Edge computing has seen a surge in interest due to three key drivers in recent years. Technological advancements, such as containerisation and Kubernetes, have made edge computing more feasible. The demand for enhanced applications and user experiences, regardless of location, has also played a significant role. Additionally, the appeal of processing data at the edge, where networking bandwidth may lag behind technical advancements, has contributed to the growth of edge computing.
The evolution of technology has made edge computing more accessible, but not every enterprise needs to adopt it simply because it is possible. User demand, as emphasized by Jason Lovelace from IBM Software Networking, focuses on app-centricity and meeting the needs of edge environments. The ability to utilize data at low latencies and proximity to compute, network, and storage resources has opened up new opportunities for enterprises.
Edge computing is not a new concept, as evidenced by its presence in various industries for decades. What sets modern edge computing apart is the ability to meet the high expectations set by users accustomed to sophisticated technology. Previously, local computing power was limited, often relying on cloud access for substantial storage. However, modern edge deployments offer a combination of cloud connectivity and local data advantages, providing organizations with low latencies and on-site technology.
Specialist deployments face unique challenges, requiring careful consideration of desired outcomes and future scalability. Edge technology deployments cannot rely on off-the-shelf components, as infrastructure installation and upgrades are more complex. Networking challenges arise from the heterogeneity of devices at the edge, necessitating a thoughtful approach to application deployment and network configuration.
Containerisation has emerged as a valuable solution for edge deployments, offering scalability and portability. While the possibilities for deploying apps at the edge are vast, organizations must navigate the intricacies of edge implementation, balancing demand, technology advancements, and local processing benefits. IBM’s expertise in hardware, software, and connectivity positions them as a valuable resource for companies exploring edge technology possibilities.
