With plenty of potential, many business leaders have heard about the quantum industry, but few know how to position themselves for the upcoming 2nd Quantum Revolution.

This course is designed specifically for C-Suite executives seeking to deepen their understanding of the quantum industry landscape, potential economic impacts of quantum tech, when to expect technologies to become available, as well as investment efforts in the global quantum race.

We will explain the applications of quantum physics, the potential it has for creating disruptive technologies that could have wide-spread global impacts, and the data security threat that quantum computers pose (Q-Day).

Executives are interested in understanding real-world case studies that are directly related to, or can transfer over to, their industry’s pain points.

This executive course will explore the global quantum computing industry and applications of a form of quantum computing, called quantum optimization, that can be used to solve complex logistics problems like the “travelling salesmen problem.”

Qubo will present use cases relevant to several industries, such as transportation and logistics, finance and the energy sector. 

Quantum Sensors are a form of quantum technology that have been commercially available for over a decade, and offer unparalleled sensitivity, as well as powerful navigation, position and timing (PNT), by leveraging quantum properties.

Nearly every industry in the world uses some form of PNT device, from healthcare and communication networks to finance and AgTech. This 1-hour executive course highlights the key advantages of these sensors, emphasizing the transformative potential of Quantum LiDAR and quantum devices.

Discover practical use cases in the energy sector, navigation, and hidden object detection, and explore how quantum sensors can provide navigational information in GPS-denied environments.

Quantum information is extremely sensitive and therefore needs specialized hardware to transmit, manipulate, and store it to maintain its quantum nature. This executive course introduces an overview of quantum communication and what is the Quantum Internet.

Learners will explore the differences between classical and quantum communication, overview of terrestrial (fibre, free space) and space-based (satellite) quantum links, and why Quantum Key Distribution (QKD) is theoretically 100% secure.

This will be taught through the lens of the most promising intended uses and real-world demonstrations of quantum communication.

Did you know that there is currently a global Quantum Space Race? Multiple countries already have, or will soon launch, Quantum space missions that have satellites equipped with quantum communication technologies, including Canada!

The Canadian Space Agency’s Quantum Encryption and Science Satellite (QEYSSat) mission will be Canada’s 1st Quantum Communication Satellite, launching in late 2026.

This Executive course will introduce some current space-based Quantum Networks, and the QEYSSat mission (i.e. trusted-node Quantum Key Distribution with one satellite & two Quantum Ground Stations).

Due to the potential vulnerability of certain public key encryption methods to a quantum computer attack in the next 5-15 years, there is an immediate need for data encryption that is 100% secured by quantum physics.

Learners will explore real-world applications of Quantum Random Number Generators (QRNGs), as well as an encryption method called Quantum Key Distribution (QKD) that is theoretically 100% secure. The security of current distributed smart devices and IoT could be significantly improved as well.

This course will shed light on the most promising intended uses and identify practical applications for these quantum technologies and their role in improving cybersecurity.