is a reliable choice for RBTC users. What’s next Choosing the right wallet within the Rootstock ecosystem depends on your specific needs and preferences. Whether you prioritize multi-asset support, mobile access, or security features, there is a wallet tailored to your requirements. As the ecosystem continues to grow, staying informed about the latest wallet options will ensure you can manage your assets effectively and securely. Looking for more answers? Join the Rootstock community on Discord to get all your questions answered. With more than 140 dApps now integrated into the Rootstock ecosystem and the growing number of users engaging with them, choosing the right wallet becomes crucial for managing assets effectively and securely. dApps This article discusses various wallets compatible with Rootstock, providing insights into their features and compatibility. Wallets that support Rootstock, BTC, and RBTC Beexo Beexo supports Rootsock, BTC , and RBTC, offering both desktop/browser and mobile versions., but no Chrome extension. It provides a seamless and user-friendly payment experience, without complications, to send money globally and securely. Beexo BTC Beexo wallet is the first wallet to integrate RIF Relay (formerly RIF Enveloping), a secure sponsored transaction system that allows users to pay transaction fees using ERC-20 tokens. This system enables end users to transact entirely using one asset, eliminating the need to manage a separate asset for gas, similar to traditional finance. RIF Relay Bridge MTPelerin Bridge MTPelerin supports Rootstock, BTC , RBTC, with testnet compatibility for BTC. It offers both desktop/browser and mobile versions, providing flexibility and comprehensive support for users. Depending on the amount of funds there may be a fee for the use of the service. Bridge MTPelerin BTC Defiant Defiant is a non-custodial mobile-first wallet supporting Rootstock, BTC, and RBTC. Although it does not offer a Chrome extension or desktop/browser version, its mobile app is well-regarded for its user-friendly interface and robust security features. Defiant The Defiant wallet allows users to store, swap, and send crypto and stablecoins from the Bitcoin, Rootstock and Ethereum ecosystems Edge Edge Edge supports Rootstock, BTC, and RBTC, along with testnet support for BTC and ETH. It offers desktop/browser and mobile versions, providing flexibility for users. Edge BTC, Neither Edge nor any 3rd party can access your money or data. You get the financial privacy and autonomy that blockchain was designed for right at your fingertips. Enkrypt Enkrypt Enkrypt is a multichain, non-custodial, and open-source web3 browser wallet that supports Rootstock, BTC, and RBTC. It is primarily a Chrome extension, and does not offer desktop or mobile versions. Enkrypt Enkrypt allows you to add your Ledger or Trezor hardware wallets with full access to all Enkrypt’s features. The wallet does not charge fees for sending or receiving crypto assets. However, users will have to pay fees for the gas, which is charged by the networks. Exodus Exodus Exodus is a multi-asset wallet that supports BTC on Bitcoin & RBTC on Rootstock. It is available as a browser extension, mobile app, and/or desktop app. The wallet is designed to provide a balance of ease of use and security for both beginners and experienced users in the cryptocurrency space. Exodus Math Wallet Math Wallet Math Wallet supports Rootstock, BTC, and RBTC, available across Chrome, desktop, and mobile platforms. Its supported networks include Rootstock, ETH, Polkadot, Near, Solana, Binance Smart Chain, and many more. Math Wallet Its broad compatibility and multichain support make it an excellent choice for users managing multiple assets. Portis Portis Portis provides a seamless experience for BTC, Rootstock, and RBTC users. It is available as a Chrome extension and desktop/browser application, ensuring easy access for users. Its multi-asset support makes it a strong contender for those deeply integrated into the Rootstock ecosystem. SafePal SafePal SafePal supports Rootstock, BTC, and RBTC, with availability as a Chrome extension and mobile app. Its focus on security and ease of use makes it a reliable choice for users seeking robust protection for their assets. SafePal Wallby Wallby Wallby supports Rootstock, BTC, and RBTC, available as a mobile app. While it lacks a Chrome extension and desktop/browser versions, its mobile focus ensures ease of use for on-the-go asset management. Wallets that support Rootstock and RBTC, but not BTC Wallets that support Rootstock and RBTC, but not BTC BlockWallet BlockWallet Block supports Rootstock and RBTC, available as a Chrome extension. While it lacks desktop/browser and mobile versions, its simplicity and specific focus on Rootstock make it an easy choice for users. Block Frontier Frontier Frontier supports Rootstock and RBTC and is available across Chrome, desktop, and mobile platforms. Its broad compatibility and multi-platform availability make it an appealing choice for users looking for flexibility and ease of access. Frontier Taho Taho Taho supports Rootstock and RBTC, and is available as a Chrome extension. While it lacks Bitcoin support and desktop/mobile versions, it serves as a niche option for Rootstock-focused users. This wallet has an integration with Ledger, and allows swaps with no hidden fees. Taho Other wallets in the Rootstock ecosystem Bitget Bitget Bitget supports BTC, RBTC, and RIF, and is available as a Chrome extension and mobile app. Its support for Bitcoin and Rootstock makes it a useful tool for users engaged in both ecosystems. Bitget MyCrypto MyCrypto MyCrypto , similar to MEW, focuses on RBTC support. It offers a Chrome extension and a desktop/browser version, catering to users who prefer managing their assets on a computer, but no mobile version. MyCrypto The desktop version provides additional methods for accessing a wallet, such as using a mnemonic phrase or a private key. And another fact about MyCrypto wallet is that it supports domain registration on the RIF Naming Service (RNS) . RIF Naming Service (RNS) Metamask Metamask Metamask is one of the most popular multi-chain wallet supporting RBTC, with compatibility for testnets including Ethereum and Rootstock, allowing users to get test RBTC and RIF. Metamask It is available as a Chrome extension, desktop application, and mobile app. You can either use the metamask-landing.rifos.org tool to download/install Metamask, and add Rootstock custom network or follow the steps listed in metamask.io . metamask-landing.rifos.org metamask.io MEW (MyEtherWallet) MEW (MyEtherWallet) MEW is well-known in the Ethereum community and also supports RBTC. This wallet is accessible via Chrome and offers an Android app. While it lacks Bitcoin support and desktop/browser versions, it is a reliable choice for RBTC users. MEW What’s next What’s next Choosing the right wallet within the Rootstock ecosystem depends on your specific needs and preferences. Whether you prioritize multi-asset support, mobile access, or security features, there is a wallet tailored to your requirements. Choosing the right wallet within the Rootstock ecosystem depends on your specific needs and preferences. Whether you prioritize multi-asset support, mobile access, or security features, there is a wallet tailored to your requirements. As the ecosystem continues to grow, staying informed about the latest wallet options will ensure you can manage your assets effectively and securely. Looking for more answers? Join the Rootstock community on Discord to get all your questions answered. Looking for more answers? Join the Rootstock community on Discord to get all your questions answered. Looking for more answers? Join the Rootstock community on Discord to get all your questions answered. Rootstock community on Discord

A Comprehensive Guide to Wallets Within the Rootstock Ecosystem

রুটস্টক ইকোসিস্টেমের মধ্যে ওয়ালেটের জন্য একটি ব্যাপক নির্দেশিকা

Ein umfassender Leitfaden zu Wallets im Rootstock-Ökosystem

Una guía completa de carteras dentro del ecosistema de portainjertos

Un guide complet des portefeuilles au sein de l'écosystème Rootstock

रूटस्टॉक पारिस्थितिकी तंत्र के भीतर वॉलेट्स के लिए एक व्यापक गाइड

Rootstock エコシステム内のウォレットに関する包括的なガイド

Rootstock 생태계 내 지갑에 대한 종합 가이드

Um guia abrangente para carteiras no ecossistema de porta-enxertos

Комплексное руководство по кошелькам в экосистеме Rootstock

Anaç Ekosistemindeki Cüzdanlara İlişkin Kapsamlı Bir Kılavuz

Hướng dẫn toàn diện về ví trong hệ sinh thái Rootstock

Rootstock 生态系统内钱包的综合指南

Authors:
(1) Simon Kafader, University of Bern, Bern, Switzerland (simon.kafader@inf.unibe.ch);
(2) Mohammad Ghafari, University of Auckland, Auckland, New Zealand (m.ghafari@auckland.ac.nz). Table of Links Abstract and I. Introduction
II. Related Work
III. Background and Motivation
IV. FluentCrypto
V. Study Setup
VI. Study Result
VII. Threats to Validity
VIII. Conclusion and References III. BACKGROUND AND MOTIVATION Node.js is a popular open-source, cross-platform, backend JavaScript runtime environment to build scalable network applications.[1] It provides a built-in library called “crypto” which developers can use to perform cryptographic operations on data. According to the latest survey conducted by the Stack Overflow website in 2020,[2] for the second year in a row, Node.js is a worldwide leader among frameworks. However, to the best of our knowledge, there exists no work in academia to address crypto misuses in this environment. Consider Listing 1 that shows a code example to encrypt data with a private key. We access the cryptography module at line 1. We specify the encryption algorithm i.e., “des”, derive the encryption key using the Scrypt function, and define the initialization vector (iv) at line 2-4, respectively. Instances of the Cipher class are used to encrypt data, and we create and initialize such an instance at line 5. The cipher.update() method performs the actual encryption. It takes three arguments i.e., the data, the input encoding, and the output encoding. We call this method at line 6 to encrypt a piece of “utf-8”-encoded text and store the result in the hex format. In the end, at line 7, we call the cipher.final() method to indicate that the Cipher object is no longer needed and the encryption process is finalized. There are a number of caveats that developers should take into account to ensure that this code and its counterpart for decryption work correctly. For instance, the default string encoding used by the crypto module is utf-8. We also need a key of a certain length, depending on which cipher algorithm we choose for encryption. In this example, the iv and the key must have the same length i.e., number of bytes. If the encoding of the input data is given to the cipher.update() method, the data argument is a string in the specified encoding. Otherwise, data must be a Buffer. Likewise, if the encoding of the output is specified, a string in the specified encoding is returned. Otherwise, a Buffer is returned. Even if we assume that a novice developer will figure out how to write the code in Listing 1 that is functioning, it suffers from a number of security issues. We used Scrypt, a password-based key derivation function, which requires three arguments namely password, salt and the key length to construct the secret key. A salt is combined with the password to avoid producing an identical key for the same password, which substantially lessens the impact of pre-computed hash attacks especially against commonly used passwords[3]. Therefore, salt should be as unique as possible and it is recommended that salt is random and at least 16 bytes long. However, in the example, the salt is a fixed value and does not help in deriving distinct keys. The next security issue concerns the IV whose purpose is to ensure that an identical message encrypted with the same key leads to different encrypted outputs. This requires the IV to be unpredictable and unique; and ideally, cryptographically random so that an attacker cannot predict ahead of time what a given IV will be. Nevertheless, in the example, the IV is always a zero-filled buffer. Finally, DES is no longer a secure algorithm due to its comparatively short key size. We investigated obstacles as well as security risks that are associated with hashing, symmetric and asymmetric encryption in Node.js. We decided to focus on these cryptographic tasks as research as well as our experience show that they are commonly used to secure software systems [4]. It is notable that a developer must have knowledge about, for instance, the choice of algorithm, the correct key and IV generation process, and input and output encoding. Even worse, error messages are sometimes cryptic. For example, by default, Node.js crypto API assumes that the input encoding must be a buffer, and the failure in setting the right character encoding during decryption yields the “error:0606506D:digital envelope routines:EVP_DecryptFinal_ex:wrong final block length” error, which does not guide developers per se toward resolving the issue. It would have been much easier if developers could have just told the API that, for example, they want to encrypt data and then decrypt it later, without necessarily having to search for a (secure) algorithm; understanding how long the key and the IV have to be, and how to generate them securely; and with more useful error messages when something goes wrong. This paper is available on arxiv under CC BY 4.0 DEED license. [1] https://nodejs.org [2] Stack Overflow Developer Survey 2020 [3] NIST recommendation for password-based key derivation Authors: (1) Simon Kafader, University of Bern, Bern, Switzerland (simon.kafader@inf.unibe.ch); (2) Mohammad Ghafari, University of Auckland, Auckland, New Zealand (m.ghafari@auckland.ac.nz). Authors: Authors: (1) Simon Kafader, University of Bern, Bern, Switzerland (simon.kafader@inf.unibe.ch); (2) Mohammad Ghafari, University of Auckland, Auckland, New Zealand (m.ghafari@auckland.ac.nz). Table of Links Abstract and I. Introduction II. Related Work III. Background and Motivation IV. FluentCrypto V. Study Setup VI. Study Result VII. Threats to Validity VIII. Conclusion and References Abstract and I. Introduction Abstract and I. Introduction II. Related Work II. Related Work III. Background and Motivation III. Background and Motivation IV. FluentCrypto IV. FluentCrypto V. Study Setup V. Study Setup VI. Study Result VI. Study Result VII. Threats to Validity VII. Threats to Validity VIII. Conclusion and References VIII. Conclusion and References III. BACKGROUND AND MOTIVATION Node.js is a popular open-source, cross-platform, backend JavaScript runtime environment to build scalable network applications.[1] It provides a built-in library called “crypto” which developers can use to perform cryptographic operations on data. According to the latest survey conducted by the Stack Overflow website in 2020,[2] for the second year in a row, Node.js is a worldwide leader among frameworks. However, to the best of our knowledge, there exists no work in academia to address crypto misuses in this environment. Consider Listing 1 that shows a code example to encrypt data with a private key. We access the cryptography module at line 1. We specify the encryption algorithm i.e., “des”, derive the encryption key using the Scrypt function, and define the initialization vector (iv) at line 2-4, respectively. Instances of the Cipher class are used to encrypt data, and we create and initialize such an instance at line 5. The cipher.update() method performs the actual encryption. It takes three arguments i.e., the data, the input encoding, and the output encoding. We call this method at line 6 to encrypt a piece of “utf-8”-encoded text and store the result in the hex format. In the end, at line 7, we call the cipher.final() method to indicate that the Cipher object is no longer needed and the encryption process is finalized. There are a number of caveats that developers should take into account to ensure that this code and its counterpart for decryption work correctly. For instance, the default string encoding used by the crypto module is utf-8. We also need a key of a certain length, depending on which cipher algorithm we choose for encryption. In this example, the iv and the key must have the same length i.e., number of bytes. If the encoding of the input data is given to the cipher.update() method, the data argument is a string in the specified encoding. Otherwise, data must be a Buffer. Likewise, if the encoding of the output is specified, a string in the specified encoding is returned. Otherwise, a Buffer is returned. Even if we assume that a novice developer will figure out how to write the code in Listing 1 that is functioning, it suffers from a number of security issues. We used Scrypt, a password-based key derivation function, which requires three arguments namely password, salt and the key length to construct the secret key. A salt is combined with the password to avoid producing an identical key for the same password, which substantially lessens the impact of pre-computed hash attacks especially against commonly used passwords[3]. Therefore, salt should be as unique as possible and it is recommended that salt is random and at least 16 bytes long. However, in the example, the salt is a fixed value and does not help in deriving distinct keys. The next security issue concerns the IV whose purpose is to ensure that an identical message encrypted with the same key leads to different encrypted outputs. This requires the IV to be unpredictable and unique; and ideally, cryptographically random so that an attacker cannot predict ahead of time what a given IV will be. Nevertheless, in the example, the IV is always a zero-filled buffer. Finally, DES is no longer a secure algorithm due to its comparatively short key size. We investigated obstacles as well as security risks that are associated with hashing, symmetric and asymmetric encryption in Node.js. We decided to focus on these cryptographic tasks as research as well as our experience show that they are commonly used to secure software systems [4]. It is notable that a developer must have knowledge about, for instance, the choice of algorithm, the correct key and IV generation process, and input and output encoding. Even worse, error messages are sometimes cryptic. For example, by default, Node.js crypto API assumes that the input encoding must be a buffer, and the failure in setting the right character encoding during decryption yields the “error:0606506D:digital envelope routines:EVP_DecryptFinal_ex:wrong final block length” error, which does not guide developers per se toward resolving the issue. It would have been much easier if developers could have just told the API that, for example, they want to encrypt data and then decrypt it later, without necessarily having to search for a (secure) algorithm; understanding how long the key and the IV have to be, and how to generate them securely; and with more useful error messages when something goes wrong. This paper is available on arxiv under CC BY 4.0 DEED license. This paper is available on arxiv under CC BY 4.0 DEED license. available on arxiv [1] https://nodejs.org [2] Stack Overflow Developer Survey 2020 [3] NIST recommendation for password-based key derivation

FluentCrypto: Cryptography in Easy Mode: Background and Motivation

Microsoft and ARM: A Rocky Romance A Decade in the Making

মাইক্রোসফ্ট এবং এআরএম: একটি রকি রোমান্স একটি দশক তৈরিতে

Microsoft und ARM: Eine schwierige Romanze, die sich über ein Jahrzehnt entwickelt hat

Microsoft y ARM: un romance complicado que lleva una década en desarrollo

Microsoft et ARM : une histoire d'amour mouvementée qui dure une décennie

माइक्रोसॉफ्ट और ARM: एक दशक से चल रहा एक कठिन रिश्ता

マイクロソフトと ARM: 10 年にわたる困難なロマンス

Microsoft와 ARM: 10년 간의 험난한 로맨스

Microsoft e ARM: um romance rochoso, uma década em construção

Microsoft и ARM: непростая история: десятилетие в пути

Microsoft ve ARM: On Yıldır Süregelen Kayalık Bir Romantizm

Microsoft và ARM: Một mối tình lãng mạn Một thập kỷ hình thành

微软与 ARM：十年磨一剑的爱情故事

Violence Detection in Videos: Experiments and Results

ভিডিওতে সহিংসতা সনাক্তকরণ: পরীক্ষা এবং ফলাফল

Gewalterkennung in Videos: Experimente und Ergebnisse

Detección de violencia en videos: experimentos y resultados

Détection de la violence dans les vidéos : expériences et résultats

वीडियो में हिंसा का पता लगाना: प्रयोग और परिणाम

動画における暴力検出: 実験と結果

동영상의 폭력 감지: 실험 및 결과

Detecção de violência em vídeos: experimentos e resultados

Обнаружение насилия в видео: эксперименты и результаты

Videolarda Şiddet Tespiti: Deneyler ve Sonuçlar

Phát hiện bạo lực trong video: Thử nghiệm và kết quả

视频中的暴力检测：实验和结果

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