Silence Laboratories

https://docs.silencelaboratories.com/
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### Install dependencies and start the frontend

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/mldsa-signing

Installs dependencies and starts the frontend development server. The frontend runs at http://localhost:5173.

```bash
bun install  
bun run dev  

```

--------------------------------

### Install dependencies and run development server

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/with-user-authentication/setup-frontend

Installs npm dependencies and starts the development server. After running, open http://localhost:5173/ in a browser.

```bash
npm install  
npm run dev  

```

--------------------------------

### Setup environment and start servers with Docker Compose

Source: https://docs.silencelaboratories.com/trio/cookbook/trio-local-setup/server

Prepares the environment variables required by the servers, then starts them with Docker Compose. The setup script generates keyshare encryption keys, party signing keys, and public keys, writing them to `env-file`. After running `docker compose --env-file env-file up`, the servers log that they are listening on their respective addresses.

```bash
#!/bin/bash  
  
ENV_FILE=env-file  
  
mkdir -p ./testdata  
rm -f ${ENV_FILE}  
  
echo IMG_TAG=v0.1.0 > ${ENV_FILE}  
  
for i in {0..1}; do  
  # Generate keyshare encryption keys for both parties  
  openssl rand 32 > ./testdata/kek_${i}  
  
  # Generate keys used by parties to sign their MPC messages  
  # generate 32 random bytes and store them under ./testdata/party_{0,1}_sk  
  openssl rand 32 > ./testdata/party_${i}_sk  
  # transform those random bytes to DER format  
  {  
    printf "\x30\x2e\x02\x01\x00\x30\x05\x06\x03\x2b\x65\x70\x04\x22\x04\x20"  
    cat ./testdata/party_${i}_sk  
  } > private_key_{i}.der  
  # get public key in DER format, extract from that hex representation of public key  
  PUBLIC_KEY_HEX=$(openssl pkey -in private_key_{i}.der -pubout -outform DER | xxd -p -s 12 -c 64)  
  
  if [ "$i" -eq 0 ]; then  
    echo SL_FIRST_PARTY_PUBLIC_KEY=${PUBLIC_KEY_HEX} >> ${ENV_FILE}  
  else  
    echo SL_SECOND_PARTY_PUBLIC_KEY=${PUBLIC_KEY_HEX} >> ${ENV_FILE}  
  fi  
  
  # delete the private key in DER format  
  rm private_key_{i}.der  
done  
  
# Generate secret key for user  
openssl rand 32 > ./testdata/party_2_sk  
  
echo "Environment variables stored in $ENV_FILE"  

```

```shell
docker compose --env-file env-file  up  

```

```text
[+] Running 2/0  
 ✔ Container first   Created                                                             0.0s  
 ✔ Container second  Created                                                             0.0s  
Attaching to first, second  
first   | 2025-10-16T17:34:25.506983Z  INFO trio_svc_first::utils: listening on 172.25.0.2:8080  
second  | 2025-10-16T17:34:25.513590Z  INFO trio_svc_second::utils: listening on 172.25.0.3:8080  

```

--------------------------------

### Start Duo Server with Docker Compose

Source: https://docs.silencelaboratories.com/duo/general/getting-started/duo-server

Starts the Duo Server using the environment file generated by the setup script.

```shell
docker compose --env-file env-file up  
```

--------------------------------

### Start Duo Server with docker-compose.yml and verify logs

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Sets up and starts the Duo Server locally. The compose file expects a party_0_sk file (random bytes) in the project root; create it with openssl, then run docker compose up. Successful startup logs show the cloud verifying key (33-byte hex) and the listening address; drop the leading 01 byte to get the 32-byte Ed25519 key for the SDK's cloudVerifyingKey.

```yaml
services:  
  duo-server:  
    image: ghcr.io/silence-laboratories/dkls23-rs/duo-server:v4  
    command: /usr/local/bin/sigpair-node  
    environment:  
      RUST_LOG: info  
      LISTEN: 0.0.0.0:8080  
      DEV_MASTER_SIGN_KEY: /run/secrets/duo-signing-master-key  
      FILE_STORAGE_URL: file:///data/  
    ports:  
      - 8080:8080  
    volumes:  
      - duo-server-data:/data  
    secrets:  
      - duo-signing-master-key  
  
volumes:  
  duo-server-data:  
  
secrets:  
  duo-signing-master-key:  
    file: ${MESSAGE_SIGNING_KEY:-./party_0_sk}  

```

```shell
openssl rand 32 > party_0_sk  

```

```shell
docker compose up  

```

```logs
Attaching to duo-server-1  
duo-server-1  | WARN: The dotenv file is not set  
duo-server-1  | 2025-09-16T09:59:09.200234Z  INFO sigpair_node: Creating SimpleStorage  
duo-server-1  | 2025-09-16T09:59:09.201975Z  INFO sigpair_node: Party VK <YOUR_CLOUD_VERIFYING_KEY_HEX_STRING>  
duo-server-1  | 2025-09-16T09:59:09.202413Z  INFO sigpair_node: listening on 0.0.0.0:8080  

```

--------------------------------

### Clone the examples hub repository and navigate to the backend-template crate

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/with-user-authentication/setup-backend

Clones the examples-hub repository at tag v0.2.0 and changes into the backend-template crate directory. This is the starting point for the backend service.

```bash
git clone --branch v0.2.0 https://github.com/silence-laboratories/examples-hub.git  
cd ./examples-hub/silent-network/with-rust/backend-template  
```

--------------------------------

### Install Docker on Linux

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Install Docker on Linux using the official installation script. This is part of the optional 'Run your own Duo Server' setup.

```bash
curl -fsSL https://get.docker.com | sh  

```

--------------------------------

### Clone examples repository for Golang

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Clone the examples repository and navigate to the silent-network/with-go directory.

```bash
git clone --branch v0.2.0 https://github.com/silence-laboratories/examples-hub.git  
  
cd ./examples-hub/silent-network/with-go  
```

--------------------------------

### Clone examples repository for Rust

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Clone the examples repository and navigate to the silent-network/with-rust/cli-wallet directory.

```bash
git clone --branch v0.2.0 https://github.com/silence-laboratories/examples-hub.git  
  
cd ./examples-hub/silent-network/with-rust/cli-wallet  
```

--------------------------------

### Verify OpenTofu installation with tofu -version

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/deploying-on-confidential-space/setup_terraform

Verify the OpenTofu installation. The output should show the installed version, for example 'OpenTofu v1.9.1 on linux_amd64'.

```bash
tofu -version  

```

--------------------------------

### Run Setup Script

Source: https://docs.silencelaboratories.com/duo/general/getting-started/duo-server

Makes the setup script executable and runs it to generate the environment file.

```shell
chmod +x setup-env.sh  
./setup-env.sh  
```

--------------------------------

### Install OpenSSL on Ubuntu/Debian

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Install OpenSSL on Ubuntu/Debian using apt. This is part of the optional Duo Server setup.

```bash
# Ubuntu/Debian  
sudo apt-get update && sudo apt-get install openssl  

```

--------------------------------

### Golang wallet creation output

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Example output after successfully creating a wallet with the Golang CLI.

```text
2025/12/14 20:15:17 INFO Connect to network endpoint endpoint=wss://silent-network-no-auth-3-2-0.sandbox.silencelaboratories.com/operator1/v2/keygen retries_left=5  
2025/12/14 20:15:17 INFO new connection open url=wss://silent-network-no-auth-3-2-0.sandbox.silencelaboratories.com/operator1/v2/keygen  
Wallet created and saved:  
  key_id=56348d69a98f27b4ec224285390014ba2509c727b48410b51fd469ef8bddeea5  
  address=0xD3297cFCEc08c529696420435859445AB3025596  
  file=wallets.json
```

--------------------------------

### Copy .env.example file

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Create the .env file by copying the provided .env.example file.

```bash
cp .env.example .env  
```

--------------------------------

### Initialize database

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/deploying-on-confidential-space/setup-operators-resources

Initialize the database by creating databases and roles for each node. Requires gcloud, psql, jq, tofu, and sql-proxy to be installed.

```bash
./google_cloud/tf/scripts/init_database.sh  

```

--------------------------------

### Import silent_shard_sdk

Source: https://docs.silencelaboratories.com/duo/actions/installation?platform=swift

Imports the SDK in your Dart code to verify the installation. After this, you can proceed to the Quick Start to create a session.

```dart
import 'package:silent_shard_sdk/silent_shard_sdk.dart' as sdk;  

```

--------------------------------

### Clone the examples-hub repository

Source: https://docs.silencelaboratories.com/trio/cookbook/silent-shard-sdk-examples/clone-and-build

Commands to clone the repository and navigate to the SDK directory.

```bash
git clone https://github.com/silence-laboratories/examples-hub.git  
cd examples-hub/silent-shard-sdk  
```

--------------------------------

### Verify local node reachability

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/with-user-authentication/setup-nodes

Use curl to verify that the local nodes are reachable after starting the Docker Compose setup.

```bash
curl --insecure https://localhost:8081/v2/version
curl --insecure https://localhost:8082/v2/version
curl --insecure https://localhost:8083/v2/version
```

--------------------------------

### Clone examples-hub repository and navigate to demo_wallet_react

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/with-user-authentication/setup-frontend

Clones the examples-hub repository at branch v0.2.0 and changes into the demo_wallet_react directory. Requires npm and previous backend setup.

```bash
git clone --branch v0.2.0 https://github.com/silence-laboratories/examples-hub.git  

cd ./examples-hub/silent-network/with-typescript/demo_wallet_react  

```

--------------------------------

### Install silent_shard_sdk from private registry

Source: https://docs.silencelaboratories.com/trio/actions/installation

Adds the silent_shard_sdk package from the private registry. Use the dart pub add command or add the dependency block to pubspec.yaml. After either method, run dart pub get.

```bash
dart pub add 'silent_shard_sdk:{"version":"1.0.0", "hosted":"https://dart-pkg.silencelaboratories.com"}'  

```

```yaml
dependencies:  
  silent_shard_sdk:  
    version: 1.0.0  
    hosted: https://dart-pkg.silencelaboratories.com  

```

--------------------------------

### Expected Duo server startup logs

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Expected server logs after a successful start. The `Party VK` line contains the 66-byte hex string; drop the leading `01` byte to get the 32-byte `cloudVerifyingKey`.

```text
Attaching to duo-server-1  
duo-server-1  | WARN: The dotenv file is not set  
duo-server-1  | 2025-09-16T09:59:09.200234Z  INFO sigpair_node: Creating SimpleStorage  
duo-server-1  | 2025-09-16T09:59:09.201975Z  INFO sigpair_node: Party VK <YOUR_CLOUD_VERIFYING_KEY_HEX_STRING>  
duo-server-1  | 2025-09-16T09:59:09.202413Z  INFO sigpair_node: listening on 0.0.0.0:8080  

```

--------------------------------

### Setup Environment Variables Script

Source: https://docs.silencelaboratories.com/duo/general/getting-started/duo-server

Generates the env-file with IMG_TAG and the first party public key, and creates the signing key files. Save as setup-env.sh.

```bash
#!/bin/bash  
  
ENV_FILE=env-file  
  
mkdir -p ./testdata  
rm -f ${ENV_FILE}  
  
echo IMG_TAG=v6.4.0 > ${ENV_FILE}  
  
# Generate keys used by parties to sign their MPC messages  
# generate 32 random bytes and store them under ./testdata/party_0_sk  
openssl rand 32 > ./testdata/party_0_sk  
# transform those random bytes to DER format  
{  
  printf "\x30\x2e\x02\x01\x00\x30\x05\x06\x03\x2b\x65\x70\x04\x22\x04\x20"  
  cat ./testdata/party_0_sk  
} > private_key_0.der  
# get public key in DER format, extract from that hex representation of public key  
PUBLIC_KEY_HEX=$(openssl pkey -in private_key_0.der -pubout -outform DER | xxd -p -s 12 -c 64)  
echo SL_FIRST_PARTY_PUBLIC_KEY=${PUBLIC_KEY_HEX} >> ${ENV_FILE}  
  
# delete the private key in DER format  
rm private_key_0.der  
  
  
# Generate secret key for user  
openssl rand 32 > ./testdata/party_2_sk  
  
echo "Environment variables stored in $ENV_FILE"  
  
```

--------------------------------

### Start an EdDSA session with createEddsaTrioSession

Source: https://docs.silencelaboratories.com/trio/actions/session

Initializes an EdDSA MPC session using the minimal setup. Requires a CloudWebSocketClient connected to the cloud node and the cloud verifying key. The session is ready for MPC operations such as keygen and sign.

```typescript
import { CloudWebSocketClient } from '@silencelaboratories/silent-shard-sdk';  
import { createEddsaTrioSession } from '@silencelaboratories/silent-shard-sdk/eddsa';  
  
const CLOUD_NODE_URI = 'localhost:8080';  
const cloudVerifyingKey = 'SERVER_PUBLIC_KEY_HEX';  
const cloudClient = new CloudWebSocketClient(CLOUD_NODE_URI, false);  
  
export const initSession = async () => {  
  const session = await createEddsaTrioSession({  
    client: cloudClient,  
    cloudVerifyingKey: cloudVerifyingKey,  
  });  
  console.log('Session created successfully');  
  return session;  
};  

```

--------------------------------

### Clone and enter the example-hub iOS app

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Clones the reference app and changes into the iOS Duo initiator directory. Run these commands before opening the Xcode project.

```bash
git clone https://github.com/silence-laboratories/examples-hub.git  
cd examples-hub/silent-shard-sdk/with-ios/duo-initiator  

```

--------------------------------

### Start an ECDSA session with createEcdsaTrioSession

Source: https://docs.silencelaboratories.com/trio/actions/session

Initializes an ECDSA MPC session using the minimal setup. Requires a CloudWebSocketClient connected to the cloud node and the cloud verifying key. The session is ready for MPC operations such as keygen and sign.

```typescript
import { CloudWebSocketClient } from '@silencelaboratories/silent-shard-sdk';  
import { createEcdsaTrioSession } from '@silencelaboratories/silent-shard-sdk/ecdsa';  
  
const CLOUD_NODE_URI = 'localhost:8080';  
const cloudVerifyingKey = 'SERVER_PUBLIC_KEY_HEX';  
const cloudClient = new CloudWebSocketClient(CLOUD_NODE_URI, false);  
  
export const initSession = async () => {  
  const session = await createEcdsaTrioSession({  
    client: cloudClient,  
    cloudVerifyingKey: cloudVerifyingKey,  
  });  
  console.log('Session created successfully');  
  return session;  
};  

```

--------------------------------

### Copy the environment file

Source: https://docs.silencelaboratories.com/duo/cookbook/example-apps/react-native-boilerplate/setup

Copies .env.example to .env. No editing is required for the sandbox because the file is pre-filled with working demo credentials.

```bash
cp .env.example .env  

```

--------------------------------

### Create DuoSession for ECDSA, EdDSA, and Taproot

Source: https://docs.silencelaboratories.com/duo/actions/session?platform=react-native

These Dart snippets create a DuoSession for ECDSA, EdDSA, and Taproot using the SilentShard SDK. Each setup function configures a CloudClient (local node URI for ECDSA/Taproot, demo server for EdDSA) and calls the corresponding createDuo*Session function. The ECDSA and Taproot examples use a local node URI with port 8080 and isSecure false, while the EdDSA example uses the hosted demo server with isSecure true.

```dart
import 'dart:io';  
import 'package:silent_shard_sdk/silent_shard_sdk.dart' as sdk;  
  
Future<sdk.EcdsaSession> setup([String cloudVerifyingKeyHex = 'SERVER_PUBLIC_KEY_HEX']) async {  
  /// The port number is the port number of the cloud node.  
  const port = 8080;  
  
  /// The nodeUri is the URI of the cloud node. It is the IP address of the cloud node.  
  /// Localhost url used for Android and iOS is shown below.  
  /// 10.0.2.2 is the IP address of the Android emulator.  
  /// 0.0.0.0 is the IP address of the iOS simulator.  
  final nodeUri = Platform.isAndroid ? '10.0.2.2:$port' : '0.0.0.0:$port';  
  
  final cloudClient = sdk.CloudClient(  
    baseUri: nodeUri,  
    isSecure: false,  
  );  
  
  final session = await sdk.createDuoEcdsaSession(  
    cloudClient: cloudClient,  
    cloudVerifyingKeyHex: cloudVerifyingKeyHex,  
    storageClient: sdk.SimpleStorageClient(),  
  );  
  
  return session;  
}  

```

```dart
import 'package:silent_shard_sdk/silent_shard_sdk.dart' as sdk;  
  
Future<sdk.EddsaSession> setup(  
    [String cloudVerifyingKeyHex =  
        '01cfa1ff5424d14eb60614d7ddf65a32243d26ddf7000d10007853d7336395efe4']) async {  
  // Our hosted demo server — for quick testing. Run your own for production.  
  final cloudClient = sdk.CloudClient(  
    baseUri: 'demo-server.silencelaboratories.com',  
    isSecure: true,  
  );  
  
  final session = await sdk.createDuoEddsaSession(  
    cloudClient: cloudClient,  
    cloudVerifyingKeyHex: cloudVerifyingKeyHex,  
    storageClient: sdk.SimpleStorageClient(),  
  );  
  
  return session;  
}  

```

```dart
import 'dart:io';  
import 'package:silent_shard_sdk/silent_shard_sdk.dart' as sdk;  
  
Future<sdk.TaprootSession> setup([String cloudVerifyingKeyHex = 'SERVER_PUBLIC_KEY_HEX']) async {  
  /// The port number is the port number of the cloud node.  
  const port = 8080;  
  
  /// The nodeUri is the URI of the cloud node. It is the IP address of the cloud node.  
  /// Localhost url used for Android and iOS is shown below.  
  /// 10.0.2.2 is the IP address of the Android emulator.  
  /// 0.0.0.0 is the IP address of the iOS simulator.  
  final nodeUri = Platform.isAndroid ? '10.0.2.2:$port' : '0.0.0.0:$port';  
  
  final cloudClient = sdk.CloudClient(  
    baseUri: nodeUri,  
    isSecure: false,  
  );  
  
  final session = await sdk.createDuoTaprootSession(  
    cloudClient: cloudClient,  
    cloudVerifyingKeyHex: cloudVerifyingKeyHex,  
    storageClient: sdk.SimpleStorageClient(),  
  );  
  
  return session;  
}  

```

--------------------------------

### Rust wallet creation output

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Example output after successfully creating a wallet with the Rust CLI.

```text
Wallet created and saved:  
  key_id=ed4d3db3b7d7e0808f1921f59db01fa4834b82c6efae8ba2a2379b55a43a9c16  
  address=0xA3A1E2F5D465B0E6B08536c7522474f0A16BB0B8  
  file=.wallets.json
```

--------------------------------

### Install OpenSSL on Windows via Chocolatey

Source: https://docs.silencelaboratories.com/duo/general/getting-started/quickstart?platform=swift

Installs OpenSSL on Windows using Chocolatey. Requires Chocolatey to be installed.

```bash
choco install openssl  
```

--------------------------------

### Install core library with npm or yarn

Source: https://docs.silencelaboratories.com/duo/actions/installation?platform=swift

Install the core library using npm or yarn. Use a consistent install workflow throughout.

```bash
npm install @silencelaboratories/silent-shard-sdk  

```

```bash
yarn add @silencelaboratories/silent-shard-sdk  

```

--------------------------------

### Clone and enter the Trio initiator iOS project

Source: https://docs.silencelaboratories.com/trio/general/getting-started/quickstart

Clones the example-hub repository and changes into the iOS Trio initiator project directory. Run these commands before opening the Xcode project.

```bash
git clone https://github.com/silence-laboratories/examples-hub.git  
cd examples-hub/silent-shard-sdk/with-ios/trio-initiator  

```

--------------------------------

### Precompute and Finalize Signature Example

Source: https://docs.silencelaboratories.com/trio/actions/pre_sign

A complete example showing the workflow of pre-signing and finalizing a signature using Example.swift.

```swift
    let messageHash = "e2a159d17b7bb714aed7675d7c7d394dec8d2e4337842848104694bf89c71c03"  
  
    // preSign precomputes the message-independent part of a signature; preSignFinal  
    // turns it into a full signature once the message is known. ECDSA only.  
    func performPreSignAndFinalize(keyId: String, trioSession: TrioSession) async -> Data? {  
        // Compute the pre-signature.  
        let preSignResult = await trioSession.preSign(keyId: keyId)  
        switch preSignResult {  
        case .success(let preComputedSignature):  
            Swift.print("PreSign: success, size \(preComputedSignature.count)")  
  
            // Finalize the pre-signature with the actual message.  
            let finalResult = await trioSession.preSignFinal(  
                preSignature: preComputedSignature,  
                message: messageHash,  
                derivationPath: "m"  // This is the default; use your desired path, e.g. "m/1/2"  
            )  
            switch finalResult {  
            case .success(let signature):  
                Swift.print("PreSignFinal: success, size \(signature.count)")  
                return signature  
            case .failure(let error):  
                // show the error to the user or abort the process  
                Swift.print(error)  
                return nil  
            }  
        case .failure(let error):  
            // show the error to the user or abort the process  
            Swift.print(error)  
            return nil  
        }  
    }  
```

--------------------------------

### publicKeyHex (get)

Source: https://docs.silencelaboratories.com/api/react-native/mldsa-sdk/classes/MldsaKeyshare

Gets the public key as a hexadecimal string.

```APIDOC
## publicKeyHex (get)

### Description
Returns the public key as a hexadecimal string.

### Method
Accessor (get)

### Returns
string
```

--------------------------------

### publicKeyBase64 (get)

Source: https://docs.silencelaboratories.com/api/react-native/mldsa-sdk/classes/MldsaKeyshare

Gets the public key as a Base64-encoded string.

```APIDOC
## publicKeyBase64 (get)

### Description
Returns the public key as a Base64-encoded string.

### Method
Accessor (get)

### Returns
string
```

--------------------------------

### Clone the examples-hub repository

Source: https://docs.silencelaboratories.com/duo/cookbook/example-apps/silent-shard-sdk-examples/clone-and-build

Clone the examples-hub repository and navigate to the silent-shard-sdk directory. Both Duo apps live in this repository, so clone it once and then pick the platform you want to run.

```bash
git clone https://github.com/silence-laboratories/examples-hub.git  
cd examples-hub/silent-shard-sdk  

```

--------------------------------

### Create Web3 wallet with Golang CLI

Source: https://docs.silencelaboratories.com/silent-network/cookbook/cookbook/tutorial-creating-web3-wallet/no-user-authentication/setup-backend-no-auth

Executes the wallet creation command using the Golang CLI.

```bash
go run . wallet -c -file wallets.json -t 2 -n 3 -signAlg secp256k1
```

--------------------------------

### keyIdHex (get)

Source: https://docs.silencelaboratories.com/api/react-native/mldsa-sdk/classes/MldsaKeyshare

Gets the key ID as a hexadecimal string.

```APIDOC
## keyIdHex (get)

### Description
Returns the key ID as a hexadecimal string.

### Method
Accessor (get)

### Returns
string
```

--------------------------------

### keyIdBase64 (get)

Source: https://docs.silencelaboratories.com/api/react-native/mldsa-sdk/classes/MldsaKeyshare

Gets the key ID as a Base64-encoded string.

```APIDOC
## keyIdBase64 (get)

### Description
Returns the key ID as a Base64-encoded string.

### Method
Accessor (get)

### Returns
string
```
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