So, what will 6G offer? The most obvious difference is more speed. 6G will use more advanced radio equipment and have a greater volume and diversity of airwaves than 5G.

Digital transformation in oil and gas is more of a transformation problem than it is a digital one. Many executives are hesitant to invest heavily in digital transformation but continue to be hampered by the cost of poor quality.

The transformation of the electricity system is buoyed by three key megatrends: decarbonization, decentralization, and digitalization. Together, these primary trends, the so-called ‘3Ds’, are ushering in a new era of the electricity system by converging to produce game-changing disruptions and fundamentally reshaping the electricity system.

Saudi Arabia would be looking to secure investments in untapped business sectors, including green hydrogen, renewable energy, and information technology.

Perhaps the biggest issue is that the increased use of tech has made it far easier to scam people using utilities.

As energy is of national importance, a national policy, national rules and regulations are necessary. At the same time, we are facing massive changes in the energy sector.

"We are pleased to partner with Inria and to continue investing in research for the advancement of reliable, low-carbon energy generation," said Alexis Marincic, senior executive vice president, Engineering & Design Authority, Framatome.

In the realm of fusion science discovery, improved AI-based modelling of plasma dynamics from experimental data and plasma simulations offers the possibility of enabling predictive modelling for real-time monitoring

Australia has more household solar per person than any other country. With the parallel growth of behind-the-meter (BTM) batteries, companies are seizing the opportunity to create Virtual Power Plants (VPPs)

Construction begins at largest wind farm in Australia

Ultimately the quality of our lives depends – in large part – on the critical infrastructure we rely on every day.

A key focus of 40107 is around the digitalization of utilities and encouraging investment in new technologies, like smart grid capabilities and utility analytics, that can lead to faster, more intelligent, and automated decision-making and promote resiliency.

The so-called “four D’s” of energy disruption have served as a helpful way to describe the energy transition taking place, namely, decarbonization, democratization, decentralization, and digitalization.

Along with other systems, power utility infrastructure is getting smarter with built-in sensing and processing capabilities.

Customers get a cost-effective way to generate their own power, a source of backup power in the event of grid outages, and payment for power they send back to the grid.