This virtual machine contains a fork of OpenSSH 7.9 that adds experimental quantum-resistant key exchange and digital signature algorithms using liboqs for prototyping purposes.
Users can logon and manage their VMs over a quantum-safe ssh connection (when also using the Quantum-safe OpenSSH client).

Included in this image:

Quantum-safe OpenSSH pre-installed.
liboqs and OpenSSH-portable source code.
Build and debug configuration for remote development with Visual Studio Code.

liboqs is an open source C library for quantum-resistant cryptographic algorithms. See here for more information.

OpenSSH is an open-source implementation of the Secure Shell protocol. View the original README.

Supported Algorithms

Details on each supported algorithm can be found in the liboqs docs/algorithms folder.

These supported algorithms are a subset of the round 2 candidates of the NIST standardization competition, as provided by the Open Quantum Safe library. This list will change following upcoming OQS updates.

Key Exchange



BIKE
Classic McEliece
FrodoKEM
HQC
Kyber 
NewHope
NTRU
SABER
SIKE
ThreeBears

Digital Signature



Dilithium
Falcon
MQDSS
Picnic
qTesla
Rainbow
SPHINCS+

Limitations and Security

This version of OpenSSH is intended for research, prototyping, and experimentation purposes only. It is not recommended for use in production or business environments and/or to protect sensitive data.

See the Limitations and Security section of the Open-Quantum-Safe liboqs project for additional information regarding use of the liboqs library

Quantum-Safe OpenSSHMSR Security and Cryptography

Quantum-Safe OpenSSH

MSR Security and Cryptography

Quantum-Safe OpenSSH

MSR Security and Cryptography

Quantum-Safe OpenSSH
MSR Security and Cryptography