Unlock the potential of your file management with this comprehensive collection designed to streamline workflows and optimize organization. 

File Organization and Control

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Technical Account Manager

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Use this activity to Securely send, share, and store sensitive data on demand or in batch, verify data integrity and users as part of an automated robotic process, and generate PGP Keys pairs within your workflow - locally on your own machine, and cryptographically sign a document so that recipients can be verified - and tampering detected.

1.  **Generate a Key Pair:** Generate a new public and private key for the provided username and password.
2.  **Encrypt File:** Encrypts a File using a PGP Public Key. The path to save the encrypted file is required.
3.  **Decrypt File:** Decrypts an Encrypted File using your Private Key and Passphrase.
4.  **Sign File:** Cryptographically sign a file. Sender can be verified and tampering detected
5.  **Sign Clear File:** Cryptographically sign a file.  Leave the Text is human readable.  Sender can be verified and tampering detected
6.  **Verify Sign:** Verify a file or stream was signed by the matching private key of the counterparty.
7.  **Verify Clear Sign:** Verify that a clear signed file or stream was signed by the matching private key of the counterparty
8.  **Encrypt and Sign:** Encrypt a file using a public key and sign using your private key. The process is often that you encrypt with the public key of your counterparty and sign with your private key. Your counterpart would then decrypt with their private key and verify your signature with your public key.
9.  **Decrypt and Verify:** Decrypt and verify signature of an encrypted and signed file. This is used when your sender encrypts a document with your public key and then signs the encrypted document. You'd then decrypt the message with your private key and verify their identity with their public key.

Note: The PGP activities are offered to allow robots to interact directly with existing business processes that leverage PGP for privacy. They are not designed to provide new information security paradigms, but instead a means to allow the robot to interact with the existing security that is being deployed within a business.

PGP Encryption Custom Activity built on the PGPCore library.

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Visual Basic

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3a7494f7-ff60-4077-a4e6-b816be8e5c0e.zip

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82f1e271-b009-4423-8dd1-d12741602b24.zip

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Use this activity to securely send, share, and store sensitive data on demand or in batch, verify data integrity and users as part of an automated robotic process, and generate PGP Keys pairs within your workflow - locally on your own machine, and cryptographically sign a document so that recipients can be verified - and tampering detected.

1.  **Generate a Key Pair:** Generates a new public and private key for the provided username and password.
2.  **Encrypt File:** Encrypts a file using a PGP Public Key. The path to save the encrypted file is required.
3.  **Decrypt File:** Decrypts an Encrypted File using your Private Key and Passphrase.
4.  **Sign File:** Cryptographically sign a file. Sender can be verified and tampering detected.
5.  **Sign Clear File:** Cryptographically sign a file. Leave the Text as human readable. Sender can be verified and tampering detected.
6.  **Verify Sign:** Verifies if a file or stream was signed by the matching private key of the counterparty.
7.  **Verify Clear Sign:** Verifies that a clear signed file or stream was signed by the matching private key of the counterparty.
8.  **Encrypt and Sign:** Encrypts a file using a public key and signs using your private key. The process is often that you encrypt with the public key of your counterparty and sign with your private key. Your counterpart would then decrypt with their private key and verify your signature with your public key.
9.  **Decrypt and Verify:** Decrypts and verifies the signature of an encrypted and signed file. This is used when your sender encrypts a document with your public key and then signs the encrypted document. You'd then decrypt the message with your private key and verify their identity with their public key.
10.  **Verify Public Key:** Verifies the validity of a public key.

Note: The PGP activities are offered to allow robots to interact directly with existing business processes that leverage PGP for privacy. They are not designed to provide new information security paradigms, but instead a means to allow the robot to interact with the existing security that is being deployed within a business.

PGP Encryption custom activity built on the PGPCore library.

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f8056bc6-36fb-4a3a-9226-953eb71cfc5d.nupkg

Use this activity to securely send, share, and store sensitive data on demand or in batch, verify data integrity and users as part of an automated robotic process, and generate PGP Keys pairs within your workflow - locally on your own machine. You can also cryptographically sign a document so that recipients can be verified - and have tampering detected.

1.  **Generate a Key Pair:** Generates a new public and private key for the provided username and password.
2.  **Encrypt File:** Encrypts a file using a PGP Public Key. The path to save the encrypted file is required.
3.  **Decrypt File:** Decrypts an Encrypted File using your Private Key and Passphrase.
4.  **Sign File:** Cryptographically sign a file. The sender can be verified and tampering detected.
5.  **Sign Clear File:** Cryptographically sign a file. Leave the Text as human readable. The sender can be verified and tampering detected.
6.  **Verify Sign:** Verifies if a file or stream was signed by the matching private key of the counterparty.
7.  **Verify Clear Sign:** Verifies that a clear signed file or stream was signed by the matching private key of the counterparty.
8.  **Encrypt and Sign:** Encrypts a file using a public key and signs using your private key. The process is often that you encrypt with the public key of your counterparty and sign with your private key. Your counterpart would then decrypt with their private key and verify your signature with your public key.
9.  **Decrypt and Verify:** Decrypts and verifies the signature of an encrypted and signed file. This is used when your sender encrypts a document with your public key and then signs the encrypted document. You'd then decrypt the message with your private key and verify their identity with their public key.
10.  **Verify Public Key:** Verifies the validity of a public key.

**Note:** The PGP activities are offered to allow robots to interact directly with existing business processes that leverage PGP for privacy. They are not designed to provide new information security paradigms, but instead a means to allow the robot to interact with the existing security that is being deployed within a business.

10af9b45-bda6-4a82-bcf6-c5ec1b4a6c07.zip

a7771ac9-a1d0-4a7c-b3d2-96ac2d065912.nupkg

Use this activity to securely send, share, and store sensitive data on demand or in batch, verify data integrity and users as part of an automated robotic process, and generate PGP Keys pairs within your workflow - locally on your own machine. You can also cryptographically sign a document so that recipients can be verified - and have tampering detected.

1.  **Generate a Key Pair:** Generates a new public and private key for the provided username and password.  Key size can also be specified.
2.  **Encrypt File:** Encrypts a file using a PGP Public Key. The path to save the encrypted file is required.
3.  **Decrypt File:** Decrypts an Encrypted File using your Private Key and Passphrase.
4.  **Sign File:** Cryptographically sign a file. The sender can be verified and tampering detected.
5.  **Sign Clear File:** Cryptographically sign a file. Leave the Text as human readable. The sender can be verified and tampering detected.
6.  **Verify Sign:** Verifies if a file or stream was signed by the matching private key of the counterparty.
7.  **Verify Clear Sign:** Verifies that a clear signed file or stream was signed by the matching private key of the counterparty.
8.  **Encrypt and Sign:** Encrypts a file using a public key and signs using your private key. The process is often that you encrypt with the public key of your counterparty and sign with your private key. Your counterpart would then decrypt with their private key and verify your signature with your public key.
9.  **Decrypt and Verify:** Decrypts and verifies the signature of an encrypted and signed file. This is used when your sender encrypts a document with your public key and then signs the encrypted document. You'd then decrypt the message with your private key and verify their identity with their public key.
10.  **Verify Public Key:** Verifies the validity of a public key.

**Note:** The PGP activities are offered to allow robots to interact directly with existing business processes that leverage PGP for privacy. They are not designed to provide new information security paradigms, but instead a means to allow the robot to interact with the existing security that is being deployed within a business.

Version	Release Date	Download Link
1.0.7	February 5, 2024
Added KeySize in argument for GenerateKeys to allow the key size to be specified. Defaults to 2048.
1.0.6	March 13, 2023
Added SecureString passphrase parameter for relevant activities. Fixed bug with public key validity verification dates.
1.0.5	February 28, 2023
Converted code to C# and added support for both .NET Framework 4.6.1 and .NET 6. Added Verify Public Key activity. Adjusted keys to be generated as RSA 2048. This is a breaking change and will require activities to be replaced within workflows.
1.0.4	April 2, 2021
Minor Bug Fixes Improved Error Reporting
1.0.0	March 11, 2021
Initial Release