bb84

Python simulation of protocol BB84 for QKD.

BB84 QKD Protocol Simulation

Python simulation of the quantum key distribution protocol using QuTip simulator.

BB84 Quantum Key Distribution implemented using the SimulaQron Python API

Bennett-Brassard 1984 (BB84) Quantum Key Distribution protocol simulator featuring conjugate basis encoding, sifting, and quantum eavesdropping detection.

Bennett-Brassard 1984 (BB84) Quantum Key Distribution protocol simulator featuring conjugate basis encoding, sifting, and quantum eavesdropping detection.

BB84 quantum cryptography protocol in Golang

Possible implementation of BB84 protocol using Simulaqron

A comprehensive project comparing classical and quantum cryptography. Includes detailed explanations, code examples, and tests for various cryptographic algorithms and protocols.

A Quantum Key Distribution simulator implementing BB84, B92, and E91 protocols with real-time eavesdropping detection, Cascade error correction, and One-Time Pad encryption.

Example of quantum communication using polarization-coded photons

This project features a Quantum Simulator upto 10 nodes which will show the internal working of how simulator works

QuForce Project to implement asymmetric cloning to eavesdrop on the BB84 protocol.

Quantum keys can fail quietly. Loss and noise can leave you with bits, but no secrecy. We model the cliff to expose silent breakage before it becomes a system risk.

Interactive web-based Quantum Key Distribution simulator and learning platform. Step through BB84, E91, and B92 protocols, visualize qubit states, and simulate eavesdropping attacks.

Showcasing hybrid quantum technologies at the Wave-Particle Nexus Forum 2K25, held at the National School of Engineering on 23 December 2025

Simulation of the BB84 quantum key distribution protocol with QBER-based eavesdropping detection and AES-GCM integration.

Quantum teleportation, superdense coding & BB84 QKD in Qiskit — with self-verifying results and a Bell-state run on real IBM hardware.

SCATTER: an information-theoretic framework bounding telemetry-based intrusion detection in decoy-state BB84 QKD, and the DEGENERACY attack that hides in cheap telemetry while stealing the key (pure simulation).

Hybrid post-quantum encryption (BB84 QKD + ML-KEM-768 + AES-256-GCM) and ML-DSA-65 signatures — one Rust core for crates.io, npm, WebAssembly and Python/Java/C#/Go.