As organizations adopt edge computing, they quickly encounter the terms automation and orchestration. These concepts are often confused, yet they play distinct roles in managing on-premise applications like Edge AI….
For more than a decade, the cloud promised to free enterprises from the complexity of managing their own infrastructure. And it delivered: elastic capacity, global reach, and faster innovation. But…
Executive Summary Zero-touch provisioning, often called ZTP, is an automated way to set up edge devices and applications without human intervention. It speeds up deployments, ensures consistency across sites, and…
Edge computing has reached a turning point. For years, the focus has been on building and managing infrastructure, provisioning hardware, configuring networks, and maintaining clusters at the edge. But the…
For several years, fog computing was promoted as a powerful bridge between the cloud and devices at the edge. It promised to reduce latency, make networks more efficient, and prepare…
A large-scale edge computing initiative typically starts with a pilot. A well-planned and closely evaluated pilot paves way for an efficient, frictionless, and robust wider roll-out across all of your…
In the past years, organisation within the energy industry have faced intense pressure to cut costs, deal with unpredictable shifts in demand, and enhance their competitiveness by making decisions based…
As a CXO, you will inevitably face questions about your company’s strategy for “the edge.” The term can feel like hype, but it reflects a real shift in how companies…
The ability for applications to run without relying on the operational status of the upstream infrastructure is one of the key tailwinds for edge computing in our view. Many companies…
Edge computing in manufacturing moves computation closer to machines and production lines, enabling smart factories to run with real-time responsiveness, operational autonomy, and scalability across distributed industrial environments. Smart factories…