top of page

Digital Twin for a Quantum-Safe Network

telaQ™ is the complete platform for modeling and optimizing a communication network whose traffic may be classical, quantum-safe (PQC, QKD), or fully quantum (entanglement distribution)​

Data Centre

telaQ

telaQ™ can guide you on the entire process of network modeling and optimization, starting from choosing your next-gen technology to delivering the optimized solution within your infrastructure

Communication Technology

Classical, quantum-resistant (PQC, QKD) or fully-quantum (entanglement distribution)

Network Topology

Design or import an arbitrary topology, with static or dynamical events (broken links, etc.)

Traffic Profile

Design or import traffic profile (end-to-end connections and demands)  

telaQ

Network Simulation

Fast delivery of the traffic solutions & real-time emulation of the network 

Performance Optimization

AI-based routing optimization delivering optimal quality of service (speed) at the chosen security level 

SDN Orchestration

Deployment of the optimal solution via Software-Defined Networking

With telaQ™ the user can:

​​

  • Rigorously characterize protocols and algorithms for PQC, QKD and entanglement distribution

​​

  • Compute the optimal network configuration and performance for any type of traffic (PQC, QKD, entanglement)

​

  • Automatically update the optimal solution adjusting to network conditions

From classical to quantum use cases

​​

  • Planning of stable networks, real-time management of unstable networks (wirelines close to capacities, such as data centers, or variable topologies due to wireless segments)

​

  • Simulation of PQC communications in classical networks and resolution of the slowdowns induced by frequent handshakes (as in web-browsing, API calls, instant messaging, etc.) All PQC algorithms included.

​

  • Design of trusted- and untrusted-node QKD networks with DV and/or CV protocols with composable finite-size security.

​

  • Optimization of entanglement routing from small scales (quantum chip design, modular quantum computing) to large scales (interconnection of quantum clouds, quantum internet development).

Intuitive user interface

bottom of page