Which API Do You Need?

To use the CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. API, follow these steps:

1. Select the implementation scenario of the CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. API that you need:
• If you want to use the built-in CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. wallets (supporting Bitcoin, Ethereum, and ERC-20), use the Built-in Wallets API.
• If you want to implement your own full custom wallet and use CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. for key protection and quorumOne or more groups, comprised of participants signing use the BYOWBring Your Own Wallet - support any coin or crypto asset type using the CASP APIs to control the vault and key operations. API.

Note
If you are designing for multiple coin types, it is possible that you use multiple implementation scenarios.

These implementation scenarios are explained in the following sections.

2. Read the General API Information.
3. Consult the detailed API Reference for your implementation scenario.

Built-in Wallets

CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. provides built-in support for different wallets. A wallet contains a specific crypto currency that has its own associated ledger where transactions are recorded. CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. supports the following wallets:

• btc - bitcoin.
• btctest - bitcoin Testnet3.
• eth - Ethereum.
• ethtest - Ethereum testnet, for networks supported by Infura.
• ERC-20 - Ethereum and Ethereum testnet blockchain tokens that are compliant with ERC-20. A list of supported tokens can be found here.

See the CASP User Guide for information on how to configure these wallets.

Built-in Wallets with Custom Chain Connectors

CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. provides plugins that can be adapted to different types of crypto assetDigital information that needs to be securely stored. ledgers.

Prerequisites

• Node-js 10.17.0
• typescript (run npm i -g typescript)
• ts-node (run npm i -g ts-node)
• Unbound Wallet GitHub repository - contact Unbound Support to get access.

Note
The links in the following steps only work after you have access to the GitHub repository.

Setup and Sanity Test

1. Clone the repository:

git clone https://github.com/unboundsecurity/wallets

2. Navigate to the wallets directory that you downloaded.

cd wallets

3. Install the project.

npm i

4. Run the sanity tests. All should pass.

npm test

To add your own plugin, please follow these steps:

1. Create a folder under src/blockchainProviders with the new chain connector name. For example: src/blockchainProviders/xrp
2. Create a file implementing BlockchainProvider, such as XrpProvider.js. This file should export one class, which is the blockchainProvider that implements _getLedgers() and getId().
3. Create an index.js file in the provider folder that references and exports your blockchain provider file.
4. Implement one or more instances of LedgerAdaptor and return them from _getLedgers() in your provider.
5. Edit the configuration file and add your provider under chainProviders.
6. Change the useLedger attribute in your configuration file to the specific ledger name that you want to use. For example: XRP-TEST. A ledger with that ID must be returned from getLedgers from your chain connector.
7. Run the demo.

   1. Navigate to the src directory.

      cd src

   2. Create your configuration file by copying the template in /config/cli/config.js and adding configuration for your chain connector.

   3. Run:

      node ./cli.js --config=<path-to-your-config-file>

      If no config is specified, the default config file in /config/cli/config.js is used.

   4. Follow the instructions on the screen. The demo is designed to require minimal input from the user.

Refer to the README in Github for more information.

Bring Your Own Wallet (BYOW)

CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. provides the necessary APIs so that you can bring your own wallet (BYOWBring Your Own Wallet - support any coin or crypto asset type using the CASP APIs to control the vault and key operations.), meaning that you can use whatever ledger you have, and control the vault and key operations with CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions.. Using BYOWBring Your Own Wallet - support any coin or crypto asset type using the CASP APIs to control the vault and key operations., you can create an implementation that can handle any coin type, as well as any special operations that you use to communicate with your ledger and for ledger processing.

You may want to use BYOWBring Your Own Wallet - support any coin or crypto asset type using the CASP APIs to control the vault and key operations. when using one of the built-in wallets, but need other features, such as using your own nodes and address caching. You may already have management in your application for one of the built-in wallets and want to use CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. for key management and protection. BYOWBring Your Own Wallet - support any coin or crypto asset type using the CASP APIs to control the vault and key operations. provides the flexibility to be used with any blockchain application.

In these scenarios CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. handles key management, protection and signing operations based on the quorumOne or more groups, comprised of participants specification. It is your responsibility to manage:

1. Blockchain communication
2. Building transactions
3. Balance management and retrieval

Setup the basic system components, accounts and participants, using the CASPUnbound’s Crypto Asset Security Platform (“CASP”) provides the advanced technology and the architecture to secure crypto asset transactions. APIs. Once the relevant participants exist, you can start creating your own vaults.