Cybersecurity Leadership

Quantum computers may not be able to crack conventional encryption protocols until 2030, but cybersecurity and risk managers should evaluate their options now.

With quantum technologies, concepts that even months ago may have seemed impossible are becoming a reality. New quantum sensing technologies shed more clarity into the world around us, quantum memory allows us to store and synchronize quantum particles for improved secure communication, and quantum computers will enable us to tackle problems our current computers cannot solve. With all these positive attributes, the darker side of quantum computing is being understood more, too.

Quantum computing is one of the emerging technologies considered by many experts as one of the potential tools that can offer increased protection.

Increasing connectivity through 5G networks also comes with heightened cybersecurity threats, authorities need to build security regimes that protect not only 5G infrastructure and services, but the applications and IoT devices.

The process required to make ethical AI safe and secure requires more than the coding of virtuous machines.

The surge in digital connectivity and more sophisticated cyber-threats has promulgated the need for smart cybersecurity.

Seamless connectivity dramatically increases convenience along with cyber risk.

Protecting cars from cyber-attacks is an increasingly important concern in developing smart vehicles. Research is being carried out to address this problem.

Who is the gatekeeper of the legal & security implications that will come with the metaverse and how do you ensure information is kept safe?

Quantum computing will soon become the technology of the present. While this will be a positive advancement, the potential security impacts are not yet understood by either citizens, organizations, or decision-makers.

From standardization and regulatory perspectives, there will undoubtedly need to be an expansion of crypto-related frameworks to ensure those assets are secure.

Keeping IoT safe in the future will require securing the networks themselves. Focusing on the devices is a never-ending battle that will only become more burdensome.

Understanding what the future of cybersecurity is will show you how to make the best use of your resources and stay safe not just today, but tomorrow too.

The automotive industry's digital transformation exposes new car cybersecurity threats. Learn what OEMs can do to protect their vehicles and customers from hackers.

From the online trust gap to the power of the dark web, here's what we learned from this year's WIRED Security event