ENTANGLEMENT-BASED QUANTUM NETWORKING

Aliro, The Quantum Networking Company®, offers AliroNet™ to run entanglement-based Quantum Networks for applications such as Quantum Secure Communications (QSC), secure cloud access, networking of quantum computers, and networking of distributed quantum sensors. AliroNet is also used to implement comprehensive Advanced Secure Networks which include Post-Quantum Cryptography (PQC). Aliro provides quantum network simulation as a professional service or as an on-premises offer. AliroNet™ users include utility companies, telecommunications providers, public sector organizations, enterprises, and researchers who are simulating, designing, piloting, orchestrating, and building the world's first quantum networks.

Videos

What Theory Misses in Quantum Networking

1:26
Theory is powerful, but it often depends on simplified assumptions that do not fully capture real-world behavior. In this video, Brian Doolittle, Director of Engineering at Aliro, explores what only co-design with testbeds can reveal, including nonlinear effects, hardware deviations, and system behaviors that theory alone may miss.
Watch the full webinar

Validating Quantum Network Simulators Beyond Theory

1:29
What should count as validation when a simulator agrees with theory in simple cases, but theory no longer holds in more realistic ones? Brian Doolittle explains why simulation can be more accurate than theory when capturing effects left out by simplified models.
Watch the full webinar

How Abstract Should Your Simulation or Emulation of a Quantum Network Be?

1:13
Abstraction helps teams move faster, but too much abstraction could hide an important failure mode. Brian Doolittle explores the trade-off between speed and accuracy in both simulation and emulation.
Watch the full webinar

Simulation or Emulation Which Design Tool Fits the Job

1:35
Not every design question requires real-time behavior. In this video, we break down when simulation is usually enough and when emulation becomes the better tool.
Watch the full webinar

Why Quantum Network Design Tools Need Real World Validation

1:54
How do you validate a quantum network simulator or emulator when the hardware itself is noisy and evolving? Brian Doolittle explains why co-design between quantum networks and their design tools is essential.
Watch the full webinar

Toward a Quantum Internet with Integrated Emulation

1:57
What might simulation and emulation look like once quantum computers become fault tolerant? Brian Doolittle explores a future model where real quantum devices and classical control systems work together.
Watch the full webinar

Using Quantum Processors to Simulate Quantum Networks

5:58
What would it look like to use quantum hardware for quantum network design? Brian Doolittle explains how a quantum network could be mapped into circuits and run on quantum processors.
Watch the full webinar

Using Quantum Hardware to Scale Quantum Network Design

8:17
Classical design tools face growing challenges in efficiency, accuracy, and validation as quantum networks scale. Brian Doolittle explores how hardware acceleration can help.
Watch the full webinar

How Quantum Network Simulation and Emulation Tools Fit Together

1:35
How do physical modeling and digital twins fit together? This video gives an overview of the quantum network design stack and explains how low-level physics models inform higher-level tools.
Watch the full webinar

Enabling Application Development Using Virtual Quantum Networks

2:05
Virtual quantum networks emulate a real quantum network without requiring physical hardware. Brian Doolittle explains how these systems work and the challenges involved.
Watch the full webinar

... and continuing with more video content on quantum networking.