Cardstack is an open-source framework and consensus protocol that makes blockchains usable and scalable for the mass market, creating a decentralized software ecosystem that can challenge today’s digital superpowers. Cardstack Token (CARD) is a utility token allowing end- users and businesses to use applications that interact with multiple blockchains, decentralized protocols, app-coin-backed dApps, and cloud- based services while paying a single on-chain transaction fee. The main value proposition of the Cardstack ICO is to breakdown the user experience of disparate software, cloud and blockchain silos which now exist on various levels of the digital world, allowing both developers and users to engage in customizable workflows. To overcome these disparate app silos, Cardstack offers a new UI, deployed via the web or as a peer-to-peer app, which turns each service created by open-source developers into a “card”. Each card comprises a visual embodiment of key information, whereby users can then connect related cards for any type of workflow or utility they desire. These cards are the point of interaction between local services, cloud-based services and blockchain services all on one interface called Cardstack Hub. Underlying the Cardstack ecosystem is the Cardstack Token (CARD), an Ethereum-based ERC20 token. The Cardstack Team comprises many open source contributors. Check out the full list of contributors here. Heading the development of Cardstack is Christopher Tse. Christopher holds a BSc in Computer Science from Columbia University and is the Co-Founder of Monegraph and dotBlockchain Media. He has also served as Senior Director of Innovation at Businessweek. Ed Faulkner is the Lead Developer at Cardstack. He holds a Master of Engineering in Electrical Engineering and Computer Science from MIT. He has founded three of his own tech ventures of which all are currently operational. Hassan Abdel-Rahman is the Lead Blockchain Developer for Cardstack. He holds a BSc in Computer Science and Mathematics from Colorado School of Mines. Previous roles include over 2 years as Senior Software Designer at Monegraph and Principal Engineer at McGraw-Hill Education. One of the most important features Cardstack will deploy is an entry channel payment system that does not require users to purchase cryptocurrency from an exchange. Users can simply pay with fiat, such as a credit card, to purchase CARD tokens directly on the platform, bypassing the need for any prior familiarity with crypto. Once users purchase CARD tokens, they are stored on a native wallet accessible from the Cardstack Hub. CARD tokens held in the native wallet are then used to purchase SSCs for every app and service they users with to access. To make any project appealing to the mass consumer market, this type of simplified entry into the cryptospace is a necessity. Cardstack have made some progress on the development front. The code for over 30 initial modules on the Cardstack platform has been made available via their Github. Also, the Solidity code for the Scalable Payment Pool has already been open-sourced. The Scalability Payment Pool is one of the core back-end mechanisms of the platform that issues rewards to developers for their work. Cardstack aims to create an economically-sustainable software ecosystem that avoids the problems of today’s centralized platforms. It’s an “experience layer” for the decentralized internet of the future, allowing users to combine services across cloud apps and decentralized apps. The ecosystem revolves around the use of Cardstack tokens, or CARD.

A Cardstack wallet is a digital or physical tool that stores your public and private keys. These keys are needed to access and control your crypto assets. The wallet doesn't store the actual coins but lets you interact with the blockchain. It’s the gateway to sending, receiving, and safeguarding your Cardstack.

Open your Cardstack wallet and select “Send.” Paste or scan the recipient’s wallet address, enter the amount of CARD, and confirm the transaction. Once confirmed, the recipient sees the funds in their wallet.

Go to the “Receive” section in your Cardstack wallet. Copy your wallet address or use the QR code. Share it with the sender. After the transaction is broadcast and confirmed on the blockchain, your wallet shows the updated balance of CARD.

It’s a unique string of letters and numbers linked to your wallet’s public key. Others use this address to send you CARD. Think of it like your crypto account number; it tells the network where to send the funds, but it doesn’t give access to your private key.

To securely store your Cardstack, consider using a hardware wallet like Cypherock X1. It splits your private key into five cryptographic parts across secure components, ensuring your funds stay safe even if you lose one, two, or even three parts.

Yes, modern hardware wallets like Cypherock X1 support thousands of coins and tokens, including Cardstack. You can manage your entire crypto portfolio across multiple wallets and blockchains seamlessly.

With Cypherock X1, your private key is split into five secure parts. As long as you have two parts of the hardware components (an X1 Card or the X1 Vault), you can recover your Cardstack even if the other three parts are lost.

Look for tamper-proof smartcards, EAL6+ certification, offline verification, and decentralized key storage. Cypherock X1 offers all of these, ensuring bank-grade security for your Cardstack.