Tag: edge computing

The discrete manufacturing sector includes industries such as automotive, electronics, rail and aerospace. These industries face mounting pressure from global competition, fragmented supply chains and outdated infrastructure.

The loudest noise at Mobile World Congress (MWC) in Barcelona in March was reserved not for new products, but for debates around who gets to set the agenda for the future. With Artificial Intelligence (AI) at the heart of the debate, and technologies like 5G-advanced and quantum computing vying for attention, the focus was almost entirely on the roles played by Europe, China and the USA in regulating and rolling out new technology.

Despite the rapid growth of cloud computing, industrial edge remains a core component of industrial IT environments. The hype around key factors like skills, budget, and security continues to drive cloud adoption. However, unique industrial requirements ensure edge computing remains integral by supporting real-time, mission-critical demands that the cloud often cannot match.

Africa's digital economy is growing at an astonishing rate, making dependable and scalable IT infrastructure indispensable. A key component of this growth is colocation, which enables multiple clients to store their servers and networking hardware in shared, third-party data centres. This approach is rapidly gaining traction across the continent.

With consumers increasingly aware of both the value of their data and of the threats to it, it’s never been more crucial for business leaders to respect user privacy. The South Africa’s Information Regulator has stated that local companies report at least 100 cyber security breaches every month.

Edge computing and Secure Access Service Edge (SASE) are two ground breaking technologies poised to revolutionise business operations across diverse industries. These innovations offer a multitude of advantages, ranging from reduced latency and enhanced performance to heightened security, cost savings, and scalability.

As the world becomes increasingly focused on environmental, social and governance (ESG) initiatives, IT departments are actively driving sustainability efforts. According to Enterprise Strategy Group research, a significant majority (93%) of IT decision makers consider a supplier's ESG programme when making IT purchasing decisions.

According to analysts, it is estimated that the number of active Internet of Things (IoT) devices globally will surpass 25.4 billion in 2030. It is an astronomical figure and paired with the digital transformation of the global economy, data generation will grow exponentially.

Managing a cloud estate can be a culture shock. The traditional operating mode centred around buying, running and decommissioning physical hardware over multi-year cycles is replaced by a need to continuously manage and optimise capacity, consumption, cost, performance, and business innovation.

The data centre sector’s proven record of dealing with massive demand growth can be applied to wider sustainability challenges. An important principle in the development of IT over the decades has been Moore’s Law. Simply put, it predicted that transistor density in processors would double every two years as development progresses.